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CHO, KIL WON (조길원)

Dept. of Chemical Engineering(화학공학과)

Field(s)

Keyword

FIELDEFFECT TRANSISTORS:48||THINFILM TRANSISTORS:36||MORPHOLOGY:28||FILMS:27||SELFASSEMBLED MONOLAYERS:25||PERFORMANCE:24||CONJUGATED POLYMERS:20||POLYMER:19||BLENDS:18||TRANSPORT:17||BEHAVIOR:17||ELECTRONICS:14||CRYSTALLIZATION:14||CHARGETRANSPORT:13||THINFILMS:13||POLYSTYRENE:13||adhesion strength:13||FABRICATION:13||ADHESION:13||POLYETHYLENE:12||POLYMERS:12||WATER:12||SURFACE:12||POLYMER BLENDS:12||GROWTH:12||POLYTHIOPHENE:11||MOBILITY:11||SURFACES:11||PHASE:11||EFFECT MOBILITY:10||surface rearrangement:10||COPOLYMERS:10||SEMICONDUCTORS:9||TOUGHENING MECHANISMS:9||POLY(3HEXYLTHIOPHENE):9||plasma treatment:8||COMPOSITES:8||BIOMINERALIZATION:8||MECHANICALPROPERTIES:8||PENTACENE:8||polyimide:7||SPECTROSCOPY:7||HIGHMOBILITY:7||POLY(ETHER SULFONE):7||MECHANISMS:7||ORGANIC TRANSISTORS:7||WETTABILITY:7||COPPER:6||BLOCKCOPOLYMERS:6||adhesion:6||SOLARCELLS:6||poly(imidesiloxane):6||UNSATURATED POLYESTER:6||PHASESEPARATION:6||DEPOSITION:6||TETRAFUNCTIONAL EPOXYRESINS:6||toughening:6||LIQUID POLYURETHANE RUBBER:6||NETWORKS:6||TEMPERATURE:6||CACO3:6||CRYSTALS:5||SOLIDSURFACES:5||TRANSITIONS:5||epoxy resin:5||OXIDE:5||POLYMER PHOTOVOLTAIC CELLS:5||REGIOREGULAR POLYTHIOPHENE:5||POLY(3ALKYLTHIOPHENES):5||nanocomposites:5||FRACTURE:5||BLOCK COPOLYMERS:5||OPTICALPROPERTIES:5||MODEL:5||Field effect transistors:5||ELECTRON:5||ORGANIZATION:5||PARTICLES:5||HETEROJUNCTION SOLARCELLS:5||ENHANCEMENT:5||phase separation:5||XRAY REFLECTIVITY:5||GOLD:5||PATTERNS:5||ORIENTATION:5||POLYMERIZATION:5||organic fieldeffect transistors:5||KINETICS:5||SUPERSTRUCTURES:4||TRANSITION:4||SPINODAL DECOMPOSITION:4||Perovskite solar cells:4||AGGREGATION:4||HIGHPERFORMANCE:4||SILICON:4||SOLVENT:4||lowdensity polyethylene:4||NANOPARTICLES:4||CHEMICALVAPORDEPOSITION:4||PROTEINS:4||SURFACE MODIFICATION:4||block copolymer:4||orientation:4||fracture:4||polysulfone:4||viscosity:4||poly(methyl methacrylate):4||MONOLAYERS:4||SCATTERING:4||SELFORGANIZATION:4||SEPARATION:4||Perovskite:4||DIELECTRICS:4||SUBSTRATE:4||INTERFACE:4||REGIOREGULAR POLY(3HEXYLTHIOPHENE):4||NETWORK:4||NUCLEATION:4||MODIFIED POLY(METHYL METHACRYLATE):4||FORCE MICROSCOPY:4||ELASTOMERMODIFIED EPOXIES:4||Transistors:4||EFFICIENCY:4||copper:4||cyanate ester:4||PMMA:4||MOLECULARWEIGHT:4||ALKANES:4||IMPROVEMENT:4||CONTACT:4||interfacial adhesion:4||TRANSPARENT:4||DEPENDENCE:4||RAY PHOTOELECTRONSPECTROSCOPY:4||interface:4||POLYIMIDE:4||LAYER GRAPHENE:3||Thin films:3||INJECTION:3||DESIGN:3||particle size:3||ARAGONITE:3||Polymers:3||LARGEAREA:3||LAYER:3||MACROMOLECULES:3||DYNAMICS:3||POLY(NISOPROPYLACRYLAMIDE):3||polycarbonate:3||BENZOTRIAZOLE:3||calcium compounds:3||LIGHT:3||Grain boundaries:3||Organic field effect transistors:3||GAS:3||CARRIER DENSITY:3||DROPLET:3||ELECTRODES:3||TRANSISTORS:3||PACKAGES:3||fracture toughness:3||surface energy:3||DEVICES:3||DROPS:3||selfassembly:3||DIBLOCK COPOLYMER:3||CONTACTANGLE:3||ALKYLTRICHLOROSILANES:3||NANOCOMPOSITES:3||AIR:3||CARBON:3||ADSORPTION:3||DEFORMATION:3||FIELDEFFECT MOBILITY:3||inkjet printing:3||CIRCUITS:3||MINERALIZATION:3||aging:3||TOUGHNESS:3||EVAPORATION:3||REGIOREGULAR POLY(3HEXYL THIOPHENE):3||NANOFIBERS:3||FUNCTIONALIZED