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CHOI, HEE CHEUL (최희철)
Dept of Chemistry(화학과)
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GROWTH:21||FUNCTIONALIZATION:11||NANOWIRES:10||OXIDE:9||FILMS:9||FIELDEFFECT TRANSISTORS:8||DEVICES:8||LARGEAREA:7||NANOSTRUCTURES:7||BIOSENSORS:7||ELECTRONICSTRUCTURE:5||NANOPARTICLES:5||MONOLAYERS:5||chemical vapor deposition:5||WALLED CARBON NANOTUBES:5||CATALYSTS:5||CLUSTERS:5||DEPOSITION:5||ROOMTEMPERATURE:5||SILICON:4||RAMANSPECTROSCOPY:4||THINFILM TRANSISTORS:4||SUPERCONDUCTIVITY:4||PHASE:4||SENSORS:4||SURFACES:4||porphyrin:4||SIZE:4||PHOTOLUMINESCENCE:4||QUANTUM DOTS:4||nanotubes:4||SYSTEMS:4||NANOCRYSTALS:4||SINGLECRYSTALS:4||fullerenes:4||COPPER:4||SMALL ORGANICMOLECULES:3||TEMPERATURE:3||microarrays:3||protein chips:3||PHTHALOCYANINE:3||AGGREGATION:3||BILAYER GRAPHENE:3||FIBERS:3||HYDROGEN:3||carbon nanotubes:3||CHEMICALVAPORDEPOSITION:3||SPECTROSCOPY:3||FABRICATION:3||photoluminescence:3||CARBON:3||GOLD:3||FLUORESCENCE:3||MOBILITY:3||luminescence:3||graphene:3||SI:3||GRAPHITE:2||rectangular ring mode:2||GUIDES:2||MICROCAVITY:2||PROTEIN IMMOBILIZATION:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||solvent effects:2||FULLERENES:2||MECHANISMS:2||CDSE:2||copper vapor:2||CU:2||EPITAXIAL GRAPHENE:2||SILICON SURFACES:2||ALKYNES:2||AU:2||FUELCELLS:2||TIN OXIDE:2||WATER:2||ORIENTATION:2||DENDRIMERS:2||GENEEXPRESSION:2||INDUCED EMISSION ENHANCEMENT:2||VORTICES:2||STATE:2||TRANSPARENT:2||SELFASSEMBLED MONOLAYERS:2||ALKENES:2||rectangular microtube:2||CONJUGATED POLYMER:2||SILICON NANOWIRES:2||selfcrystallization:2||GRAPHENE:2||INP:2||STORAGE:2||LUMINESCENCE:2||amplified spontaneous emission (ASE):2||PHOTONIC CRYSTAL:2||DIBLOCK COPOLYMERS:2||GROWTHMECHANISM:2||SURFACEENERGY:2||FCC METALS:2||PRISTINE:2||DNA MICROARRAYS:2||DISPERSION:2||IONS:2||PERFORMANCE:2||LASERS:2||MODES:2||TECHNOLOGY:2||GENOMICS:2||FUTURE:2||MUTATIONS:2||SOLVENT MIXTURES:2||DOPED C60:2||OPTICAL BIOSENSOR:2||PORPHYRIN NANOTUBES:2||RAMANSCATTERING:2||VALLEY POLARIZATION:2||TRANSISTORS:2||POROUS SILICON:2||AMPLIFIED SPONTANEOUS EMISSION:2||LAYERS:2||TRANSISTOR MEMORY:2||photoconductivity:2||SOLUBILIZATION:2||LIGAND:2||OLIGONUCLEOTIDE ARRAYS:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||REPAIR:2||NANOWIRE NANOSENSORS:2||crystal growth:2||RIBBONS:2||MAGNETISM:2||CHEMISTRY:2||NICKEL:2||lasing action:2||sharp bending waveguide:2||SOLARCELLS:2||COMPOSITES:2||FEWLAYER GRAPHENE:2||nanostructures:2||selfassembly:2||COEXISTENCE:2||FULLERENE C60:2||GAAS:2||dielectric substrates:2||FULLERENE TUBES:2||NANOWHISKERS:2||BINDINGPROTEIN:2||BASE:2||ELECTRICAL DETECTION:2||SELFMETALLIZATION:2||COORDINATION:2||ION BATTERIES:2||redox batteries:1||PHASE GROWTH:1||MOO3:1||GALVANIC DISPLACEMENT:1||PLASMON RESONANCES:1||GERMANIUM:1||crystal engineering:1||PHOTONICS:1||THINFILMS:1||lithium ion battery:1||nanowires:1||CAPACITY:1||MODEL ELECTROCHEMICAL INTERFACES:1||ULTRAHIGHVACUUM:1||BEHAVIOR:1||SINGLE:1||SULFUR SORPTION COMPLEX:1||Singlewalled carbon nanotube:1||GAS SENSOR:1||DIELECTROPHORESIS:1||EVAPORATION RATE:1||PHOTODETECTORS:1||bubble:1||SONOLUMINESCENCE:1||noncovalent interactions:1||Galvanic displacement:1||JUNCTIONS:1||CONTACTS:1||CANCER:1||DELIVERY:1||MICE:1||COALESCENCE:1||CRYSTALS:1||labelfree:1||INCLUSION:1||Free radical reactions:1||SEMICONDUCTORS:1||molybdenum disulfide:1||ANTHRACENE:1||surface chemistry:1||PT(111):1||NTYPE:1||DOTS:1||BIAS:1||NUCLEARMAGNETICRESONANCE:1||oligonucleotide:1||TRANSFER RADICAL POLYMERIZATION:1||SILVER NANOPARTICLES:1||BRUSHES:1||SOLIDIFICATION:1||SILICONOXIDE:1||HIGHPERFORMANCE:1||TOTALENERGY CALCULATIONS:1||PEPTIDE ARRAYS:1||ATTACHMENT:1||SULFIDE:1||BATTERY:1||BALLISTIC TRANSPORT:1||SINGLELAYER:1||Raman spectroscopy:1||fieldeffect transistors:1||Light emission:1||Microchannels:1||Positive ions:1||Electron transfer:1||Selective oxidation:1||current collector:1||iodine:1||SCALE ENERGYSTORAGE:1||ALPHASEXITHIOPHENE:1||GE NANOWIRES:1||DIRECTED GROWTH:1||ELECTROCHEMISTRY:1||INDUCED ELECTROLUMINESCENCE:1||ALKYL MONOLAYERS:1||PHOTOLUMINESCENT:1||CESIUM:1||nuclease:1||LABELFREE:1||HIGHYIELD:1||GAS:1||ESHELBY TWIST:1||nanowire:1||autobubble:1||CARBON NANOTUBES:1||RECOGNITION:1||POLYMER:1||ELECTROCHEMICAL CODEPOSITION:1||ELECTRODES:1||nearinfrared light:1||THERAPY:1||SOLVATE:1||MECHANISM:1||PROTEINS:1||Xray diffraction:1||COALTAR PITCH:1||Magnetic moments:1||Photooxidation:1||Photoinduced electron transfer:1||White lightemitting:1||anisotropy:1||CRYSTALLINE:1||aqueous cathode:1||AQUEOUS CATHODE:1||POLYMORPHISM:1||MOS2 THINLAYERS:1||OPTOELECTRONIC PROPERTIES:1||WAVEGUIDES:1||SI(111):1||STATES:1||WAFERS:1||OPTICALPROPERTIES:1||LIQUIDJUNCTION CELLS:1||CDS:1||PROTEIN:1||cobalt nanoparticle:1||ABINITIO CALCULATIONS:1||STREAM:1||MOLTEN IRON:1||Tween 20:1||SOLIDS:1||spontaneous reaction:1||SULFIDE NANOPARTICLES:1||ROUTE:1||XPS:1||ZNNI ALLOYS:1||cancer therapy:1||ARRAYS:1||REFINEMENT:1||Insecticides:1||Irradiation:1||Organic polymers:1||Highly stables:1||Polymer hybrid systems:1||COVALENT ORGANIC FRAMEWORK:1||Carbon nanotube:1||ELECTROLYTE:1||patterned growth:1||surface alloys:1||INTERFACE:1||solidstate structures:1||INFRAREDSPECTROSCOPY:1||SOLVATION:1||ROPES:1||HYDROGENATION:1||PROPANE AROMATIZATION:1||TRANSFORMATION:1||POTASSIUM:1||CAGES:1||HYDROSILYLATION:1||surface programmed assembly:1||DIPPEN NANOLITHOGRAPHY:1||NANOHELICES:1||CONDUCTANCE:1||INTERCHAIN CARBOXYLIC ANHYDRIDE:1||ADSORPTION:1||nanoring:1||transistors:1||carbon nanotube:1||cancer nanotechnology:1||hydrosilylation:1||SILYLATION:1||field effect transistor:1||tetrathiafulvalene:1||charge transfer:1||POROUS COORDINATION NETWORK:1||CRYSTAL:1||FRAMEWORKS:1||Electron spin resonance spectroscopy:1||magnetic field:1||CONDENSATION:1||ACID:1||FLOW BATTERY:1||PENTACENE:1||AU(111):1||SILICON