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LEE, TAE WOO (이태우)

Dept of Materials Science & Engineering(신소재공학과)

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LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative 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doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission 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POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched 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extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission 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POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM 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LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric 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work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric 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work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect 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TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect 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TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLYANILINE:4||SEMICONDUCTING POLYMERS:4||STABILITY:4||electron transfer:3||lightemitting diodes:3||Polymer solar cell:3||LUMINANCE:3||HIGHPERFORMANCE:3||NANOPARTICLES:3||COPPER:3||VOLTAGE:3||layered silicate:3||TRANSISTORS:3||DEGRADATION MECHANISMS:3||ELECTRONICPROPERTIES:3||EFFICIENT:3||conducting materials:3||POLY(3HEXYLTHIOPHENE):3||ANODES:3||ELECTROCHEMICALCELLS:3||polymer LEDs:3||QUANTUM DOTS:3||COPOLYMERS:3||CELLS:3||INTERFACES:3||conducting polymers:3||POLYMERS:3||QUANTUM EFFICIENCY:3||DEVICE:3||FILM:3||TRANSPARENT:3||organic lightemitting diodes:3||CONJUGATED POLYMER:2||vaporphase polymerization:2||ORGANIC ELECTROLUMINESCENT DEVICES:2||CHARGE INJECTION:2||luminescence:2||ionomer:2||GRAPHENE:2||DEGRADATION:2||ELECTROPHOSPHORESCENCE:2||thermal annealing:2||LUMINESCENCE:2||INTERCHAIN INTERACTIONS:2||STATE LASER MATERIALS:2||GRAPHENE FILMS:2||OPTICAL WAVEGUIDES:2||OXIDE:2||solar cells:2||NANOLAYER:2||nanocomposites:2||INTERNAL QUANTUM EFFICIENCY:2||Organic solar cell:2||HETEROJUNCTION:2||POLYTHIOPHENES:2||LASER:2||HOLEINJECTION:2||PSS:2||spin selfassembly:2||nanocomposite:2||poly(pphenylenevinylene):2||photooxidation:2||CHEMICALVAPORDEPOSITION:2||MECHANISM:2||aluminum:2||fluorescent polymer:2||COMPOSITES:2||Hole extraction layer:2||NANOCOMPOSITES:2||poly(pphenylene vinylene):2||NANOCLUSTERS:2||barium:2||photophysics:2||materials science:2||CARBON:2||BUFFER LAYER:2||NETWORK:2||white emission:2||liquid crystalline blend:2||fluorene:2||POLYMER COMPOSITES:2||PHOTOLUMINESCENCE:2||LEDS:2||NANORIBBONS:2||DEPOSITION:2||CIRCUITS:2||POLY(PPHENYLENE