ACENES:3||THRESHOLD VOLTAGE SHIFTS:3||blend:3||FILM:3||COMPATIBILIZATION:3||SIO2:3||LIQUIDS:3||DISPLAYS:3||DERIVATIVES:3||STABILITY:3||REALTIME:2||TREATED POLYETHYLENE:2||POLYCARBONATE:2||IDENTIFICATION:2||NIZN FERRITES:2||AFM:2||INTERFACES:2||Thin film transistors:2||DONORACCEPTOR POLYMER:2||EPITAXIAL GRAPHENE:2||printed electronics:2||ANHYDRASE:2||SYSTEMS:2||notch sensitivity:2||leadonchip (LOC) packaging:2||Xray photoelectron spectroscopy (XPS):2||timeofflight secondary ion mass spectroscopy (TOFSIMS):2||poly(ethylene terephthalatecoisophthalate):2||water vapor permeability:2||elastomer:2||MISCIBILITY:2||THERMOPLASTICS:2||interfacial tension:2||REACTIVE COMPATIBILIZATION:2||MISCIBLE BLENDS:2||DISCHARGE:2||INJECTION MOLDINGS:2||SINGLECRYSTALS:2||XRAYSCATTERING:2||ABSORPTION FINESTRUCTURE:2||CONDUCTIVITY:2||MONOLAYER:2||CRACKPROPAGATION:2||NEXAFS:2||MEMORY:2||DONORACCEPTOR COPOLYMERS:2||Stability:2||Semiconductor doping:2||Graphene:2||graphene:2||SENSOR:2||FUNCTIONALIZED PENTACENE:2||SEMICONDUCTING POLYMERS:2||pentacene thin film transistor:2||NANOTUBES:2||VOLUME PHASETRANSITION:2||oxygen plasma:2||stress relaxation:2||DILUTESOLUTIONS:2||dynamic contact angle:2||STRENGTH:2||FAILURE:2||bisphenolA dicyanate:2||POLYAMIDE6:2||poly(ethylenecoacrylic acid):2||CONJUGATED POLYMER:2||FRICTION:2||TEMPLATES:2||amine treatment:2||Solar cells:2||Perovskite crystal:2||local molecular order:2||FORCE:2||AMORPHOUS CALCIUMCARBONATE:2||polyimides:2||molecular orientation:2||REVERSE MICELLES:2||RESIDUALSTRESS:2||CONTACT DEFORMATIONS:2||MOLECULAR FORCES:2||SOLIDS:2||PATTERNED GRAPHENE:2||POLYMER SOLARCELLS:2||ARRAYS:2||Flexible electronics:2||Power conversion efficiencies:2||Organic polymers:2||Synthesis (chemical):2||Organic thin film transistors:2||TUNING FORK:2||LOWVOLTAGE:2||AMORPHOUSSILICON:2||SHEARSTRENGTH:2||TRANSFORMATION:2||MICRODOMAINS:2||POLYMER MELT INTERCALATION:2||phase transformation:2||RECRYSTALLIZATION:2||polysulfone ultrafiltration membrane:2||POLY(ETHYLENE) SURFACES:2||POLY(3HYDROXYBUTYRATE):2||lamination:2||PHYSICAL GELS:2||toughening behaviour:2||SIZE:2||cyanated polysulfone:2||POLYETHERIMIDE:2||styreneacrylonitrile copolymer:2||KNITLINES:2||polyimide films:2||diallylterephthalate resin:2||crosslinks:2||EPITAXIALGROWTH:2||INFRAREDSPECTROSCOPY:2||PAPER:2||INSITU:2||MICROREACTORS:2||toughness:2||METHANOFULLERENE:2||ELECTRICALPROPERTIES:2||QUARTZCRYSTAL MICROBALANCE:2||GRAPHITE:2||ACCEPTOR:2||soluble pentacene:2||organic electronics:2||NISOPROPYLACRYLAMIDE:2||REINFORCEMENT:2||AZOLE COMPOUNDS:2||diffusion coefficient:2||OXYGENPLASMA:2||leadonchip packaging:2||peel strength:2||JOINTS:2||contact angle hysteresis:2||MULTICOMPONENT POLYMER SYSTEMS:2||SUPERHYDROPHOBIC SURFACE:2||POWER CONVERSION EFFICIENCY:2||MORPHOLOGY CONTROL:2||Halide perovskites:2||Poor stability:2||SOURCE/DRAIN ELECTRODES:2||LIGHTEMITTINGDIODES:2||ELECTRICALCONDUCTIVITY:2||3HEXYLTHIOPHENE:2||organic transistor:2||HYDROPHOBICITY:2||LITHOGRAPHY:2||RUTHENIUMOXIDE:2||POLYMER SURFACES:2||ACID):2||GLASSTRANSITION TEMPERATURE:2||COMONOMERS:2||ORDER:2||zeta potential:2||biodegradation:2||ISOTACTIC POLYPROPYLENE:2||plasma:2||endsulfonated polystyrene:2||CRAZES:2||REVERSE MICROEMULSIONS:2||polythiophene:2||COATINGS:2||NANOSIZED PARTICLES:2||WATERREPELLENT