DIOXIDE:1||POLYMERS:1||AROMATICHYDROCARBONS:1||TELLURIUM:1||molecular transporter:1||OXIDE NANOBELTS:1||NANORIBBONS:1||oxygenassisted chemical vapor deposition:1||ELECTRICALPROPERTIES:1||packing:1||TOOLS:1||SHAPE:1||DIAMETER:1||DISCRETE:1||nanoparticles:1||AROMATICMOLECULES:1||Organicfree:1||AuPd Alloys:1||TRANSPORTERS:1||CELLS:1||DNA:1||IRON NANOPARTICLE:1||NANOROD ARRAYS:1||realtime:1||XRAYDIFFRACTION:1||Photoluminescence emission:1||CHALLENGES:1||COUPLES:1||MEDIA:1||MO(CO)(6) PRECURSOR:1||HETEROSTRUCTURES:1||pentacenes:1||REAGENTS:1||chemical vapour deposition:1||biological molecules:1||MOLECULAR FLUORESCENCE:1||DYELABELED OLIGONUCLEOTIDES:1||COMPLEMENTARY HYDROGENBONDS:1||PURIFICATION:1||PSEUDOPOTENTIALS:1||FILM:1||CONDUCTIVITY:1||CHEMICAL FUNCTIONALIZATION:1||GOLD NANOPARTICLES:1||biosensor:1||DNA HYBRIDIZATION:1||Electron transitions:1||White light emission:1||2D nanomaterials:1||METAL NANOPARTICLE:1||BIOSENSOR:1||CARBON BONDS:1||CDS SUPERCLUSTERS:1||cellular delivery:1||sensors:1||singlewalled carbon nanotubes:1||MOLECULES:1||selfassembled monolayers (SAMS):1||RIBONUCLEASE:1||TRANSITION:1||transition metals:1||REDUCTION:1||Codeposition:1||TRANSPORT:1||photothermal therapy:1||BIODISTRIBUTION:1||CARBOTHERMAL REDUCTION:1||NANOTUBES:1||Carbon nanotubes:1||ELECTRONIC DETECTION:1||coordination networks:1||hostguest systems:1||TTF:1||DIMER:1||Hybrid systems:1||Ionization:1||MOS2 ATOMIC LAYERS:1||AG:1||GROWTH:21||FUNCTIONALIZATION:11||NANOWIRES:10||OXIDE:9||FILMS:9||FIELDEFFECT TRANSISTORS:8||DEVICES:8||LARGEAREA:7||NANOSTRUCTURES:7||BIOSENSORS:7||ELECTRONICSTRUCTURE:5||NANOPARTICLES:5||MONOLAYERS:5||chemical vapor deposition:5||WALLED CARBON NANOTUBES:5||CATALYSTS:5||CLUSTERS:5||DEPOSITION:5||ROOMTEMPERATURE:5||SILICON:4||RAMANSPECTROSCOPY:4||THINFILM TRANSISTORS:4||SUPERCONDUCTIVITY:4||PHASE:4||SENSORS:4||SURFACES:4||porphyrin:4||SIZE:4||PHOTOLUMINESCENCE:4||QUANTUM DOTS:4||nanotubes:4||SYSTEMS:4||NANOCRYSTALS:4||SINGLECRYSTALS:4||fullerenes:4||COPPER:4||SMALL ORGANICMOLECULES:3||TEMPERATURE:3||microarrays:3||protein chips:3||PHTHALOCYANINE:3||AGGREGATION:3||BILAYER GRAPHENE:3||FIBERS:3||HYDROGEN:3||carbon nanotubes:3||CHEMICALVAPORDEPOSITION:3||SPECTROSCOPY:3||FABRICATION:3||photoluminescence:3||CARBON:3||GOLD:3||FLUORESCENCE:3||MOBILITY:3||luminescence:3||graphene:3||SI:3||GRAPHITE:2||rectangular ring mode:2||GUIDES:2||MICROCAVITY:2||PROTEIN IMMOBILIZATION:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||solvent effects:2||FULLERENES:2||MECHANISMS:2||CDSE:2||copper vapor:2||CU:2||EPITAXIAL GRAPHENE:2||SILICON SURFACES:2||ALKYNES:2||AU:2||FUELCELLS:2||TIN OXIDE:2||WATER:2||ORIENTATION:2||DENDRIMERS:2||GENEEXPRESSION:2||INDUCED EMISSION ENHANCEMENT:2||VORTICES:2||STATE:2||TRANSPARENT:2||SELFASSEMBLED MONOLAYERS:2||ALKENES:2||rectangular microtube:2||CONJUGATED POLYMER:2||SILICON NANOWIRES:2||selfcrystallization:2||GRAPHENE:2||INP:2||STORAGE:2||LUMINESCENCE:2||amplified spontaneous emission (ASE):2||PHOTONIC CRYSTAL:2||DIBLOCK COPOLYMERS:2||GROWTHMECHANISM:2||SURFACEENERGY:2||FCC METALS:2||PRISTINE:2||DNA MICROARRAYS:2||DISPERSION:2||IONS:2||PERFORMANCE:2||LASERS:2||MODES:2||TECHNOLOGY:2||GENOMICS:2||FUTURE:2||MUTATIONS:2||SOLVENT MIXTURES:2||DOPED C60:2||OPTICAL BIOSENSOR:2||PORPHYRIN NANOTUBES:2||RAMANSCATTERING:2||VALLEY POLARIZATION:2||TRANSISTORS:2||POROUS SILICON:2||AMPLIFIED SPONTANEOUS EMISSION:2||LAYERS:2||TRANSISTOR MEMORY:2||photoconductivity:2||SOLUBILIZATION:2||LIGAND:2||OLIGONUCLEOTIDE ARRAYS:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||REPAIR:2||NANOWIRE NANOSENSORS:2||crystal growth:2||RIBBONS:2||MAGNETISM:2||CHEMISTRY:2||NICKEL:2||lasing action:2||sharp bending waveguide:2||SOLARCELLS:2||COMPOSITES:2||FEWLAYER GRAPHENE:2||nanostructures:2||selfassembly:2||COEXISTENCE:2||FULLERENE C60:2||GAAS:2||dielectric substrates:2||FULLERENE TUBES:2||NANOWHISKERS:2||BINDINGPROTEIN:2||BASE:2||ELECTRICAL DETECTION:2||SELFMETALLIZATION:2||COORDINATION:2||ION BATTERIES:2||redox batteries:1||PHASE GROWTH:1||MOO3:1||GALVANIC DISPLACEMENT:1||PLASMON RESONANCES:1||GERMANIUM:1||crystal engineering:1||PHOTONICS:1||THINFILMS:1||lithium ion battery:1||nanowires:1||CAPACITY:1||MODEL ELECTROCHEMICAL INTERFACES:1||ULTRAHIGHVACUUM:1||BEHAVIOR:1||SINGLE:1||SULFUR SORPTION COMPLEX:1||Singlewalled carbon nanotube:1||GAS SENSOR:1||DIELECTROPHORESIS:1||EVAPORATION RATE:1||PHOTODETECTORS:1||bubble:1||SONOLUMINESCENCE:1||noncovalent interactions:1||Galvanic displacement:1||JUNCTIONS:1||CONTACTS:1||CANCER:1||DELIVERY:1||MICE:1||COALESCENCE:1||CRYSTALS:1||labelfree:1||INCLUSION:1||Free radical reactions:1||SEMICONDUCTORS:1||molybdenum disulfide:1||ANTHRACENE:1||surface chemistry:1||PT(111):1||NTYPE:1||DOTS:1||BIAS:1||NUCLEARMAGNETICRESONANCE:1||oligonucleotide:1||TRANSFER RADICAL POLYMERIZATION:1||SILVER NANOPARTICLES:1||BRUSHES:1||SOLIDIFICATION:1||SILICONOXIDE:1||HIGHPERFORMANCE:1||TOTALENERGY CALCULATIONS:1||PEPTIDE ARRAYS:1||ATTACHMENT:1||SULFIDE:1||BATTERY:1||BALLISTIC TRANSPORT:1||SINGLELAYER:1||Raman spectroscopy:1||fieldeffect transistors:1||Light emission:1||Microchannels:1||Positive ions:1||Electron transfer:1||Selective oxidation:1||current collector:1||iodine:1||SCALE ENERGYSTORAGE:1||ALPHASEXITHIOPHENE:1||GE NANOWIRES:1||DIRECTED GROWTH:1||ELECTROCHEMISTRY:1||INDUCED ELECTROLUMINESCENCE:1||ALKYL MONOLAYERS:1||PHOTOLUMINESCENT:1||CESIUM:1||nuclease:1||LABELFREE:1||HIGHYIELD:1||GAS:1||ESHELBY TWIST:1||nanowire:1||autobubble:1||CARBON NANOTUBES:1||RECOGNITION:1||POLYMER:1||ELECTROCHEMICAL CODEPOSITION:1||ELECTRODES:1||nearinfrared light:1||THERAPY:1||SOLVATE:1||MECHANISM:1||PROTEINS:1||Xray diffraction:1||COALTAR PITCH:1||Magnetic moments:1||Photooxidation:1||Photoinduced electron transfer:1||White lightemitting:1||anisotropy:1||CRYSTALLINE:1||aqueous cathode:1||AQUEOUS CATHODE:1||POLYMORPHISM:1||MOS2 