Open Access System for Information Sharing
All
Title
Author
Subject
Login
Library
Help
검색
HOME
Communities & Collections
Researchers
Title
Browse by Researchers
KIM, DONG PYO (김동표)
Dept. of Chemical Engineering(화학공학과)
Field(s)
E-Mail
Homepage
Loading...
Export
Journal Papers
(International)
Journal Papers
(Domestic)
Conference Papers
(International)
Conference Papers
(Domestic)
Journal Papers(International)
Journal Papers(Domestic)
Conference Papers(International)
Conference Papers(Domestic)
30 items
100 items
200 items
Show more items...
H-INDEX
Chart.
Keyword
FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Microchemistry:1||Photocatalytic reaction:1||Titanium dioxide:1||SiCN Ceramic:1||Microcellular:1||Expandable Template:1||CONTINUOUSFLOW PROCESSES:1||NETWORKS:1||FABRICATION:13||NANOPARTICLES:7||microreactors:6||POLYMERS:6||PARTICLES:6||SILICA:6||CERAMIC MICROSTRUCTURES:5||SOFT LITHOGRAPHY:5||RESOLUTION:5||REACTOR:4||PRECURSOR:4||TECHNOLOGY:4||LITHOGRAPHY:4||THINFILMS:4||ORGANICSYNTHESIS:4||COATINGS:4||MICROFABRICATION:3||COMPLEXES:3||MEMS:3||POLYMER:3||STEP:3||CHEMISTRY:3||FILMS:3||SUPERHYDROPHILICITY:3||PHOTONIC CRYSTALS:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||GOLD NANOPARTICLES:2||BLOCKCOPOLYMER:2||PATTERNS:2||POLYMERIZATION:2||ENCAPSULATION:2||SYSTEMS:2||CELL:2||TEMPERATURE:2||ALKENES:2||heterogeneous catalysis:2||CHANNELS:2||MICROFLUIDIC CHANNELS:2||HIGHTEMPERATURE:2||polyvinylsilazane:2||SIZE:2||SYSTEM:2||ACID:2||TRANSFORMATION:2||ARRAYS:2||inorganic polymers:2||ROOMTEMPERATURE:2||nanostructures:2||MOLECULAROXYGEN:2||FLASH IMPRINT LITHOGRAPHY:2||MICELLES:2||MECHANISM:2||SURFACES:2||Preceramic Polymer:2||FLOW REACTORS:2||UV sensitivity:2||CARBONYLATION:2||MOLD:2||GENERATION:2||Polyvinylsilazane:2||STABILITY:2||DESIGN:2||ROUTE:2||INHIBITORS:1||MICE:1||POLYMER BRUSHES:1||flow chemistry:1||CREATION:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||Block Copolymers:1||Nano Patterning:1||twophoton stereolithography:1||ANISOTROPY:1||Fine powder:1||XRAYLITHOGRAPHY:1||microfluidic device:1||preceramic polymer:1||Inorganic Polymer:1||KINETICS:1||MOLECULARSIEVES:1||SingleCrystal Silicon (SCS):1||Microchannel:1||(S)IBUPROFEN:1||POLY(DIMETHYLSILOXANE) MICROFLUIDIC DEVICES:1||CAPILLARYELECTROPHORESIS:1||CONTINUOUSFLOW:1||HYDROGENPEROXIDE:1||Hydrophilicity:1||Foam:1||MEMBRANE:1||FLUIDFLOW:1||GRAPHENE:1||EFFICIENT SYNTHESIS:1||RELEASE:1||gold nanoparticles:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||Fluoropolymer:1||DENSITY:1||RADICAL POLYMERIZATION:1||SOLVENT:1||LIVING RADICAL POLYMERIZATION:1||2PHOTON POLYMERIZATION:1||LASER:1||mixing:1||monodisperse:1||Optical Detection:1||SIOC:1||Hydrophilic:1||poly(vinyl)silazane:1||radical polymerization:1||1500DEGREESC:1||TITANIUMDIOXIDE:1||IONOTHERMAL SYNTHESIS:1||Transfer Printing:1||Wrinkle:1||MULTISTEP SYNTHESIS:1||DIAZOKETONES:1||DIFFUSION:1||Allylhydridopolycarbosilane:1||organic solvent resistance:1||ESTERIFICATION:1||SILICON OXYCARBIDE FOAMS:1||HIGHLY EFFICIENT:1||Surface coating:1||ADHESION:1||DROPLETS:1||MULTIBUBBLE SONOLUMINESCENCE:1||EXFOLIATION:1||ARYNES:1||FLOW CONDITIONS:1||Monodispersed Hydrogels:1||MONOLAYERS:1||WELLDEFINED GLYCOPOLYMER:1||CATALYST:1||GECKO FOOTHAIR:1||CATALYTIC DECOMPOSITION:1||isocyanides:1||EFFICIENT:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Nanostructured Ceramics:1||NANOSTEREOLITHOGRAPHY:1||threedimensional nano/micro structures:1||Modification:1||Nanovesicle:1||Particle size:1||photoresist:1||Microwave irradiation:1||NOZZLE:1||VITRO:1||modification:1||microstructure:1||surface properties:1||OnLine Detection:1||PHASE:1||PtRu hollow