SURFACES:2||REGIOREGULARITY:2||Conducting polymers:2||Conjugated polymers:2||Electric field effects:2||Thin film circuits:2||POLYMER SEMICONDUCTORS:2||BANDGAP POLYMERS:2||chemical vapor deposition:2||TRANSISTORCIRCUITS:2||organic semiconductors:2||ruthenium oxide:2||dye sensitized solar cell:2||COUNTER ELECTRODES:2||ROOMTEMPERATURE:2||Morphology:2||DIOXIDE HYDRATION ACTIVITY:2||poly(epsiloncaprolactone):2||memory effect:2||fouling:2||POLYPROPYLENE SURFACES:2||ARGON PLASMA:2||SOLIDSTATE STRUCTURES:2||crystallinity:2||CONTACT ANGLES:2||aluminum:2||XPS:2||POLYPROPYLENE:2||reactive compatibilization:2||POLY(STYRENECOMALEIC ANHYDRIDE):2||ALIPHATIC POLYESTERS:2||surface treatment:2||POLYMER INTERFACES:2||polystyrene:2||ESCA:2||PLASTICDEFORMATION:2||VAPOR DETECTION:2||nanowires:2||capillary action:2||HIGHRESOLUTION:2||GRAPHITE OXIDE:2||workfunction:2||annealing process:2||organic photovoltaic:2||ANODE:2||DELIVERY SYSTEMS:2||crystalline microstructure:2||impact strength:2||surface modification:2||polyisoimide:2||INHIBITION:2||aging rate:2||HYDROPHOBIC RECOVERY:2||POLY(EPSILONCAPROLACTONE):2||leadframe:2||CHEMICALLYMODIFIED PVCS:2||POLYVINYLCHLORIDE):2||morphology:2||polyethylene:2||environmental stress cracking:2||deformation mechanism:2||PHASE STATE:2||DIBLOCK COPOLYMERS:2||SELECTIVE NUCLEATION:2||CHARGETRANSPORT PROPERTIES:2||BILAYER GRAPHENE:2||HIGHQUALITY GRAPHENE:2||GATE DIELECTRICS:2||wettability:2||Surface energy:2||DENSITY:2||nanocomposite:2||EXFOLIATION:2||HYBRID:2||OXIDATION:2||MELTING BEHAVIOR:2||LAYEREDSILICATE NANOCOMPOSITES:2||COMBLIKE POLYMERS:2||SMECTIC PHASE:2||triazole:2||CORROSION:2||aging effect:2||SILICONERUBBER:2||attenuated total reflectance Fourier transform infrared spectroscopy (ATRFTIR):2||THERMODYNAMICS:2||migration:2||adhesion and aging:2||amineterminated poly(dimethyl siloxane):2||AMORPHOUS POLYMERS:2||NYLON6:2||nylon6/polystyrene blend:2||GROWTH KINETICS:2||aluminum substrate:2||MODIFIED EPOXIES:2||Phase separation:2||crystal morphology:2||FRICTION FORCE MICROSCOPY:2||fieldeffect transistors:2||MATRIX:2||birefringence:2||HIGH HOLE:1||polymer materials:1||MECHANICALLY ROBUST:1||fast response:1||nonconventional lithography:1||POLYMERRELIEF MICROSTRUCTURES:1||organic semiconductor:1||onedimensional microtubular architectures:1||MICRORIBBONS:1||bias stress:1||superhydrophobic surfaces:1||CALCITE CRYSTALS:1||Conducting polymer:1||Electrical characteristics:1||PHOTOREACTION:1||GRAPHENE:1||FREEVOLUME:1||Selfassembly monolayer:1||BIASSTRESS:1||MOLECULAR RECOGNITION:1||lotus effect:1||ELASTIN:1||FIBER:1||POLY(BETABENZYL LASPARTATE):1||MICE:1||waterborne polyurethane:1||microparticles:1||SOLVENT EVAPORATION TECHNIQUE:1||DELIVERY:1||DEGRADATION:1||betaisotactic polypropylene:1||SELFNUCLEATION:1||additives:1||CHLORIDE) THERMOREVERSIBLE GELS:1||crystalline morphology:1||copper oxide:1||copper leadframe:1||METAL:1||DENSITY POLYETHYLENE BLEND:1||POLY(METHYL METHACRYLATE):1||EPOXYRESINS:1||gels:1||VISCOELASTIC BEHAVIOR:1||syndiotactic polystyrene:1||CARRIER MOBILITY:1||MORPHOSYNTHESIS:1||MICROPARTICLES:1||POLYMYXINB:1||LONG:1||WEIGHT:1||PARTICLESIZE:1||RESINS:1||ROUGHNESS:1||CREATION:1||LIQUID:1||FACILE CREATION:1||POLYMER BRUSHES:1||RESISTANCE:1||DAMAGE ZONE:1||OPTOELECTRONIC DEVICES:1||RESOLUTION:1||polyesters:1||structureproperty