THINLAYERS:1||OPTOELECTRONIC PROPERTIES:1||WAVEGUIDES:1||SI(111):1||STATES:1||WAFERS:1||OPTICALPROPERTIES:1||LIQUIDJUNCTION CELLS:1||CDS:1||PROTEIN:1||cobalt nanoparticle:1||ABINITIO CALCULATIONS:1||STREAM:1||MOLTEN IRON:1||Tween 20:1||SOLIDS:1||spontaneous reaction:1||SULFIDE NANOPARTICLES:1||ROUTE:1||XPS:1||ZNNI ALLOYS:1||cancer therapy:1||ARRAYS:1||REFINEMENT:1||Insecticides:1||Irradiation:1||Organic polymers:1||Highly stables:1||Polymer hybrid systems:1||COVALENT ORGANIC FRAMEWORK:1||Carbon nanotube:1||ELECTROLYTE:1||patterned growth:1||surface alloys:1||INTERFACE:1||solidstate structures:1||INFRAREDSPECTROSCOPY:1||SOLVATION:1||ROPES:1||HYDROGENATION:1||PROPANE AROMATIZATION:1||TRANSFORMATION:1||POTASSIUM:1||CAGES:1||HYDROSILYLATION:1||surface programmed assembly:1||DIPPEN NANOLITHOGRAPHY:1||NANOHELICES:1||CONDUCTANCE:1||INTERCHAIN CARBOXYLIC ANHYDRIDE:1||ADSORPTION:1||nanoring:1||transistors:1||carbon nanotube:1||cancer nanotechnology:1||hydrosilylation:1||SILYLATION:1||field effect transistor:1||tetrathiafulvalene:1||charge transfer:1||POROUS COORDINATION NETWORK:1||CRYSTAL:1||FRAMEWORKS:1||Electron spin resonance spectroscopy:1||magnetic field:1||CONDENSATION:1||ACID:1||FLOW BATTERY:1||PENTACENE:1||AU(111):1||SILICON DIOXIDE:1||POLYMERS:1||AROMATICHYDROCARBONS:1||TELLURIUM:1||molecular transporter:1||OXIDE NANOBELTS:1||NANORIBBONS:1||oxygenassisted chemical vapor deposition:1||ELECTRICALPROPERTIES:1||packing:1||TOOLS:1||SHAPE:1||DIAMETER:1||DISCRETE:1||nanoparticles:1||AROMATICMOLECULES:1||Organicfree:1||AuPd Alloys:1||TRANSPORTERS:1||CELLS:1||DNA:1||IRON NANOPARTICLE:1||NANOROD ARRAYS:1||realtime:1||XRAYDIFFRACTION:1||Photoluminescence emission:1||CHALLENGES:1||COUPLES:1||MEDIA:1||MO(CO)(6) PRECURSOR:1||HETEROSTRUCTURES:1||pentacenes:1||REAGENTS:1||chemical vapour deposition:1||biological molecules:1||MOLECULAR FLUORESCENCE:1||DYELABELED OLIGONUCLEOTIDES:1||COMPLEMENTARY HYDROGENBONDS:1||PURIFICATION:1||PSEUDOPOTENTIALS:1||FILM:1||CONDUCTIVITY:1||CHEMICAL FUNCTIONALIZATION:1||GOLD NANOPARTICLES:1||biosensor:1||DNA HYBRIDIZATION:1||Electron transitions:1||White light emission:1||2D nanomaterials:1||METAL NANOPARTICLE:1||BIOSENSOR:1||CARBON BONDS:1||CDS SUPERCLUSTERS:1||cellular delivery:1||sensors:1||singlewalled carbon nanotubes:1||MOLECULES:1||selfassembled monolayers (SAMS):1||RIBONUCLEASE:1||TRANSITION:1||transition metals:1||REDUCTION:1||Codeposition:1||TRANSPORT:1||photothermal therapy:1||BIODISTRIBUTION:1||CARBOTHERMAL REDUCTION:1||NANOTUBES:1||Carbon nanotubes:1||ELECTRONIC DETECTION:1||coordination networks:1||hostguest systems:1||TTF:1||DIMER:1||Hybrid systems:1||Ionization:1||MOS2 ATOMIC LAYERS:1||AG:1||GROWTH:21||FUNCTIONALIZATION:11||NANOWIRES:10||OXIDE:9||FILMS:9||FIELDEFFECT TRANSISTORS:8||DEVICES:8||LARGEAREA:7||NANOSTRUCTURES:7||BIOSENSORS:7||ELECTRONICSTRUCTURE:5||NANOPARTICLES:5||MONOLAYERS:5||chemical vapor deposition:5||WALLED CARBON NANOTUBES:5||CATALYSTS:5||CLUSTERS:5||DEPOSITION:5||ROOMTEMPERATURE:5||SILICON:4||RAMANSPECTROSCOPY:4||THINFILM TRANSISTORS:4||SUPERCONDUCTIVITY:4||PHASE:4||SENSORS:4||SURFACES:4||porphyrin:4||SIZE:4||PHOTOLUMINESCENCE:4||QUANTUM DOTS:4||nanotubes:4||SYSTEMS:4||NANOCRYSTALS:4||SINGLECRYSTALS:4||fullerenes:4||COPPER:4||SMALL ORGANICMOLECULES:3||TEMPERATURE:3||microarrays:3||protein chips:3||PHTHALOCYANINE:3||AGGREGATION:3||BILAYER GRAPHENE:3||FIBERS:3||HYDROGEN:3||carbon nanotubes:3||CHEMICALVAPORDEPOSITION:3||SPECTROSCOPY:3||FABRICATION:3||photoluminescence:3||CARBON:3||GOLD:3||FLUORESCENCE:3||MOBILITY:3||luminescence:3||graphene:3||SI:3||GRAPHITE:2||rectangular ring mode:2||GUIDES:2||MICROCAVITY:2||PROTEIN IMMOBILIZATION:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||solvent effects:2||FULLERENES:2||MECHANISMS:2||CDSE:2||copper vapor:2||CU:2||EPITAXIAL GRAPHENE:2||SILICON SURFACES:2||ALKYNES:2||AU:2||FUELCELLS:2||TIN OXIDE:2||WATER:2||ORIENTATION:2||DENDRIMERS:2||GENEEXPRESSION:2||INDUCED EMISSION ENHANCEMENT:2||VORTICES:2||STATE:2||TRANSPARENT:2||SELFASSEMBLED MONOLAYERS:2||ALKENES:2||rectangular microtube:2||CONJUGATED POLYMER:2||SILICON NANOWIRES:2||selfcrystallization:2||GRAPHENE:2||INP:2||STORAGE:2||LUMINESCENCE:2||amplified spontaneous emission (ASE):2||PHOTONIC CRYSTAL:2||DIBLOCK COPOLYMERS:2||GROWTHMECHANISM:2||SURFACEENERGY:2||FCC METALS:2||PRISTINE:2||DNA MICROARRAYS:2||DISPERSION:2||IONS:2||PERFORMANCE:2||LASERS:2||MODES:2||TECHNOLOGY:2||GENOMICS:2||FUTURE:2||MUTATIONS:2||SOLVENT MIXTURES:2||DOPED C60:2||OPTICAL BIOSENSOR:2||PORPHYRIN NANOTUBES:2||RAMANSCATTERING:2||VALLEY POLARIZATION:2||TRANSISTORS:2||POROUS SILICON:2||AMPLIFIED SPONTANEOUS EMISSION:2||LAYERS:2||TRANSISTOR MEMORY:2||photoconductivity:2||SOLUBILIZATION:2||LIGAND:2||OLIGONUCLEOTIDE ARRAYS:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||REPAIR:2||NANOWIRE NANOSENSORS:2||crystal growth:2||RIBBONS:2||MAGNETISM:2||CHEMISTRY:2||NICKEL:2||lasing action:2||sharp bending waveguide:2||SOLARCELLS:2||COMPOSITES:2||FEWLAYER GRAPHENE:2||nanostructures:2||selfassembly:2||COEXISTENCE:2||FULLERENE C60:2||GAAS:2||dielectric substrates:2||FULLERENE TUBES:2||NANOWHISKERS:2||BINDINGPROTEIN:2||BASE:2||ELECTRICAL DETECTION:2||SELFMETALLIZATION:2||COORDINATION:2||ION BATTERIES:2||redox batteries:1||PHASE GROWTH:1||MOO3:1||GALVANIC DISPLACEMENT:1||PLASMON RESONANCES:1||GERMANIUM:1||crystal engineering:1||PHOTONICS:1||THINFILMS:1||lithium ion battery:1||nanowires:1||CAPACITY:1||MODEL ELECTROCHEMICAL INTERFACES:1||ULTRAHIGHVACUUM:1||BEHAVIOR:1||SINGLE:1||SULFUR SORPTION COMPLEX:1||Singlewalled carbon nanotube:1||GAS SENSOR:1||DIELECTROPHORESIS:1||EVAPORATION RATE:1||PHOTODETECTORS:1||bubble:1||SONOLUMINESCENCE:1||noncovalent interactions:1||Galvanic displacement:1||JUNCTIONS:1||CONTACTS:1||CANCER:1||DELIVERY:1||MICE:1||COALESCENCE:1||CRYSTALS:1||labelfree:1||INCLUSION:1||Free