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KIM, DONG PYO (김동표)

Dept. of Chemical Engineering(화학공학과)

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FABRICATION:13||NANOPARTICLES:7||PARTICLES:6||microreactors:6||SILICA:6||POLYMERS:6||CERAMIC MICROSTRUCTURES:5||RESOLUTION:5||SOFT LITHOGRAPHY:5||PRECURSOR:4||ORGANICSYNTHESIS:4||TECHNOLOGY:4||REACTOR:4||LITHOGRAPHY:4||COATINGS:4||THINFILMS:4||SUPERHYDROPHILICITY:3||STEP:3||MICROSPHERES:3||MICROFLUIDIC DEVICES:3||POLYMER:3||PHOTONIC CRYSTALS:3||COMPLEXES:3||CHEMISTRY:3||MEMS:3||FILMS:3||MICROFABRICATION:3||BLOCKCOPOLYMER:2||PATTERNS:2||GOLD NANOPARTICLES: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||ROUTE: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||DESIGN:2||inorganic polymers:2||STABILITY:2||INHIBITORS:1||CREATION:1||POLYMER BRUSHES:1||flow chemistry:1||CONTINUOUSFLOW SYNTHESIS:1||SAFE:1||Block Copolymers:1||ASYMMETRIC DIHYDROXYLATION:1||STORAGE:1||METAL NANOCRYSTALS:1||MICE:1||twophoton stereolithography:1||Nano Patterning: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||GRAPHENE:1||FLUIDFLOW:1||EFFICIENT SYNTHESIS:1||OXIDATION:1||COPPER:1||HTC:1||MULTICOMPONENT REACTIONS:1||dihydroxylation:1||oxidation:1||BRUSHES:1||RESONANCES:1||RELEASE:1||gold nanoparticles: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||CATALYTIC DECOMPOSITION:1||GECKO FOOTHAIR:1||CATALYST:1||isocyanides:1||EFFICIENT:1||Nanostructured Ceramics:1||OSMIUMTETROXIDE:1||CHEMICALREACTIONS:1||Monodispersed Hydrogels:1||WELLDEFINED GLYCOPOLYMER:1||MONOLAYERS: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||FORCE:1||ACETYLENE:1||CLICK CHEMISTRY:1||biomass:1||continuous flow:1||organometallics:1||MICROREACTOR APPROACH:1||NITROGEN LIGANDS:1||Mesoporous SiC:1||osmium:1||REACTORS:1||FLUID SEGMENTS:1||Geometry:1||surface initiatedatom transfer radical polymerization: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||superhydrophobic:1||cell grid:1||click reaction:1||carbon sphere:1||NANOMATERIALS:1||glycoconjugates:1||PHOTOPOLYMERIZATION:1||MICROSTRUCTURES: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||water adhesion:1||microreactor:1||chitosan:1||multicomponent reactions:1||SelfAssembly:1||MOF5:1||GROWTH: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||NANOFIBERS:1||Ndoped carbon sphere:1||SUPPORTED CATALYST:1||OLEFINS:1||NANOSHELLS:1||lactobionamidoethyl methacrylate: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||COLLOIDAL CRYSTALS:1||PERIODIC STRUCTURES:1||TEMPLATE METHOD:1||DERIVATIVES:1||TERMINAL ALKYNES:1||Salvinia effect:1||INSERTION:1||HETEROCYCLES:1||immobilization:1||CINCHONA ALKALOIDS:1||HIGHCAPACITY:1||Microfluidics:1||ARCHITECTURE:1||UVNIL:1||FORCEFIELDS:1||Molecular dynamics: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||

Open Access System for Information Sharing

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Publication & Time Cited Count
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Open Access System for Information Sharing

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Publication & Time Cited Count(For the Last 5 years)

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Publication & Time Cited Count
(For the Last 5 years)