relations:1||POLY(ETHYLENEOCTENE) COPOLYMER:1||POLYSTYRENE/POLY(METHYL METHACRYLATE) BLENDS:1||NANOSCALE MORPHOLOGY:1||GENERATION:1||DEHPplasticized PVC:1||GELATION:1||BIAS STRESS:1||MAGNESIUMIONS:1||FLAT PEARLS:1||PATTERNED GROWTH:1||BINARY BLENDS:1||ASSEMBLED MONOLAYERS:1||NANOSCALE:1||selfassembled monolayers:1||ELECTRONICSTRUCTURE:1||LEVEL:1||optoelectronics:1||ZnO nanorods:1||HYDROTHERMAL SYNTHESIS:1||FIELDEMISSION:1||FILM TRANSISTORS:1||Oil field development:1||Energy Harvester:1||Thermoelectrics:1||CMOSlike inverter:1||BANDGAP:1||Molecular additives:1||Condensation reactions:1||Green synthesis:1||Based conjugated polymers:1||Organometallic reagent:1||Defects:1||Donoracceptor polymers:1||Lamellar crystalline structures:1||Drying kinetic:1||POLYMER BLEND SEMICONDUCTORS:1||Bins:1||Polystyrenes:1||Transparent thin film transistor:1||Oxidation:1||Ambient conditions:1||Sequential deposition:1||Electronic properties:1||Ultrathin films:1||Chemical transformations:1||Solution phase synthesis:1||Silver:1||PERFORMANCE NTYPE:1||ORGANIC SEMICONDUCTOR:1||CHEMICALSTRUCTURE:1||work function:1||solar cells:1||IMPACT:1||SUBSTITUTED PENTACENE:1||BITHIOPHENEIMIDE:1||photoactive layer thickness:1||INTERNAL QUANTUM EFFICIENCY:1||GRAVURE:1||POLYTHIOPHENES:1||MICROWIRES:1||printing:1||INSULATING POLYMER:1||MASKFREE:1||LOWBANDGAP POLYMER:1||WETTING PROPERTIES:1||ENERGYLEVEL ALIGNMENT:1||BONEMARROW:1||TOTALENERGY CALCULATIONS:1||CRYSTALLINITY:1||REGIONS:1||ORGANIC/INORGANIC COMPOSITES:1||protein adhesion:1||MONTMORILLONITE:1||POLYMERIC MICELLES:1||CARRIERS:1||amyloid:1||MUTATIONS:1||water swell:1||SIDEWALL FUNCTIONALIZATION:1||interfaces:1||thermosets:1||CORROSION INHIBITOR:1||POLY(3HYDROXYBUTYRATECO3HYDROXYVALERATE):1||SEMICRYSTALLINE:1||EPOXYRESIN:1||polypropylene:1||COMPATIBILIZERS:1||viscoelastic behavior:1||crack tip diameter:1||THERMALDECOMPOSITION:1||SAN copolymer:1||COPOLYMER:1||POLY(STYRENECOACRYLONITRILE):1||Fluoropolymer:1||SUPERCRITICAL CARBONDIOXIDE:1||LIQUIDCRYSTALLINE POLYMERS:1||DOMAINS:1||POLYELECTROLYTES:1||INSITU SYNTHESIS:1||INTEGRATEDCIRCUITS:1||VOLTAGE:1||HYDROPHILICITY:1||side chain length:1||SPHERICAL SILICA:1||MIXTURES:1||crack deflection:1||epoxy molding compound:1||ALKYLSILANE MONOLAYERS:1||TRANSFER RADICAL POLYMERIZATION:1||EFFECT TRANSISTOR:1||MICROSCOPE:1||NANOMETERSCALE:1||REFRACTIVEINDEX:1||Kinetic:1||coreshell polymers:1||MULTIPLE MELTING ENDOTHERMS:1||ASPECTRATIO:1||Nanocomposite:1||ABALONE SHELL:1||pentacene:1||Layerbylayer deposition:1||Organic solar cell:1||TRIETHYLSILYLETHYNYL ANTHRADITHIOPHENE:1||2STEP REPLICATION:1||CONDUCTING POLYMER:1||SIZE DISTRIBUTIONS:1||EMISSION:1||FREQUENCY:1||REDUCED GRAPHENE OXIDE:1||PENTACENE FILMS:1||Heat transfer:1||Polystyrene sulfonate:1||Electric machine control:1||donoracceptor configuration:1||organic field effect transistor:1||HOMOGENOUS GROWTH:1||BENZODITHIOPHENE:1||LTRYPTOPHAN:1||LTYROSINE:1||POLYPYRROLE:1||Grain interface:1||Methyl esters:1||Synthesis route:1||Selective interfaces:1||Electron transport properties:1||Polymer nanofibers:1||Transport characteristics:1||Polymer films:1||Positive ions:1||Stress analysis:1||Isoindigo:1||Electric inverters:1||Semiconducting organic compounds:1||Chemical compositions:1||Molecules:1||Surface morphology:1||Surface