radical reactions:1||SEMICONDUCTORS:1||molybdenum disulfide:1||ANTHRACENE:1||surface chemistry:1||PT(111):1||NTYPE:1||DOTS:1||BIAS:1||NUCLEARMAGNETICRESONANCE:1||oligonucleotide:1||TRANSFER RADICAL POLYMERIZATION:1||SILVER 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NANOWIRES:2||selfcrystallization:2||GRAPHENE:2||INP:2||STORAGE:2||LUMINESCENCE:2||amplified spontaneous emission (ASE):2||PHOTONIC CRYSTAL:2||DIBLOCK COPOLYMERS:2||GROWTHMECHANISM:2||SURFACEENERGY:2||FCC METALS:2||PRISTINE:2||DNA MICROARRAYS:2||DISPERSION:2||IONS:2||PERFORMANCE:2||LASERS:2||MODES:2||TECHNOLOGY:2||GENOMICS:2||FUTURE:2||MUTATIONS:2||SOLVENT MIXTURES:2||DOPED C60:2||OPTICAL BIOSENSOR:2||PORPHYRIN NANOTUBES:2||RAMANSCATTERING:2||VALLEY POLARIZATION:2||TRANSISTORS:2||POROUS SILICON:2||AMPLIFIED SPONTANEOUS EMISSION:2||LAYERS:2||TRANSISTOR MEMORY:2||photoconductivity:2||SOLUBILIZATION:2||LIGAND:2||OLIGONUCLEOTIDE ARRAYS:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||REPAIR:2||NANOWIRE NANOSENSORS:2||crystal growth:2||RIBBONS:2||MAGNETISM:2||CHEMISTRY:2||NICKEL:2||lasing action:2||sharp bending waveguide:2||SOLARCELLS:2||COMPOSITES:2||FEWLAYER GRAPHENE:2||nanostructures:2||selfassembly:2||COEXISTENCE:2||FULLERENE C60:2||GAAS:2||dielectric substrates:2||FULLERENE 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CARBON NANOTUBES:5||CATALYSTS:5||CLUSTERS:5||DEPOSITION:5||ROOMTEMPERATURE:5||SILICON:4||RAMANSPECTROSCOPY:4||THINFILM TRANSISTORS:4||SUPERCONDUCTIVITY:4||PHASE:4||SENSORS:4||SURFACES:4||porphyrin:4||SIZE:4||PHOTOLUMINESCENCE:4||QUANTUM DOTS:4||nanotubes:4||SYSTEMS:4||NANOCRYSTALS:4||SINGLECRYSTALS:4||fullerenes:4||COPPER:4||SMALL ORGANICMOLECULES:3||TEMPERATURE:3||microarrays:3||protein chips:3||PHTHALOCYANINE:3||AGGREGATION:3||BILAYER GRAPHENE:3||FIBERS:3||HYDROGEN:3||carbon nanotubes:3||CHEMICALVAPORDEPOSITION:3||SPECTROSCOPY:3||FABRICATION:3||photoluminescence:3||CARBON:3||GOLD:3||FLUORESCENCE:3||MOBILITY:3||luminescence:3||graphene:3||SI:3||GRAPHITE:2||rectangular ring mode:2||GUIDES:2||MICROCAVITY:2||PROTEIN IMMOBILIZATION:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||solvent effects:2||FULLERENES:2||MECHANISMS:2||CDSE:2||copper vapor:2||CU:2||EPITAXIAL GRAPHENE:2||SILICON SURFACES:2||ALKYNES:2||AU:2||FUELCELLS:2||TIN 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GRAPHENE:3||FIBERS:3||HYDROGEN:3||carbon nanotubes:3||CHEMICALVAPORDEPOSITION:3||SPECTROSCOPY:3||FABRICATION:3||photoluminescence:3||CARBON:3||GOLD:3||FLUORESCENCE:3||MOBILITY:3||luminescence:3||graphene:3||SI:3||GRAPHITE:2||rectangular ring mode:2||GUIDES:2||MICROCAVITY:2||PROTEIN IMMOBILIZATION:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||solvent effects:2||FULLERENES:2||MECHANISMS:2||CDSE:2||copper vapor:2||CU:2||EPITAXIAL GRAPHENE:2||SILICON SURFACES:2||ALKYNES:2||AU:2||FUELCELLS:2||TIN OXIDE:2||WATER:2||ORIENTATION:2||DENDRIMERS:2||GENEEXPRESSION:2||INDUCED EMISSION ENHANCEMENT:2||VORTICES:2||STATE:2||TRANSPARENT:2||SELFASSEMBLED MONOLAYERS:2||ALKENES:2||rectangular microtube:2||CONJUGATED POLYMER:2||SILICON NANOWIRES:2||selfcrystallization:2||GRAPHENE:2||INP:2||STORAGE:2||LUMINESCENCE:2||amplified spontaneous emission (ASE):2||PHOTONIC CRYSTAL:2||DIBLOCK COPOLYMERS:2||GROWTHMECHANISM:2||SURFACEENERGY:2||FCC METALS:2||PRISTINE:2||DNA 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RESONANCES:1||GERMANIUM:1||crystal engineering:1||PHOTONICS:1||THINFILMS:1||lithium ion battery:1||nanowires:1||CAPACITY:1||MODEL ELECTROCHEMICAL INTERFACES:1||ULTRAHIGHVACUUM:1||BEHAVIOR:1||SINGLE:1||SULFUR SORPTION COMPLEX:1||Singlewalled carbon nanotube:1||GAS SENSOR:1||DIELECTROPHORESIS:1||EVAPORATION RATE:1||PHOTODETECTORS:1||bubble:1||SONOLUMINESCENCE:1||noncovalent interactions:1||Galvanic displacement:1||JUNCTIONS:1||CONTACTS:1||CANCER:1||DELIVERY:1||MICE:1||COALESCENCE:1||CRYSTALS:1||labelfree:1||INCLUSION:1||Free radical reactions:1||SEMICONDUCTORS:1||molybdenum disulfide:1||ANTHRACENE:1||surface chemistry:1||PT(111):1||NTYPE:1||DOTS:1||BIAS:1||NUCLEARMAGNETICRESONANCE:1||oligonucleotide:1||TRANSFER RADICAL POLYMERIZATION:1||SILVER NANOPARTICLES:1||BRUSHES:1||SOLIDIFICATION:1||SILICONOXIDE:1||HIGHPERFORMANCE:1||TOTALENERGY CALCULATIONS:1||PEPTIDE ARRAYS:1||ATTACHMENT:1||SULFIDE:1||BATTERY:1||BALLISTIC TRANSPORT:1||SINGLELAYER:1||Raman spectroscopy:1||fieldeffect 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NANOWIRES:2||selfcrystallization:2||GRAPHENE:2||INP:2||STORAGE:2||LUMINESCENCE:2||amplified spontaneous emission (ASE):2||PHOTONIC CRYSTAL:2||DIBLOCK COPOLYMERS:2||GROWTHMECHANISM:2||SURFACEENERGY:2||FCC METALS:2||PRISTINE:2||DNA MICROARRAYS:2||DISPERSION:2||IONS:2||PERFORMANCE:2||LASERS:2||MODES:2||TECHNOLOGY:2||GENOMICS:2||FUTURE:2||MUTATIONS:2||SOLVENT MIXTURES:2||DOPED C60:2||OPTICAL BIOSENSOR:2||PORPHYRIN NANOTUBES:2||RAMANSCATTERING:2||VALLEY POLARIZATION:2||TRANSISTORS:2||POROUS SILICON:2||AMPLIFIED SPONTANEOUS EMISSION:2||LAYERS:2||TRANSISTOR MEMORY:2||photoconductivity:2||SOLUBILIZATION:2||LIGAND:2||OLIGONUCLEOTIDE ARRAYS:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||REPAIR:2||NANOWIRE NANOSENSORS:2||crystal growth:2||RIBBONS:2||MAGNETISM:2||CHEMISTRY:2||NICKEL:2||lasing action:2||sharp bending waveguide:2||SOLARCELLS:2||COMPOSITES:2||FEWLAYER GRAPHENE:2||nanostructures:2||selfassembly:2||COEXISTENCE:2||FULLERENE C60:2||GAAS:2||dielectric substrates:2||FULLERENE 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CARBON NANOTUBES:5||CATALYSTS:5||CLUSTERS:5||DEPOSITION:5||ROOMTEMPERATURE:5||SILICON:4||RAMANSPECTROSCOPY:4||THINFILM TRANSISTORS:4||SUPERCONDUCTIVITY:4||PHASE:4||SENSORS:4||SURFACES:4||porphyrin:4||SIZE:4||PHOTOLUMINESCENCE:4||QUANTUM DOTS:4||nanotubes:4||SYSTEMS:4||NANOCRYSTALS:4||SINGLECRYSTALS:4||fullerenes:4||COPPER:4||SMALL