VINYLENE):2||EXCITON CONFINEMENT:2||thin films:2||photoelectron spectroscopy:2||MOBILITY:2||fieldinduced electroluminescence:2||EXCITONS:2||polymer lightemitting diodes:2||IONOMERS:2||C60:2||transparent electrode:2||GRATINGS:2||chargecarrier injections:2||hole injection layer:2||Iridium oxide:2||P3HT:PCBM:2||POLYTHIOPHENE:1||EDGES:1||electrostatic doping:1||CHARGETRANSPORT:1||STORAGE:1||MOLECULAR CHARGETRANSFER:1||LAYER GRAPHENE:1||LOWHAZE:1||CU NANOPARTICLES:1||ZNS:1||conjugated polymers:1||Ionomer:1||quantum dots:1||Photoreaction:1||ALUMINUM CATHODE:1||WATERSOLUBLE POLYFLUORENES:1||MORPHOLOGY EVOLUTION:1||Thin copolymer film:1||Poly(3hexylthiophene) (P3HT):1||Conducting polymer:1||POLYPYRROLES:1||Low driving voltage:1||SINGLE:1||METAL:1||conductive polymer film:1||FIELDEMISSION:1||hole injection layers:1||PHOTOCONDUCTIVITY:1||HIGHRESOLUTION:1||interlayer:1||NEARFIELD:1||PHASE MASK:1||LAMINATION:1||spinassembly:1||poly (pphenylene vinylene):1||poly(azomethines):1||clay nanocomposites:1||polyaniline:1||CRYSTALS:1||TRANSIENT ELECTROLUMINESCENCE:1||HIGHEFFICIENCY:1||RED:1||electron injection interlayers:1||organic solar cell:1||organic memory:1||ntype doping:1||CARBONNANOTUBE FILMS:1||selforganized:1||perovskite solar cells:1||CH3NH3PBI3:1||NANOWIRE LITHOGRAPHY:1||multiwalled carbon nanotubes:1||simplestructure:1||SOFT CONTACT LAMINATION:1||Lowbandgap polymer:1||OLEDs:1||PEDOTPSS FILMS:1||PULSERADIOLYSIS:1||negative electrode:1||LiN3:1||PHTHALOCYANINE:1||INTEGRATEDCIRCUITS:1||POLY(3ALKYLTHIOPHENES):1||poly(3,4ethylenedioxythiophene):1||phosphorescent:1||conductivity:1||polymer lightemitting diode:1||copper phthalocyanine:1||MULTILAYER THINFILMS:1||annealing:1||NONDISPERSIVE HOLE TRANSPORT:1||polyimide:1||luminescent efficiency:1||microcavity laser:1||CONDUCTING POLYMER:1||POLYAZOMETHINES:1||heat treatments:1||PLATFORM:1||RAMANSCATTERING:1||flexible electrode:1||POWER CONVERSION EFFICIENCY:1||SMALLMOLECULE:1||PHOSPHORESCENT OLEDS:1||AGGREGATION:1||REGIOREGULARITY:1||RECOMBINATION:1||UNIAXIALLY ALIGNED ARRAYS:1||ELECTRONINJECTION:1||field effect transistor memory:1||carrier mobility:1||hole extraction layers:1||ENHANCED PERFORMANCE:1||TRANSPORT MATERIAL:1||Interface:1||Longterm stability:1||cathode modification:1||BULKHETEROJUNCTION:1||CONDUCTIVE POLY(3,4ETHYLENEDIOXYTHIOPHENE):1||LINES:1||power conversion efficiency:1||n doping:1||MOLECULARWEIGHTS:1||ELECTRICALCONDUCTIVITY:1||FUNCTIONALIZATION:1||timeofflight technique:1||SURFACES:1||PHOTOLITHOGRAPHY:1||NANOCOMPOSITE:1||CHAIN:1||SEMICONDUCTING POLYMER:1||SPECTRA:1||fullerene:1||fullerenecontaining polymer:1||plasmon resonance:1||quantum wells:1||GAIN:1||liquid crystallinity:1||interfacial layer:1||SHORTCIRCUIT CURRENT:1||IRIDIUM DENDRIMERS:1||ORANGE:1||xray diffraction:1||EXCITON