reactions:1||Average grain size:1||BALANCED HOLE:1||PHOSPHORESCENCE:1||Tungsten compounds:1||Emerging applications:1||Molybdenum compounds:1||BUILDINGBLOCK:1||High power conversion:1||BLEND:1||QUANTUM CAPACITANCE:1||RECOMBINATION:1||GRAINGROWTH:1||transmission electron microtomography:1||FUNCTIONALIZATION:1||GEL GATE DIELECTRICS:1||capillary pen printing:1||organic thinfilm transistors:1||PERFORMANCE ORGANIC TRANSISTORS:1||METALDEPOSITION:1||charge trapping:1||Nanofibers:1||Biomimetism:1||Gold nanoparticles:1||SHEETS:1||PRESSURE:1||BUNDLES:1||Human mesenchymal stem cell:1||Proteoglycan:1||electrostatic interaction:1||INITIO MOLECULARDYNAMICS:1||Inverted polymer solar cell:1||Gadoped ZnO:1||COILGLOBULE TRANSITION:1||monolayer:1||drug delivery:1||careboxylic acid:1||BLOCKCOPOLYMER MICELLES:1||POLY(ETHYLENE OXIDE):1||aggregation:1||pore:1||MECHANISM:1||DAMAGE:1||COLON:1||CARBON NANOTUBES:1||TIME:1||isotactic polypropylene:1||brittleductile transition:1||BIODEGRADABILITY:1||MOLECULARSTRUCTURE:1||NEUTRONSCATTERING:1||glass substrate:1||miscibility:1||MELTINGPOINT DEPRESSION:1||POLYCARBONATE BLENDS:1||TEMPERATUREDEPENDENCE:1||recrystallization:1||TETRAMETHYL BISPHENOLA POLYARYLATE:1||POLY(BUTYLENE SEBACATE):1||Poly(Nisopropylacrylamide) copolymer:1||NANOSTRUCTURED SURFACES:1||AGGREGATION STATE:1||WIDE TEMPERATURERANGE:1||SEXITHIOPHENE:1||selfassembled monolayer:1||THERMOCHROMISM:1||surface morphology:1||MICELLES:1||layered silicates:1||polydimethylsiloxane:1||LOTUS:1||nanowire:1||bovine serum albumin:1||ETHYL ACRYLATE TERPOLYMERS:1||ULTRATHIN FILMS:1||RESPIRATION:1||ROLES:1||PVC:1||PRINTING TECHNIQUES:1||POLYALKYLTHIOPHENES:1||POLYFLUORENE:1||POLYELECTROLYTE BRUSHES:1||Surface property:1||GATE:1||EFFICIENT:1||CONSTANT:1||GAP:1||IV measurement:1||low temperature growth:1||ELECTRICAL CHARACTERISTICS:1||Optimized solutions:1||conjugated polymer:1||CARBONPASTE ELECTRODE:1||BIOSENSORS:1||PHENYLALANINE:1||Additives:1||Grain size and shape:1||Electrons:1||Hydrogen bonds:1||Adhesive interfaces:1||Insulating polymer:1||Sustainable performance:1||LUMO energy levels:1||Solidification:1||Polymer semiconductors:1||Bias stability:1||SOLIDSTATE ORDER:1||VERTICALPHASESEPARATION:1||Ink jet printing:1||Polymer binding:1||Accelerated oxidations:1||Provide guidances:1||Reaction kinetics:1||Kinetic analysis:1||Processing condition:1||Controlled synthesis:1||Crystal formation:1||Photoresponsivity:1||Moisture:1||Intergranular region:1||Graphite electrodes:1||Graphene electrodes:1||INVERTERS:1||SOLVENT ADDITIVES:1||ENERGY:1||percolation probability:1||polythiophene nanowire:1||poly(METACcoTSPM):1||ultrasensitivity:1||microwell:1||capillarypen:1||pipi interaction:1||double stretchedexponential formula:1||ZNO:1||UNIFORMITY:1||polymer gatedielectrics:1||molecular weight:1||Survival:1||soluble acene:1||water repellent:1||DIFFERENTIAL SCANNING CALORIMETRY:1||HYDROGELS:1||DSC:1||POLYOLEFINS:1||CRITICAL SOLUTION TEMPERATURE:1||GRAFTED SURFACES:1||neurodegeneration:1||POLYMER THINFILMS:1||MICROENCAPSULATION:1||ANTIPLASTICIZATION:1||polycarbonates:1||antiplasticization:1||enzymatic degradation:1||PSEUDOMONASLEMOIGNEI:1||DEPOLYMERASE:1||OXYGEN:1||abrasion:1||aliphatic polyester:1||POLY(2,6DIMETHYL1,4PHENYLENE OXIDE):1||POLY(PHENYLENE OXIDE):1||liquid crystalline