ORGANICMOLECULES:3||TEMPERATURE:3||microarrays:3||protein chips:3||PHTHALOCYANINE:3||AGGREGATION:3||BILAYER GRAPHENE:3||FIBERS:3||HYDROGEN:3||carbon nanotubes:3||CHEMICALVAPORDEPOSITION:3||SPECTROSCOPY:3||FABRICATION:3||photoluminescence:3||CARBON:3||GOLD:3||FLUORESCENCE:3||MOBILITY:3||luminescence:3||graphene:3||SI:3||GRAPHITE:2||rectangular ring mode:2||GUIDES:2||MICROCAVITY:2||PROTEIN IMMOBILIZATION:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||solvent effects:2||FULLERENES:2||MECHANISMS:2||CDSE:2||copper vapor:2||CU:2||EPITAXIAL GRAPHENE:2||SILICON SURFACES:2||ALKYNES:2||AU:2||FUELCELLS:2||TIN 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GRAPHENE:3||FIBERS:3||HYDROGEN:3||carbon nanotubes:3||CHEMICALVAPORDEPOSITION:3||SPECTROSCOPY:3||FABRICATION:3||photoluminescence:3||CARBON:3||GOLD:3||FLUORESCENCE:3||MOBILITY:3||luminescence:3||graphene:3||SI:3||GRAPHITE:2||rectangular ring mode:2||GUIDES:2||MICROCAVITY:2||PROTEIN IMMOBILIZATION:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||solvent effects:2||FULLERENES:2||MECHANISMS:2||CDSE:2||copper vapor:2||CU:2||EPITAXIAL GRAPHENE:2||SILICON SURFACES:2||ALKYNES:2||AU:2||FUELCELLS:2||TIN OXIDE:2||WATER:2||ORIENTATION:2||DENDRIMERS:2||GENEEXPRESSION:2||INDUCED EMISSION ENHANCEMENT:2||VORTICES:2||STATE:2||TRANSPARENT:2||SELFASSEMBLED MONOLAYERS:2||ALKENES:2||rectangular microtube:2||CONJUGATED POLYMER:2||SILICON NANOWIRES:2||selfcrystallization:2||GRAPHENE:2||INP:2||STORAGE:2||LUMINESCENCE:2||amplified spontaneous emission (ASE):2||PHOTONIC CRYSTAL:2||DIBLOCK COPOLYMERS:2||GROWTHMECHANISM:2||SURFACEENERGY:2||FCC METALS:2||PRISTINE:2||DNA 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RESONANCES:1||GERMANIUM:1||crystal engineering:1||PHOTONICS:1||THINFILMS:1||lithium ion battery:1||nanowires:1||CAPACITY:1||MODEL ELECTROCHEMICAL INTERFACES:1||ULTRAHIGHVACUUM:1||BEHAVIOR:1||SINGLE:1||SULFUR SORPTION COMPLEX:1||Singlewalled carbon nanotube:1||GAS SENSOR:1||DIELECTROPHORESIS:1||EVAPORATION RATE:1||PHOTODETECTORS:1||bubble:1||SONOLUMINESCENCE:1||noncovalent interactions:1||Galvanic displacement:1||JUNCTIONS:1||CONTACTS:1||CANCER:1||DELIVERY:1||MICE:1||COALESCENCE:1||CRYSTALS:1||labelfree:1||INCLUSION:1||Free radical reactions:1||SEMICONDUCTORS:1||molybdenum disulfide:1||ANTHRACENE:1||surface chemistry:1||PT(111):1||NTYPE:1||DOTS:1||BIAS:1||NUCLEARMAGNETICRESONANCE:1||oligonucleotide:1||TRANSFER RADICAL POLYMERIZATION:1||SILVER NANOPARTICLES:1||BRUSHES:1||SOLIDIFICATION:1||SILICONOXIDE:1||HIGHPERFORMANCE:1||TOTALENERGY CALCULATIONS:1||PEPTIDE ARRAYS:1||ATTACHMENT:1||SULFIDE:1||BATTERY:1||BALLISTIC TRANSPORT:1||SINGLELAYER:1||Raman spectroscopy:1||fieldeffect 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NANOWIRES:2||selfcrystallization:2||GRAPHENE:2||INP:2||STORAGE:2||LUMINESCENCE:2||amplified spontaneous emission (ASE):2||PHOTONIC CRYSTAL:2||DIBLOCK COPOLYMERS:2||GROWTHMECHANISM:2||SURFACEENERGY:2||FCC METALS:2||PRISTINE:2||DNA MICROARRAYS:2||DISPERSION:2||IONS:2||PERFORMANCE:2||LASERS:2||MODES:2||TECHNOLOGY:2||GENOMICS:2||FUTURE:2||MUTATIONS:2||SOLVENT MIXTURES:2||DOPED C60:2||OPTICAL BIOSENSOR:2||PORPHYRIN NANOTUBES:2||RAMANSCATTERING:2||VALLEY POLARIZATION:2||TRANSISTORS:2||POROUS SILICON:2||AMPLIFIED SPONTANEOUS EMISSION:2||LAYERS:2||TRANSISTOR MEMORY:2||photoconductivity:2||SOLUBILIZATION:2||LIGAND:2||OLIGONUCLEOTIDE ARRAYS:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||REPAIR:2||NANOWIRE NANOSENSORS:2||crystal growth:2||RIBBONS:2||MAGNETISM:2||CHEMISTRY:2||NICKEL:2||lasing action:2||sharp bending waveguide:2||SOLARCELLS:2||COMPOSITES:2||FEWLAYER GRAPHENE:2||nanostructures:2||selfassembly:2||COEXISTENCE:2||FULLERENE C60:2||GAAS:2||dielectric substrates:2||FULLERENE 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CARBON NANOTUBES:5||CATALYSTS:5||CLUSTERS:5||DEPOSITION:5||ROOMTEMPERATURE:5||SILICON:4||RAMANSPECTROSCOPY:4||THINFILM TRANSISTORS:4||SUPERCONDUCTIVITY:4||PHASE:4||SENSORS:4||SURFACES:4||porphyrin:4||SIZE:4||PHOTOLUMINESCENCE:4||QUANTUM DOTS:4||nanotubes:4||SYSTEMS:4||NANOCRYSTALS:4||SINGLECRYSTALS:4||fullerenes:4||COPPER:4||SMALL ORGANICMOLECULES:3||TEMPERATURE:3||microarrays:3||protein chips:3||PHTHALOCYANINE:3||AGGREGATION:3||BILAYER GRAPHENE:3||FIBERS:3||HYDROGEN:3||carbon nanotubes:3||CHEMICALVAPORDEPOSITION:3||SPECTROSCOPY:3||FABRICATION:3||photoluminescence:3||CARBON:3||GOLD:3||FLUORESCENCE:3||MOBILITY:3||luminescence:3||graphene:3||SI:3||GRAPHITE:2||rectangular ring mode:2||GUIDES:2||MICROCAVITY:2||PROTEIN IMMOBILIZATION:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||solvent effects:2||FULLERENES:2||MECHANISMS:2||CDSE:2||copper vapor:2||CU:2||EPITAXIAL GRAPHENE:2||SILICON SURFACES:2||ALKYNES:2||AU:2||FUELCELLS:2||TIN 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GRAPHENE:3||FIBERS:3||HYDROGEN:3||carbon nanotubes:3||CHEMICALVAPORDEPOSITION:3||SPECTROSCOPY:3||FABRICATION:3||photoluminescence:3||CARBON:3||GOLD:3||FLUORESCENCE:3||MOBILITY:3||luminescence:3||graphene:3||SI:3||GRAPHITE:2||rectangular ring mode:2||GUIDES:2||MICROCAVITY:2||PROTEIN IMMOBILIZATION:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||solvent effects:2||FULLERENES:2||MECHANISMS:2||CDSE:2||copper vapor:2||CU:2||EPITAXIAL GRAPHENE:2||SILICON SURFACES:2||ALKYNES:2||AU:2||FUELCELLS:2||TIN OXIDE:2||WATER:2||ORIENTATION:2||DENDRIMERS:2||GENEEXPRESSION:2||INDUCED EMISSION ENHANCEMENT:2||VORTICES:2||STATE:2||TRANSPARENT:2||SELFASSEMBLED MONOLAYERS:2||ALKENES:2||rectangular microtube:2||CONJUGATED POLYMER:2||SILICON NANOWIRES:2||selfcrystallization:2||GRAPHENE:2||INP:2||STORAGE:2||LUMINESCENCE:2||amplified spontaneous emission (ASE):2||PHOTONIC CRYSTAL:2||DIBLOCK COPOLYMERS:2||GROWTHMECHANISM:2||SURFACEENERGY:2||FCC METALS:2||PRISTINE:2||DNA 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RESONANCES:1||GERMANIUM:1||crystal