DIFFUSION:1||PHOTOVOLTAICS:1||flow coating:1||fluorescent polymers:1||CARRIER INJECTION:1||organic electronics and photonics:1||organic semiconductor nanowires:1||AC electroluminescence:1||organicinorganic hybrid composites:1||ELECTRON INJECTION:1||electrochemistry:1||nanotechnology:1||AQUEOUSSOLUTION:1||SELFORGANIZATION:1||EVOLUTION:1||electronic devices:1||Fe(III)tosylate polyethyleneterphthalate:1||dipolar cloud:1||POLYSTYRENE:1||ELECTRICAL BISTABILITY:1||liquid crystalline polymer film:1||FILM MORPHOLOGY:1||CHEMISTRY:1||HIGHELECTRONMOBILITY:1||PHOSPHORESCENT:1||dilution effect:1||lightemitting diode:1||SILICATE NANOCOMPOSITE:1||LANGMUIRBLODGETT:1||MOLECULAR FILMS:1||dyedoped polymer lightemitting diodes (LEDs):1||multicomponent polymer blends:1||cascade energy transfer:1||OXIDE DERIVATIVES:1||POLYETHYLENE TEREPHTHALATE:1||LAYEREDPEROVSKITE:1||HIGHLY TRANSPARENT:1||CONDUCTIVE FILMS:1||SINGLECRYSTALLINE RIBBONS:1||DIPPEN NANOLITHOGRAPHY:1||HOLE TRANSPORTING LAYERS:1||ferroelectric polymer:1||organic electronic device:1||ORGANOMETAL HALIDE PEROVSKITES:1||LOWTEMPERATURE:1||FACILE SYNTHESIS:1||block copolymer micelles:1||POLYANILINE GRAFT COPOLYMER:1||single wall carbon nanotubes:1||electrospinning:1||FULLERENE:1||Electrophosphorescence:1||Soluble:1||OPTOELECTRONICS:1||PARTICLES:1||bulk heterojunction solar cells:1||High efficiency:1||ELECTRON:1||dispersion:1||SYSTEM:1||liquid crystalline polymer blend:1||hyperbranched polymers:1||PHOTOPOLYMERIZATION:1||MICROFABRICATION:1||DEFORMATION:1||FEATURES:1||NAFION:1||emission outcoupling:1||METHANOFULLERENE:1||HOLE:1||ORGANIC THINFILMS:1||photoluminescence:1||photodegradation:1||single anionic conductor:1||PHOTOOXIDATION:1||coated nanoparticles:1||critical ion concentration:1||NANOWIRE ELECTRODES:1||ATOMIC LAYER DEPOSITION:1||organic lightemitting diode lighting:1||SINGLECRYSTAL CH3NH3PBI3:1||EXCITON BINDINGENERGY:1||TRANSPARENT ELECTRODE:1||absorption:1||ELECTROSPUN POLYMER NANOFIBERS:1||ELECTROPHORETIC DEPOSITION:1||ZnO work function:1||flexible electronics:1||flexible memory:1||ZNONANOWIRE:1||RECENT PROGRESS:1||metal grid electrode:1||evaporative assembly:1||PEDOT:PSS:1||SILVER NANOWIRES:1||FRET assisted AC electroluminescence:1||IMPACT EXCITATION:1||ELECTRICALPROPERTIES:1||BRIGHT:1||exciton quenching:1||excitons:1||metal oxides:1||lithium tertbutyl cyclopentadienide:1||electron injection:1||ACID METHYLESTER:1||CLUSTERS:1||TRANSPORT LAYERS:1||electron extraction layer:1||CONDUCTING POLYMERS:1||DONOR:1||doping:1||SURFACETENSION:1||PHOTORESIST:1||nanostructure:1||CATIONIC POLYELECTROLYTES:1||mobility:1||GASDIFFUSION BARRIERS:1||STEEL FOIL:1||ORGANICINORGANIC PEROVSKITES:1||SILVER:1||METALELECTRODE:1||STABLE METALOXIDES:1||polymer nanowire:1||electrohydrodynamic nanowire printing:1||BLOCKCOPOLYMER:1||dirac