polymer:1||COPOLYESTER:1||PSPMMA COPOLYMER:1||solid phase epitaxy:1||thermoreversible:1||TOPOGRAPHY:1||VOLTAGE ORGANIC TRANSISTORS:1||RUBBERMODIFIED POLYAMIDES:1||INDUCED ENHANCEMENT:1||nanostructures:1||POLYMORPHISM:1||NANOROD FILMS:1||NANOWIRES:1||RESIN:1||tack:1||RUBBERRESIN BLENDS:1||TACKIFYING RESIN:1||solvent vapor:1||HUMANSERUMALBUMIN:1||PYRIDINE):1||Thermodynamic:1||PROTEINCOUPLED RECEPTORS:1||ATOMICFORCE MICROSCOPY:1||HUMANNEUTROPHILS:1||BONDS:1||OXIDIZED SILICON:1||Maleic Acid:1||THIOPHENE:1||SHELL PROTEINS:1||ENHANCED FLUORESCENCE:1||CONTACT RESISTANCE:1||Thinfilm:1||Pentacene:1||bilayer graphene:1||ABSORPTION:1||Chevron structures:1||SEGREGATION:1||FEWLAYER GRAPHENE:1||Passivation:1||Electrontransfer reactions:1||Chemical reactions:1||Polyethylene glycols:1||Electron transport:1||Spin coating:1||Surfaces:1||Timecontrolled:1||Antimony doping:1||Zinc indium oxide:1||Zinc tin oxide:1||Solidstate ordering:1||Transport performance:1||Electrodes:1||Interfaces (materials):1||Corrosion inhibitors:1||Barrier properties:1||Johnsonmehlavramikolmogorov:1||ELECTRON MOBILITIES:1||AGGREGATIONINDUCED EMISSION:1||Conductive films:1||Semiconducting films:1||Textures:1||OPTOELECTRONIC PROPERTIES:1||ISOMERIC STRUCTURES:1||Ionic liquids:1||graphene transfer:1||RATIONAL DESIGN:1||FACILE SYNTHESIS:1||FULLERENE:1||flexible humidity sensor:1||PHOTOVOLTAIC CELLS:1||alignment:1||LASER TRANSFER:1||biomimetics:1||Metal carbonates:1||Nanocrystals:1||polymercarbon nanohybrid:1||printed transistors:1||binding energy:1||CARBONICANHYDRASE:1||superhydrophobic:1||INVERSE TEMPERATURE TRANSITION:1||INORGANIC MATERIALS:1||PRECIPITATION:1||poly(Nisopropylacrylamide):1||HYDROPHOBIC SURFACES:1||COMPLEXES:1||exfoliation:1||oxidative damage:1||thermal resistance:1||EPOXY NANOCOMPOSITES:1||ALPHAFORM:1||GLASSYPOLYMERS:1||NPHOSPHONIUM SALTS:1||surface property:1||TEMPERATURES:1||fatigue:1||COPOLYMER FORMATION:1||POLYAMIDE:1||thermoplastic:1||IMMISCIBLE POLYMERS:1||UNSATURATED POLYESTER RESINS:1||MOLECULAR DESIGN REQUIREMENTS:1||SURFACE WETTABILITY:1||polymers:1||COMPLEX:1||PHASEBEHAVIOR:1||POLY NISOPROPYLACRYLAMIDE:1||SUPERHYDROPHOBICITY:1||carbon nanotube:1||OPPORTUNITIES:1||AZOBENZENE:1||DIELECTRICCONSTANT:1||SILICA:1||GLASS:1||SEMICONDUCTOR:1||LIPID NANOPARTICLES:1||HYBRID NANOCOMPOSITES:1||POLYMORPHS:1||adhesive force:1||microsubmicronano composite structures:1||RELAXATION:1||ULTRATHIN:1||POLYELECTROLYTE MULTILAYERS:1||LANGMUIRBLODGETTFILMS:1||CHARGE:1||FPR:1||Adhesion force:1||BUTADIENESTYRENE:1||IMPROVED PATTERN TRANSFER:1||CALCIUMCARBONATE:1||Nitroxide Mediated Polymerization:1||small angle Xray scattering:1||NANOCLUSTERS:1||DRIVEN:1||3D NANOSTRUCTURES:1||polycyclic aromatic hydrocarbons:1||SCALE:1||TRILAYER GRAPHENE:1||Harmful compounds:1||Electrondeficient units:1||Substrates:1||Metals:1||Zinc:1||Oxidation barrier:1||Rate determining step:1||CRYSTAL:1||Efficiency:1||Quantum theory:1||BANDGAP COPOLYMERS:1||Electric double layer:1||Enhanced sensitivity:1||contact doping:1||HUMIDITY SENSORS:1||ORGANIC SOLARCELLS:1||polyelectrolyte interlayer:1||PRINTED POLYMER:1||transfer:1||transfer printing:1||TRIISOPROPYLSILYLETHYNYL PENTACENE:1||hierarchical structures:1||MIMICKING:1||AU(111):1||free volume:1||biasstress stability:1||SELFCLEANING