engineering:1||PHOTONICS:1||THINFILMS:1||lithium ion battery:1||nanowires:1||CAPACITY:1||MODEL ELECTROCHEMICAL INTERFACES:1||ULTRAHIGHVACUUM:1||BEHAVIOR:1||SINGLE:1||SULFUR SORPTION COMPLEX:1||Singlewalled carbon nanotube:1||GAS SENSOR:1||DIELECTROPHORESIS:1||EVAPORATION RATE:1||PHOTODETECTORS:1||bubble:1||SONOLUMINESCENCE:1||noncovalent interactions:1||Galvanic displacement:1||JUNCTIONS:1||CONTACTS:1||CANCER:1||DELIVERY:1||MICE:1||COALESCENCE:1||CRYSTALS:1||labelfree:1||INCLUSION:1||Free radical reactions:1||SEMICONDUCTORS:1||molybdenum disulfide:1||ANTHRACENE:1||surface chemistry:1||PT(111):1||NTYPE:1||DOTS:1||BIAS:1||NUCLEARMAGNETICRESONANCE:1||oligonucleotide:1||TRANSFER RADICAL POLYMERIZATION:1||SILVER NANOPARTICLES:1||BRUSHES:1||SOLIDIFICATION:1||SILICONOXIDE:1||HIGHPERFORMANCE:1||TOTALENERGY CALCULATIONS:1||PEPTIDE ARRAYS:1||ATTACHMENT:1||SULFIDE:1||BATTERY:1||BALLISTIC TRANSPORT:1||SINGLELAYER:1||Raman spectroscopy:1||fieldeffect 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NANOWIRES:2||selfcrystallization:2||GRAPHENE:2||INP:2||STORAGE:2||LUMINESCENCE:2||amplified spontaneous emission (ASE):2||PHOTONIC CRYSTAL:2||DIBLOCK COPOLYMERS:2||GROWTHMECHANISM:2||SURFACEENERGY:2||FCC METALS:2||PRISTINE:2||DNA MICROARRAYS:2||DISPERSION:2||IONS:2||PERFORMANCE:2||LASERS:2||MODES:2||TECHNOLOGY:2||GENOMICS:2||FUTURE:2||MUTATIONS:2||SOLVENT MIXTURES:2||DOPED C60:2||OPTICAL BIOSENSOR:2||PORPHYRIN NANOTUBES:2||RAMANSCATTERING:2||VALLEY POLARIZATION:2||TRANSISTORS:2||POROUS SILICON:2||AMPLIFIED SPONTANEOUS EMISSION:2||LAYERS:2||TRANSISTOR MEMORY:2||photoconductivity:2||SOLUBILIZATION:2||LIGAND:2||OLIGONUCLEOTIDE ARRAYS:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||REPAIR:2||NANOWIRE NANOSENSORS:2||crystal growth:2||RIBBONS:2||MAGNETISM:2||CHEMISTRY:2||NICKEL:2||lasing action:2||sharp bending waveguide:2||SOLARCELLS:2||COMPOSITES:2||FEWLAYER GRAPHENE:2||nanostructures:2||selfassembly:2||COEXISTENCE:2||FULLERENE C60:2||GAAS:2||dielectric substrates:2||FULLERENE 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CARBON NANOTUBES:5||CATALYSTS:5||CLUSTERS:5||DEPOSITION:5||ROOMTEMPERATURE:5||SILICON:4||RAMANSPECTROSCOPY:4||THINFILM TRANSISTORS:4||SUPERCONDUCTIVITY:4||PHASE:4||SENSORS:4||SURFACES:4||porphyrin:4||SIZE:4||PHOTOLUMINESCENCE:4||QUANTUM DOTS:4||nanotubes:4||SYSTEMS:4||NANOCRYSTALS:4||SINGLECRYSTALS:4||fullerenes:4||COPPER:4||SMALL ORGANICMOLECULES:3||TEMPERATURE:3||microarrays:3||protein chips:3||PHTHALOCYANINE:3||AGGREGATION:3||BILAYER GRAPHENE:3||FIBERS:3||HYDROGEN:3||carbon nanotubes:3||CHEMICALVAPORDEPOSITION:3||SPECTROSCOPY:3||FABRICATION:3||photoluminescence:3||CARBON:3||GOLD:3||FLUORESCENCE:3||MOBILITY:3||luminescence:3||graphene:3||SI:3||GRAPHITE:2||rectangular ring mode:2||GUIDES:2||MICROCAVITY:2||PROTEIN IMMOBILIZATION:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||solvent effects:2||FULLERENES:2||MECHANISMS:2||CDSE:2||copper vapor:2||CU:2||EPITAXIAL GRAPHENE:2||SILICON SURFACES:2||ALKYNES:2||AU:2||FUELCELLS:2||TIN 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GRAPHENE:3||FIBERS:3||HYDROGEN:3||carbon nanotubes:3||CHEMICALVAPORDEPOSITION:3||SPECTROSCOPY:3||FABRICATION:3||photoluminescence:3||CARBON:3||GOLD:3||FLUORESCENCE:3||MOBILITY:3||luminescence:3||graphene:3||SI:3||GRAPHITE:2||rectangular ring mode:2||GUIDES:2||MICROCAVITY:2||PROTEIN IMMOBILIZATION:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||solvent effects:2||FULLERENES:2||MECHANISMS:2||CDSE:2||copper vapor:2||CU:2||EPITAXIAL GRAPHENE:2||SILICON SURFACES:2||ALKYNES:2||AU:2||FUELCELLS:2||TIN OXIDE:2||WATER:2||ORIENTATION:2||DENDRIMERS:2||GENEEXPRESSION:2||INDUCED EMISSION ENHANCEMENT:2||VORTICES:2||STATE:2||TRANSPARENT:2||SELFASSEMBLED MONOLAYERS:2||ALKENES:2||rectangular microtube:2||CONJUGATED POLYMER:2||SILICON NANOWIRES:2||selfcrystallization:2||GRAPHENE:2||INP:2||STORAGE:2||LUMINESCENCE:2||amplified spontaneous emission (ASE):2||PHOTONIC CRYSTAL:2||DIBLOCK COPOLYMERS:2||GROWTHMECHANISM:2||SURFACEENERGY:2||FCC METALS:2||PRISTINE:2||DNA 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RESONANCES:1||GERMANIUM:1||crystal engineering:1||PHOTONICS:1||THINFILMS:1||lithium ion battery:1||nanowires:1||CAPACITY:1||MODEL ELECTROCHEMICAL INTERFACES:1||ULTRAHIGHVACUUM:1||BEHAVIOR:1||SINGLE:1||SULFUR SORPTION COMPLEX:1||Singlewalled carbon nanotube:1||GAS SENSOR:1||DIELECTROPHORESIS:1||EVAPORATION RATE:1||PHOTODETECTORS:1||bubble:1||SONOLUMINESCENCE:1||noncovalent interactions:1||Galvanic displacement:1||JUNCTIONS:1||CONTACTS:1||CANCER:1||DELIVERY:1||MICE:1||COALESCENCE:1||CRYSTALS:1||labelfree:1||INCLUSION:1||Free radical reactions:1||SEMICONDUCTORS:1||molybdenum disulfide:1||ANTHRACENE:1||surface chemistry:1||PT(111):1||NTYPE:1||DOTS:1||BIAS:1||NUCLEARMAGNETICRESONANCE:1||oligonucleotide:1||TRANSFER RADICAL POLYMERIZATION:1||SILVER NANOPARTICLES:1||BRUSHES:1||SOLIDIFICATION:1||SILICONOXIDE:1||HIGHPERFORMANCE:1||TOTALENERGY CALCULATIONS:1||PEPTIDE ARRAYS:1||ATTACHMENT:1||SULFIDE:1||BATTERY:1||BALLISTIC TRANSPORT:1||SINGLELAYER:1||Raman spectroscopy:1||fieldeffect 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NANOWIRES:2||selfcrystallization:2||GRAPHENE:2||INP:2||STORAGE:2||LUMINESCENCE:2||amplified spontaneous emission (ASE):2||PHOTONIC CRYSTAL:2||DIBLOCK COPOLYMERS:2||GROWTHMECHANISM:2||SURFACEENERGY:2||FCC METALS:2||PRISTINE:2||DNA MICROARRAYS:2||DISPERSION:2||IONS:2||PERFORMANCE:2||LASERS:2||MODES:2||TECHNOLOGY:2||GENOMICS:2||FUTURE:2||MUTATIONS:2||SOLVENT MIXTURES:2||DOPED C60:2||OPTICAL BIOSENSOR:2||PORPHYRIN NANOTUBES:2||RAMANSCATTERING:2||VALLEY POLARIZATION:2||TRANSISTORS:2||POROUS SILICON:2||AMPLIFIED SPONTANEOUS EMISSION:2||LAYERS:2||TRANSISTOR MEMORY:2||photoconductivity:2||SOLUBILIZATION:2||LIGAND:2||OLIGONUCLEOTIDE ARRAYS:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||REPAIR:2||NANOWIRE