sphere:1||DIRECTED GROWTH:1||OPTICALFIBER:1||Tensile Test:1||GAS:1||OLEFIN METATHESIS CATALYSTS:1||CANDIDARUGOSA LIPASE:1||IBUPROFEN:1||SURFACE MODIFICATION:1||magnetic particles:1||DIACETOXYLATION:1||Inorganic polymer:1||PRECERAMIC POLYMERS:1||POROUS CERAMICS:1||OXIDATIVE PALLADIUM(II) CATALYSIS:1||DEVICES:1||DIRECT CARBOXYLATION:1||CO2:1||REARRANGEMENT:1||HECK REACTION:1||DRUG DISCOVERY:1||SOLVENT SYSTEM:1||Geometry:1||FLUID SEGMENTS:1||surface initiatedatom transfer radical polymerization:1||CLICK CHEMISTRY:1||biomass:1||FORCE:1||ACETYLENE:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||osmium:1||REACTORS:1||Mesoporous SiC:1||STAMPS:1||Steric hindrance:1||electrodes protection:1||HYDROGELS:1||inorganic compounds:1||SOLGEL:1||Catecholic group:1||SULFONATED POLY(ETHERETHER KETONE):1||diblock copolymers:1||RAFT process:1||FIELD:1||DYESENSITIZED TIO2:1||HOMOLOGATION:1||IONIC LIQUIDS:1||SEPARATION:1||CAPILLARIES:1||Chelation:1||polyimides:1||ASYMMETRIC ALDOL REACTIONS:1||Movable structure:1||Micropumps:1||MICROFLUIDIC SYSTEM:1||glycoconjugates:1||click reaction:1||carbon sphere:1||cell grid:1||superhydrophobic:1||NANOMATERIALS:1||MICROSTRUCTURES:1||PHOTOPOLYMERIZATION:1||COSMETICS:1||RAFT agents:1||alginate:1||encapsulation:1||BEADS:1||Microreactor:1||CARBON:1||Sulfonated silicatitania system:1||COMPOSITE MEMBRANES:1||ELECTROLYTE:1||NAFION:1||CONDENSATION:1||Metallic hollow sphere:1||CALCIUMCARBONATE:1||CATALYSIS:1||SCALE:1||methylation:1||MICROREACTORS:1||STATIONARYPHASE:1||Mesoporous SiO2TiO2PEG resin:1||polymers:1||MACROPOROUS SICN:1||TRANSITIONMETAL CATALYSTS:1||SOLUBLE POLYMERS:1||microreactor:1||chitosan:1||water adhesion:1||multicomponent reactions:1||MOF5:1||GROWTH:1||SelfAssembly:1||Lamella:1||Preceramic polymer:1||Lecithin:1||inorganic polymer:1||COPOLYMERS:1||TRANSFER RAFT POLYMERIZATION:1||polyurethane acrylate:1||plasma display panel:1||UV curable adhesive:1||MICROCAPSULES:1||MICROCHIP:1||Soft Lithography:1||Micro Reactor:1||PROTON CONDUCTIVITY:1||EMULSIONS:1||living radical polymerization:1||preceramic polymers:1||TEMPLATE:1||ENHANCEMENT:1||QUANTUM DOTS:1||SOLVENTS:1||cascade reactions:1||diazomethane:1||FLASH CHEMISTRY:1||chiral separation:1||SURFACTANTCOATED LIPASE:1||CHROMATOGRAPHY:1||DIHYDROXYLATION:1||Imprint stamp:1||Nanofluidics:1||SURFACE:1||synthetic methods:1||CARBON BOND FORMATION:1||DRUGDELIVERY SYSTEMS:1||CELLS:1||CH BONDS:1||PALLADIUM(0) CATALYSTS:1||lactobionamidoethyl methacrylate:1||Ndoped carbon sphere:1||NANOFIBERS:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||DERIVATION:1||NANOCRYSTALS:1||Topology:1||IMPROVEMENT:1||NM HALFPITCH:1||electrochemical migration:1||DROPLET FORMATION:1||UV curing:1||Mesoporous:1||FRAGMENTATION CHAIN TRANSFER:1||Sphere pattern:1||CONTACT:1||NANOSTRUCTURES:1||CDSE NANOCRYSTALS:1||Mechanical Property:1||MECHANICALPROPERTIES:1||REAGENTS:1||RUTHENIUM CATALYST:1||2Aminothiazole:1||pseudo membranes:1||POLYDIMETHYLSILOXANE:1||Solid acid catalyst:1||POSS:1||thin films:1||MICROCHANNELS:1||PDMS:1||Adhesion:1||TEMPLATE METHOD:1||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Microfluidics:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics:1||ARCHITECTURE:1||STEREOLITHOGRAPHY:1||LIVING CELLS:1||RealTime Monitoring:1||NANOTUBES:1||Photo Polymerization:1||Fuel cell electrolyte membrane:1||POLY(DIMETHYLSILOXANE):1||MICROBEADS:1||inorganicorganic diblock copolymer:1||3DOM carbon template:1||SURFACE FREEENERGY:1||IMPRINT LITHOGRAPHY:1||METAL NANOPARTICLES:1||RESONANCE:1||SENSOR:1||GAMMAALUMINA:1||DISASTER:1||FEEDSTOCKS:1||TRANSPORT:1||FLOW:1||PLASMA:1||oxygenation:1||STRECKER REACTION:1||Mi