PROPERTIES:1||ITOfree:1||Transparent conducting oxide:1||HUMAN SERUMALBUMIN:1||CELL DETACHMENT:1||allyl ester resin:1||intercalation:1||SOLVENTS:1||AMYOTROPHICLATERALSCLEROSIS:1||STYRENE:1||transparency:1||LAYERED SILICATE NANOCOMPOSITES:1||biodegradable polymer:1||POLY(LLACTIC ACID) MATRIX:1||watersoluble polymers:1||hydrolytic degradation:1||maleated polypropylene:1||cutting:1||tensile properties:1||STYRENIC POLYMERS:1||single fiber composite test:1||diallyl isophthalate resin:1||polyarylate:1||CURE:1||FILM STRUCTURES:1||growth from solutions:1||MESOCRYSTALS:1||nanostructure:1||polyvinyl chloride:1||Thermoresponsive wettability:1||polyamide 6:1||PHASESTRUCTURE:1||LIPOPOLYSACCHARIDE:1||soft lithography:1||HVOF PROCESS:1||ANGULARSHAPED SILICA:1||PRESSURESENSITIVE ADHESIVES:1||COPOLYMER NANOPARTICLES:1||roughness:1||superhydrophobic:1||ALKYLSILOXANE MONOLAYERS:1||SURFACTANT MONOLAYERS:1||PLASMA MODIFICATION:1||SILICON DIOXIDE:1||EMULSIONS:1||CONDUCTING POLYMERS:1||coreshell impact modifier:1||ACTIVATES NEUTROPHILS:1||SEMICRYSTALLINE POLYMER BLENDS:1||FRACTUREBEHAVIOR:1||CAST PS/PMMA BLENDS:1||solgel transition:1||poly(4vinylphenol):1||HOLE MOBILITY:1||Polyimide:1||PHOTOSENSITIVE POLYIMIDE:1||CDSE:1||SEMICONDUCTOR NANOCRYSTALS:1||molecular doping:1||Al doping:1||IRRADIATION:1||PRESSURE SENSOR MATRIX:1||Heat sinks:1||Thermal management (electronics):1||Thermoelectric generators:1||coplanar backbone:1||MODIFIED GATE ELECTRODES:1||GLUCOSE SENSORS:1||Organic solvents:1||Polymerization:1||Suzuki cross coupling reactions:1||Electronic structure:1||Interfacial electronic structure:1||Molecular ordering:1||Semiconductor thin films:1||Short periods:1||Organic thin films transistors:1||Thermalannealing:1||Passivation layer:1||Deposition:1||PHOTOCHROMISM:1||Vacancy formation:1||Capacitive sensors:1||Signal to noise ratio:1||Electronic skin:1||Floating electrodes:1||Pressure sensitivities:1||Sensor performance:1||Tactile sensors:1||FLASH:1||LARGEAREA GRAPHENE:1||SINGLECRYSTALLINE:1||charge transport:1||TRANSPARENT ELECTRODES:1||evaporation:1||patterning:1||STRUCTURED SURFACES:1||MICROCHANNELS:1||Crystallinity:1||polymer chain ends:1||MARROW STROMAL CELLS:1||DIFFERENTIATION:1||polymer particle:1||Power conversion efficiency:1||GELS:1||POLYPROPYLENE COMPOSITES:1||THIN:1||insitu polymerization:1||micelle:1||nanoparticle:1||ADRIAMYCIN:1||amyotrophic lateral sclerosis:1||channel:1||SOD:1||FALS:1||DISEASE:1||VACUOLIZATION:1||mechanical properties:1||organophilic clay:1||diffusioncontrolled release:1||SYNCHROTRON RADIATION:1||ANGLE XRAY:1||POLY(VINYL CHLORIDE):1||poly(butylene succinate):1||ENZYMATIC DEGRADABILITY:1||swelling:1||rubber:1||crosslink density:1||COCRYSTALLIZATION:1||silicon:1||tetramethyl bisphenolA polyarylate:1||torque compensation:1||rheology:1||BLOCKCOPOLYMER:1||POLYELECTROLYTE:1||Layerbylayer assembly:1||SUPERHYDROPHILICITY:1||MOLECULARBEAM DEPOSITION:1||fieldeffect mobility:1||FRACTURETOUGHNESS:1||MATRIX PROPERTIES:1||STATE:1||OCTADECYLTRICHLOROSILANE:1||poly(3alkylthiophene):1||THIOPHENE):1||DRUGRELEASE BEHAVIOR:1||INVITRO:1||CLAY:1||MICROSCOPY:1||PHASETRANSFORMATION:1||APPARATUS:1||intermolecular force:1||Poly(Nisopropylacrylamide):1||NISOPROPYLACRYLAMIDE GELS:1||NANOSTRUCTURES:1||COPOLYMER:1||BINDING:1||LIFETIME:1||AGONIST:1||TOUGHNESS