NANOSENSORS:2||crystal growth:2||RIBBONS:2||MAGNETISM:2||CHEMISTRY:2||NICKEL:2||lasing action:2||sharp bending waveguide:2||SOLARCELLS:2||COMPOSITES:2||FEWLAYER GRAPHENE:2||nanostructures:2||selfassembly:2||COEXISTENCE:2||FULLERENE C60:2||GAAS:2||dielectric substrates:2||FULLERENE 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CARBON NANOTUBES:5||CATALYSTS:5||CLUSTERS:5||DEPOSITION:5||ROOMTEMPERATURE:5||SILICON:4||RAMANSPECTROSCOPY:4||THINFILM TRANSISTORS:4||SUPERCONDUCTIVITY:4||PHASE:4||SENSORS:4||SURFACES:4||porphyrin:4||SIZE:4||PHOTOLUMINESCENCE:4||QUANTUM DOTS:4||nanotubes:4||SYSTEMS:4||NANOCRYSTALS:4||SINGLECRYSTALS:4||fullerenes:4||COPPER:4||SMALL ORGANICMOLECULES:3||TEMPERATURE:3||microarrays:3||protein chips:3||PHTHALOCYANINE:3||AGGREGATION:3||BILAYER GRAPHENE:3||FIBERS:3||HYDROGEN:3||carbon nanotubes:3||CHEMICALVAPORDEPOSITION:3||SPECTROSCOPY:3||FABRICATION:3||photoluminescence:3||CARBON:3||GOLD:3||FLUORESCENCE:3||MOBILITY:3||luminescence:3||graphene:3||SI:3||GRAPHITE:2||rectangular ring mode:2||GUIDES:2||MICROCAVITY:2||PROTEIN IMMOBILIZATION:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||solvent effects:2||FULLERENES:2||MECHANISMS:2||CDSE:2||copper vapor:2||CU:2||EPITAXIAL GRAPHENE:2||SILICON SURFACES:2||ALKYNES:2||AU:2||FUELCELLS:2||TIN 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GRAPHENE:3||FIBERS:3||HYDROGEN:3||carbon nanotubes:3||CHEMICALVAPORDEPOSITION:3||SPECTROSCOPY:3||FABRICATION:3||photoluminescence:3||CARBON:3||GOLD:3||FLUORESCENCE:3||MOBILITY:3||luminescence:3||graphene:3||SI:3||GRAPHITE:2||rectangular ring mode:2||GUIDES:2||MICROCAVITY:2||PROTEIN IMMOBILIZATION:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||solvent effects:2||FULLERENES:2||MECHANISMS:2||CDSE:2||copper vapor:2||CU:2||EPITAXIAL GRAPHENE:2||SILICON SURFACES:2||ALKYNES:2||AU:2||FUELCELLS:2||TIN OXIDE:2||WATER:2||ORIENTATION:2||DENDRIMERS:2||GENEEXPRESSION:2||INDUCED EMISSION ENHANCEMENT:2||VORTICES:2||STATE:2||TRANSPARENT:2||SELFASSEMBLED MONOLAYERS:2||ALKENES:2||rectangular microtube:2||CONJUGATED POLYMER:2||SILICON NANOWIRES:2||selfcrystallization:2||GRAPHENE:2||INP:2||STORAGE:2||LUMINESCENCE:2||amplified spontaneous emission (ASE):2||PHOTONIC CRYSTAL:2||DIBLOCK COPOLYMERS:2||GROWTHMECHANISM:2||SURFACEENERGY:2||FCC METALS:2||PRISTINE:2||DNA 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RESONANCES:1||GERMANIUM:1||crystal engineering:1||PHOTONICS:1||THINFILMS:1||lithium ion battery:1||nanowires:1||CAPACITY:1||MODEL ELECTROCHEMICAL INTERFACES:1||ULTRAHIGHVACUUM:1||BEHAVIOR:1||SINGLE:1||SULFUR SORPTION COMPLEX:1||Singlewalled carbon nanotube:1||GAS SENSOR:1||DIELECTROPHORESIS:1||EVAPORATION RATE:1||PHOTODETECTORS:1||bubble:1||SONOLUMINESCENCE:1||noncovalent interactions:1||Galvanic displacement:1||JUNCTIONS:1||CONTACTS:1||CANCER:1||DELIVERY:1||MICE:1||COALESCENCE:1||CRYSTALS:1||labelfree:1||INCLUSION:1||Free radical reactions:1||SEMICONDUCTORS:1||molybdenum disulfide:1||ANTHRACENE:1||surface chemistry:1||PT(111):1||NTYPE:1||DOTS:1||BIAS:1||NUCLEARMAGNETICRESONANCE:1||oligonucleotide:1||TRANSFER RADICAL POLYMERIZATION:1||SILVER NANOPARTICLES:1||BRUSHES:1||SOLIDIFICATION:1||SILICONOXIDE:1||HIGHPERFORMANCE:1||TOTALENERGY CALCULATIONS:1||PEPTIDE ARRAYS:1||ATTACHMENT:1||SULFIDE:1||BATTERY:1||BALLISTIC TRANSPORT:1||SINGLELAYER:1||Raman spectroscopy:1||fieldeffect 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deposition:1||ELECTRICALPROPERTIES:1||packing:1||TOOLS:1||SHAPE:1||DIAMETER:1||DISCRETE:1||nanoparticles:1||AROMATICMOLECULES:1||Organicfree:1||AuPd Alloys:1||TRANSPORTERS:1||CELLS:1||DNA:1||IRON NANOPARTICLE:1||NANOROD ARRAYS:1||realtime:1||XRAYDIFFRACTION:1||Photoluminescence emission:1||CHALLENGES:1||COUPLES:1||MEDIA:1||MO(CO)(6) PRECURSOR:1||HETEROSTRUCTURES:1||pentacenes:1||REAGENTS:1||chemical vapour deposition:1||biological molecules:1||MOLECULAR FLUORESCENCE:1||DYELABELED OLIGONUCLEOTIDES:1||COMPLEMENTARY HYDROGENBONDS:1||PURIFICATION:1||PSEUDOPOTENTIALS:1||FILM:1||CONDUCTIVITY:1||CHEMICAL FUNCTIONALIZATION:1||GOLD NANOPARTICLES:1||biosensor:1||DNA HYBRIDIZATION:1||Electron transitions:1||White light emission:1||2D nanomaterials:1||METAL NANOPARTICLE:1||BIOSENSOR:1||CARBON BONDS:1||CDS SUPERCLUSTERS:1||cellular delivery:1||sensors:1||singlewalled carbon nanotubes:1||MOLECULES:1||selfassembled monolayers (SAMS):1||RIBONUCLEASE:1||TRANSITION:1||transition metals:1||REDUCTION:1||Codeposition:1||TRANSPORT:1||photothermal therapy:1||BIODISTRIBUTION:1||CARBOTHERMAL REDUCTION:1||NANOTUBES:1||Carbon nanotubes:1||ELECTRONIC DETECTION:1||coordination networks:1||hostguest systems:1||TTF:1||DIMER:1||Hybrid systems:1||Ionization:1||MOS2 ATOMIC LAYERS:1||AG:1||GROWTH:21||FUNCTIONALIZATION:11||NANOWIRES:10||OXIDE:9||FILMS:9||FIELDEFFECT TRANSISTORS:8||DEVICES:8||LARGEAREA:7||NANOSTRUCTURES:7||BIOSENSORS:7||ELECTRONICSTRUCTURE:5||NANOPARTICLES:5||MONOLAYERS:5||chemical vapor deposition:5||WALLED CARBON NANOTUBES:5||CATALYSTS:5||CLUSTERS:5||DEPOSITION:5||ROOMTEMPERATURE:5||SILICON:4||RAMANSPECTROSCOPY:4||THINFILM TRANSISTORS:4||SUPERCONDUCTIVITY:4||PHASE:4||SENSORS:4||SURFACES:4||porphyrin:4||SIZE:4||PHOTOLUMINESCENCE:4||QUANTUM DOTS:4||nanotubes:4||SYSTEMS:4||NANOCRYSTALS:4||SINGLECRYSTALS:4||fullerenes:4||COPPER:4||SMALL ORGANICMOLECULES:3||TEMPERATURE:3||microarrays:3||protein chips:3||PHTHALOCYANINE:3||AGGREGATION:3||BILAYER GRAPHENE:3||FIBERS:3||HYDROGEN:3||carbon nanotubes:3||CHEMICALVAPORDEPOSITION:3||SPECTROSCOPY:3||FABRICATION:3||photoluminescence:3||CARBON:3||GOLD:3||FLUORESCENCE:3||MOBILITY:3||luminescence:3||graphene:3||SI:3||GRAPHITE:2||rectangular ring mode:2||GUIDES:2||MICROCAVITY:2||PROTEIN IMMOBILIZATION:2||BSAfree system:2||SMALLMOLECULE MICROARRAYS:2||solvent effects:2||FULLERENES:2||MECHANISMS:2||CDSE:2||copper