point:1||graphene fieldeffect transistor:1||perovskites:1||molecular electronics:1||CONTACT:1||Fieldinduced electroluminescence:1||alternating current:1||FIELDEFFECT TRANSISTOR:1||MOLECULARWEIGHT:1||surfaces:1||nanohybrids:1||color mixing and tuning:1||DISPLAYS:1||inverted devices:1||Bulk heterojunction:1||charge transport:1||Vaporphase polymerization (VPP):1||NANOSTRUCTURES:1||ATOMS:1||organic solar cells:1||poly(3hexylthiophene):1||blue emitting iridium(III) complex:1||CYCLOMETALATED IRIDIUM COMPLEXES:1||percolation:1||POLYMERIZATION:1||COPOLYMER:1||PEDOT : PSS:1||COLLAPSE:1||STAMP:1||charge carrier mobility:1||HEATTREATMENTS:1||IRIDIUM:1||poly(sodium 4styrenesulfonate) ionomer:1||ultrathin multilayer film:1||HETEROSTRUCTURES:1||transient EL:1||laser:1||electron injecting:1||TRANSPORT LAYER:1||flexible substrate:1||RADIATIVE RECOMBINATION:1||SOLVENT MIXTURE:1||HOST:1||LIGANDS:1||NETWORKS:1||airstable:1||nitrogen:1||graphene:1||semiconducting nanofiber:1||ORGANIC TRANSISTORS:1||OPERATION:1||WORKFUNCTION:1||FLOW:1||full color AC electroluminescence:1||charge carrier injection:1||INJECTION LAYER:1||COMPOSITE:1||fibers:1||hole extraction:1||THICKNESS:1||INTERLAYER:1||ORGANIC SEMICONDUCTORS:1||THERMALSTABILITY:1||Poly(3,4ethylenedioxythiophene) (PEDOT):1||3,4ETHYLENEDIOXYTHIOPHENE:1||MICROEMULSIONS:1||DERIVATIVES:1||SELFASSEMBLED MONOLAYERS:1||TRANSPORTING SIDEGROUPS:1||multiwalled carbon nanotubes (MWCNTs):1||CASCADE ENERGYTRANSFER:1||2PHOTON LITHOGRAPHY:1||triphenylamine:1||IMPEDANCE:1||CHEMISTRIES:1||multilayer films:1||LUMINESCENCE PROPERTIES:1||ZONE:1||triplet excitons:1||incomplete cascade energy transfer:1||lasing:1||POLY(PPHENYLENEVINYLENE):1||EXTRACTION LAYERS:1||VAPORDEPOSITION:1||flexible encapsulation:1||CDSE NANORODS:1||HYBRID PEROVSKITES:1||PHASESEPARATION:1||ELECTROPHOSPHORESCENT DEVICES:1||EMISSIVE LAYER:1||LIGHTEMITTINGDIODES:34||PERFORMANCE:21||EFFICIENCY:20||ELECTROLUMINESCENT DEVICES:16||CONJUGATED POLYMERS:16||DEVICES:16||FILMS:13||LAYER:12||DIODES:11||INJECTION:9||ELECTROLUMINESCENCE:8||WORK FUNCTION:8||CATHODE:7||THINFILMS:7||MORPHOLOGY:6||THINFILM TRANSISTORS:6||BLENDS:6||EMISSION:6||PHOTOVOLTAIC DEVICES:6||POLYMER SOLARCELLS:6||GROWTH:6||TRANSPARENT ELECTRODES:6||electroluminescence:6||IMPROVE:5||TRANSPORT:5||POLYMER:5||ELECTRODES:5||AMPLIFIED SPONTANEOUS EMISSION:5||LAYERS:5||SOLARCELLS:5||FABRICATION:5||LIGHTEMITTING DEVICES:5||SPECTROSCOPY:5||ENERGYTRANSFER:5||FIELDEFFECT TRANSISTORS:5||PHOTOVOLTAIC CELLS:5||HETEROJUNCTION SOLARCELLS:5||THINFILM:5||NANOCRYSTALS:5||energy transfer:5||ANODE:4||INDIUMTINOXIDE:4||interfaces:4||LARGEAREA:4||CARBON NANOTUBES:4||POLYFLUORENE:4||OPTICALPROPERTIES:4||polymers:4||OPENCIRCUIT VOLTAGE:4||INTERFACE:4||ENHANCEMENT:4||HOLE INJECTION:4||NANOFIBERS:4||PHOTOELECTRONSPECTROSCOPY:4||POLY