MECHANISM:1||PBT/ABS BLENDS:1||PHOTOSYNTHESIS:1||CALCIFICATION:1||Poly(4hydroxystyrene):1||THICKNESS DEPENDENCE:1||CARBONATE THINFILMS:1||ORIENTED GROWTH:1||transistor:1||OTFTs:1||Surface plasmon:1||Gold nanodot:1||Bulk heterojunction:1||ANODIC ALUMINA:1||HETEROSTRUCTURES:1||3D nanostructure:1||solid carbon sources:1||CHEMICALREDUCTION:1||Thermoelectric equipment:1||Thermoelectric material:1||NI ALLOY FOILS:1||BENZOTHIADIAZOLE:1||ENANTIOSELECTIVE RECOGNITION:1||Crystal lattices:1||Organometallics:1||Polycondensation:1||Synthetic methods:1||Carrier lifetime:1||Electron affinity:1||Electron collections:1||Photovoltaic performance:1||ZnO nanoparticles:1||Donoracceptors:1||Coatings:1||Oxide films:1||Tin oxides:1||COIL BLOCKCOPOLYMERS:1||CRYSTALLINE DIBLOCK COPOLYMERS:1||Chains:1||Ambipolar transport:1||Polymer electrodes:1||Lead compounds:1||Forecasting:1||Nanorods:1||Film preparation:1||Tellurium:1||Molybdenum and tungsten:1||HOLE MOBILITIES:1||Chemical stability:1||Hydration reaction:1||Electrochemistry:1||DIKETOPYRROLOPYRROLE:1||PRINTED TRANSISTORS:1||CHARGECARRIER MOBILITY:1||percolation pathway:1||REDUCTION:1||ION:1||CAPACITANCE:1||AMBIPOLAR:1||patterning method:1||ELECTRONIC DISPLAYS:1||singlecrystal selfassembly:1||high fieldeffect mobility:1||organic fieldeffect transistor:1||Organic fieldeffect transistors (OFETs):1||CLUSTER MOLECULES:1||density of state:1||AUGMENTEDWAVE METHOD:1||BASISSET:1||ANTHRADITHIOPHENE:1||spray deposition:1||SOLGEL METHOD:1||DEATH:1||SOD1:1||ORGANOCLAY:1||DIFFUSIONCONTROLLED RELEASE:1||deformation:1||metalpolymer complexes:1||POLYAMIDES:1||PHOSPHITES:1||PYRIDINES:1||poly(styrenecoacrylonitrile):1||surface roughness:1||polyamide:1||styrene maleic anhydride copolymer:1||FAILURE MODES:1||reactive reinforcement:1||polystyrenePMMA copolymer:1||Poly(oxyethylene):1||METHACRYLATE)GPOLY(METHYL METHACRYLATE):1||gel network:1||SAXS:1||PHOTOVOLTAIC DEVICES:1||HYDROPHILIC BLOCKCOPOLYMERS:1||xray photoelectron spectroscopy:1||EFFECT TRANSISTORS:1||VISCOELASTICITY:1||MELT:1||COMPATIBILIZED LIQUID RUBBER:1||WATER DROPLETS:1||ELECTROCHEMICAL DEPOSITION:1||RATEDEPENDENT ADHESION:1||HUMIDITY:1||temperature dependence:1||THERMAL RESPONSE:1||POLYMER CRYSTALLIZATION:1||QUASI2 DIMENSIONS:1||LANGMUIR MONOLAYERS:1||THICKNESS:1||PARAMETERS:1||WKYMVm:1||PHOSPHOINOSITIDE HYDROLYSIS:1||POLY(DIMETHYLSILOXANE):1||MORPHOGENESIS:1||SKELETONS:1||Dielectric Material:1||INSULATOR:1||BINARY:1||NANORODS:1||MOLECULARCRYSTALS:1||MEMBRANES:1||FLOW:1||RATES:1||bandgap opening:1||transparent electrode:1||Wearable applications:1||sidechain engineering:1||Esters:1||Butyric acid:1||Solar power generation:1||Thermodynamic stability:1||Ketones:1||High molecular weight:1||Zinc oxide:1||Plastic coatings:1||Polymer field effect transistors:1||Substrate surface:1||Economic and social effects:1||Indium:1||Tin:1||Solution process:1||MOBILITY CONJUGATED POLYMERS:1||Microstructure:1||Pistacking:1||Gate dielectrics:1||Interface engineering:1||Single crystals:1||Perovskite layers:1||Perovskite thin films:1||METALORGANIC FRAMEWORKS:1||POROUS FRAMEWORK:1||MOLECULES:1||Transition metals:1||Conducting substrates:1||Conversion efficiency:1||Quantum mechanical simulations:1||SIDECHAINS:1||Capacitance:1||

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