vapor:2||CU:2||EPITAXIAL GRAPHENE:2||SILICON SURFACES:2||ALKYNES:2||AU:2||FUELCELLS:2||TIN OXIDE:2||WATER:2||ORIENTATION:2||DENDRIMERS:2||GENEEXPRESSION:2||INDUCED EMISSION ENHANCEMENT:2||VORTICES:2||STATE:2||TRANSPARENT:2||SELFASSEMBLED MONOLAYERS:2||ALKENES:2||rectangular microtube:2||CONJUGATED POLYMER:2||SILICON NANOWIRES:2||selfcrystallization:2||GRAPHENE:2||INP:2||STORAGE:2||LUMINESCENCE:2||amplified spontaneous emission (ASE):2||PHOTONIC CRYSTAL:2||DIBLOCK COPOLYMERS:2||GROWTHMECHANISM:2||SURFACEENERGY:2||FCC METALS:2||PRISTINE:2||DNA MICROARRAYS:2||DISPERSION:2||IONS:2||PERFORMANCE:2||LASERS:2||MODES:2||TECHNOLOGY:2||GENOMICS:2||FUTURE:2||MUTATIONS:2||SOLVENT MIXTURES:2||DOPED C60:2||OPTICAL BIOSENSOR:2||PORPHYRIN NANOTUBES:2||RAMANSCATTERING:2||VALLEY POLARIZATION:2||TRANSISTORS:2||POROUS SILICON:2||AMPLIFIED SPONTANEOUS EMISSION:2||LAYERS:2||TRANSISTOR MEMORY:2||photoconductivity:2||SOLUBILIZATION:2||LIGAND:2||OLIGONUCLEOTIDE ARRAYS:2||cube crystals:2||INTERFACIAL PRECIPITATION METHOD:2||REPAIR:2||NANOWIRE NANOSENSORS:2||crystal growth:2||RIBBONS:2||MAGNETISM:2||CHEMISTRY:2||NICKEL:2||lasing action:2||sharp bending waveguide:2||SOLARCELLS:2||COMPOSITES:2||FEWLAYER GRAPHENE:2||nanostructures:2||selfassembly:2||COEXISTENCE:2||FULLERENE C60:2||GAAS:2||dielectric substrates:2||FULLERENE TUBES:2||NANOWHISKERS:2||BINDINGPROTEIN:2||BASE:2||ELECTRICAL DETECTION:2||SELFMETALLIZATION:2||COORDINATION:2||ION BATTERIES:2||redox batteries:1||PHASE GROWTH:1||MOO3:1||GALVANIC DISPLACEMENT:1||PLASMON RESONANCES:1||GERMANIUM:1||crystal engineering:1||PHOTONICS:1||THINFILMS:1||lithium ion battery:1||nanowires:1||CAPACITY:1||MODEL ELECTROCHEMICAL INTERFACES:1||ULTRAHIGHVACUUM:1||BEHAVIOR:1||SINGLE:1||SULFUR SORPTION COMPLEX:1||Singlewalled carbon nanotube:1||GAS SENSOR:1||DIELECTROPHORESIS:1||EVAPORATION RATE:1||PHOTODETECTORS:1||bubble:1||SONOLUMINESCENCE:1||noncovalent interactions:1||Galvanic displacement:1||JUNCTIONS:1||CONTACTS:1||CANCER:1||DELIVERY:1||MICE:1||COALESCENCE:1||CRYSTALS:1||labelfree:1||INCLUSION:1||Free radical reactions:1||SEMICONDUCTORS:1||molybdenum disulfide:1||ANTHRACENE:1||surface chemistry:1||PT(111):1||NTYPE:1||DOTS:1||BIAS:1||NUCLEARMAGNETICRESONANCE:1||oligonucleotide:1||TRANSFER RADICAL POLYMERIZATION:1||SILVER NANOPARTICLES:1||BRUSHES:1||SOLIDIFICATION:1||SILICONOXIDE:1||HIGHPERFORMANCE:1||TOTALENERGY CALCULATIONS:1||PEPTIDE ARRAYS:1||ATTACHMENT:1||SULFIDE:1||BATTERY:1||BALLISTIC TRANSPORT:1||SINGLELAYER:1||Raman spectroscopy:1||fieldeffect 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CALCULATIONS:1||STREAM:1||MOLTEN IRON:1||Tween 20:1||SOLIDS:1||spontaneous reaction:1||SULFIDE NANOPARTICLES:1||ROUTE:1||XPS:1||ZNNI ALLOYS:1||cancer therapy:1||ARRAYS:1||REFINEMENT:1||Insecticides:1||Irradiation:1||Organic polymers:1||Highly stables:1||Polymer hybrid systems:1||COVALENT ORGANIC FRAMEWORK:1||Carbon nanotube:1||ELECTROLYTE:1||patterned growth:1||surface alloys:1||INTERFACE:1||solidstate structures:1||INFRAREDSPECTROSCOPY:1||SOLVATION:1||ROPES:1||HYDROGENATION:1||PROPANE AROMATIZATION:1||TRANSFORMATION:1||POTASSIUM:1||CAGES:1||HYDROSILYLATION:1||surface programmed assembly:1||DIPPEN NANOLITHOGRAPHY:1||NANOHELICES:1||CONDUCTANCE:1||INTERCHAIN CARBOXYLIC ANHYDRIDE:1||ADSORPTION:1||nanoring:1||transistors:1||carbon nanotube:1||cancer nanotechnology:1||hydrosilylation:1||SILYLATION:1||field effect transistor:1||tetrathiafulvalene:1||charge transfer:1||POROUS COORDINATION NETWORK:1||CRYSTAL:1||FRAMEWORKS:1||Electron spin resonance spectroscopy:1||magnetic field:1||CONDENSATION:1||ACID:1||FLOW BATTERY:1||PENTACENE:1||AU(111):1||SILICON DIOXIDE:1||POLYMERS:1||AROMATICHYDROCARBONS:1||TELLURIUM:1||molecular transporter:1||OXIDE NANOBELTS:1||NANORIBBONS:1||oxygenassisted chemical vapor deposition:1||ELECTRICALPROPERTIES:1||packing:1||TOOLS:1||SHAPE:1||DIAMETER:1||DISCRETE:1||nanoparticles:1||AROMATICMOLECULES:1||Organicfree:1||AuPd Alloys:1||TRANSPORTERS:1||CELLS:1||DNA:1||IRON NANOPARTICLE:1||NANOROD ARRAYS:1||realtime:1||XRAYDIFFRACTION:1||Photoluminescence emission:1||CHALLENGES:1||COUPLES:1||MEDIA:1||MO(CO)(6) PRECURSOR:1||HETEROSTRUCTURES:1||pentacenes:1||REAGENTS:1||chemical vapour deposition:1||biological molecules:1||MOLECULAR FLUORESCENCE:1||DYELABELED OLIGONUCLEOTIDES:1||COMPLEMENTARY HYDROGENBONDS:1||PURIFICATION:1||PSEUDOPOTENTIALS:1||FILM:1||CONDUCTIVITY:1||CHEMICAL FUNCTIONALIZATION:1||GOLD NANOPARTICLES:1||biosensor:1||DNA HYBRIDIZATION:1||Electron transitions:1||White light emission:1||2D nanomaterials:1||METAL NANOPARTICLE:1||BIOSENSOR:1||CARBON BONDS:1||CDS SUPERCLUSTERS:1||cellular delivery:1||sensors:1||singlewalled carbon nanotubes:1||MOLECULES:1||selfassembled monolayers (SAMS):1||RIBONUCLEASE:1||TRANSITION:1||transition metals:1||REDUCTION:1||Codeposition:1||TRANSPORT:1||photothermal therapy:1||BIODISTRIBUTION:1||CARBOTHERMAL REDUCTION:1||NANOTUBES:1||Carbon nanotubes:1||ELECTRONIC DETECTION:1||coordination networks:1||hostguest systems:1||TTF:1||DIMER:1||Hybrid systems:1||Ionization:1||MOS2 ATOMIC LAYERS:1||AG:1||GROWTH:21||FUNCTIONALIZATION:11||NANOWIRES:10||OXIDE:9||FILMS:9||FIELDEFFECT TRANSISTORS:8||DEVICES:8||LARGEAREA:7||NANOSTRUCTURES:7||BIOSENSORS:7||ELECTRONICSTRUCTURE:5||NANOPARTICLES:5||MONOLAYERS:5||chemical vapor deposition:5||WALLED CARBON NANOTUBES:5||CATALYSTS:5||CLUSTERS:5||DEPOSITION:5||ROOMTEMPERATURE:5||SILICON:4||RAMANSPECTROSCOPY:4||THINFILM TRANSISTORS:4||SUPERCONDUCTIVITY:4||PHASE:4||SENSORS:4||SURFACES:4||porphyrin:4||SIZE:4||PHOTOLUMINESCENCE:4||QUANTUM DOTS:4||nanotubes:4||SYSTEMS:4||NANOCRYSTALS:4||SINGLECRYSTALS:4||fullerenes:4||COPPER:4||SMALL ORGANICMOLECULES:3||TEMPERATURE:3||microarrays:3||protein chips:3||PHTHALOCYANINE:3||AGGREGATION:3||BILAYER GRAPHENE:3||FIBERS:3||HYDROGEN:3||carbon nanotubes:3||CHEMICALVAPORDEPOSITI
