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PARK, TAI HO (박태호)

Dept. of Chemical Engineering(화학공학과)

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PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPOLYMERS:1||RESONANCE ENERGYTRANSFER:1||DIBLOCK COPOLYMER:1||PHOTOELECTROCHEMICAL CELL:1||POLYMER SOLARCELLS:1||selfassembly:1||organic semiconductors:1||transient absorption spectroscopy:1||FIELD:1||CONDENSATION POLYMERIZATION:1||RUTHENIUM COMPLEXES:1||AQUEOUSSOLUTION:1||DpiA type copolymers:1||PLASTIC SOLARCELLS:1||LIGHTEMITTING DEVICES:1||MICROMETER:1||LENGTHS:1||aqueous:1||VOC degradation:1||EARTHABUNDANT CATALYSTS:1||WATER OXIDATION CATALYSIS:1||OXIDE CATALYSTS:1||Reduction:1||oxide:1||electrochemistry:1||Nickel:1||CONVERSION EFFICIENCY:1||POLY(ALKYL ACRYLATES):1||SURFACEMORPHOLOGY:1||NANOTECHNOLOGY:1||STABILITIES:1||methylaluminoxane:1||cocatalyst recycle:1||COMPLEXES:1||SYSTEM:1||Open circuit voltage:1||positioning of lithium Ions:1||HALIDE PEROVSKITES:1||CONDUCTORS:1||IONIC LIQUID:1||Packing effect:1||photophysics:1||POLY(3HEXYLTHIOPHENE):1||ELECTRON:1||ADSORPTION:1||MODEL SYSTEMS:1||REGIOREGULAR POLY(3HEXYLTHIOPHENE):1||LITHIUMSALTS:1||ORGANOMETAL HALIDE PEROVSKITES:1||Efficiency:1||Silicon solar cells:1||Surface roughness:1||titanium:1||solar energy:1||Solar Energy:1||DYE:1||solidstate:1||light harvesting:1||ELECTRONTRANSPORT:1||HETERODIMERS:1||DYNAMIC LIGHTSCATTERING:1||CONTROLLED RADICAL POLYMERIZATION:1||DNA:1||CROSSLINKING:1||DISCRETE:1||DICHLORIDE:1||bilayer nanostructure:1||DEPOSITION:1||allconjugated amphiphilic block copolymer:1||THINFILM:1||ENHANCE:1||STRUCTUREPROPERTY RELATIONSHIP:1||FIELDEFFECT MOBILITY:1||POLYCARBAZOLES:1||Interfacial charge accumulation:1||DEVICE:1||ACCEPTOR:1||Deposition:1||Charge extraction:1||Hole extraction layers:1||Titanium:1||LITHIUM IONS:1||POLYMERIZATION:1||HETEROCYCLIC UREAS:1||NANOSTRUCTURES:1||DENDRIMERS:1||ELECTROLUMINESCENCE:1||OLEFIN POLYMERIZATION:1||Power conversion efficiency:1||allconducting block copolymer:1||FREE ORGANICDYE:1||CONVERSION EFFICIENCIES:1||Crystallinity:1||photovoltaics:1||charge carrier mobility:1||sizeselective ion transfer:1||TIO2 FILMS:1||LONGTERM STABILITY:1||BINDING:1||hole mobility:1||GROWTH POLYMERIZATION:1||BLUE:1||TiO2 nanotubes:1||Air purification:1||CELL:1||ORIENTATION:1||Electrochemical deposition:1||Electric Power Supplies:1||Electrochemistry:1||THERMOREVERSIBLE GELATION:1||ZIRCONOCENES:1||GEL ELECTROLYTE:1||Allconjugated amphiphilic block copolymer:1||SPIROMEOTAD:1||dyesenistised solar cells:1||tunable nanoporosity:1||CHAINGROWTH POLYMERIZATION:1||BONDED HETEROCOMPLEX:1||low molecular weight:1||CARBAZOLE:1||CONDUCTORFREE:1||Band bending:1||Polymeric hole blocking:1||Intermediate phase (IP):1||Photocatalyst deactivation:1||PHASESEPARATION:1||Conversion efficiency:1||Deposition current density:1||Solar cells:1||calcium derivative:1||nickel:1||PERFORMANCE:14||RECOMBINATION:10||EFFICIENCY:9||NANOCRYSTALLINE TIO2:7||MORPHOLOGY:6||COPOLYMERS:6||FILMS:6||PHOTOVOLTAIC PERFORMANCE:6||LIGHT:5||BLENDS:5||TRANSPORT:5||CHARGE RECOMBINATION:5||HETEROJUNCTION SOLARCELLS:5||POLYMER:4||PHOTOVOLTAIC CELLS:4||OPENCIRCUIT VOLTAGE:4||DEVICES:4||IMPEDANCE SPECTROSCOPY:3||DONORACCEPTOR INTERACTION:3||STABILITY:3||SENSITIZED SOLARCELLS:3||POWER CONVERSION EFFICIENCY:3||DERIVATIVES:3||ELECTROLYTE:3||DIMERS:3||COPOLYMER:3||MOLECULARWEIGHT:3||CHEMISTRY:3||KINETICS:2||GRIGNARD METATHESIS METHOD:2||2,7Carbazole:2||FLUORENE:2||INJECTION:2||HOLE TRANSPORT MATERIAL:2||CHARGECOLLECTION EFFICIENCY:2||THINFILMS:2||recombination:2||POLYFLUORENES:2||3,6Carbazole:2||TANDEM POLYMER:2||HYDROGENBONDED HETEROCOMPLEX:2||SEMICONDUCTORS:2||BANDEDGE MOVEMENT:2||THINFILM TRANSISTORS:2||MULTIPLESCATTERING:2||TITANIUMDIOXIDE:2||HIGHLY EFFICIENT:2||POLYMER GEL ELECTROLYTE:2||HOLE CONDUCTOR:2||REVERSIBLE POLYMERS:2||ELECTRODES:2||MICELLES:2||CATALYSTTRANSFER POLYCONDENSATION:2||stability:2||COUMARINDYE:2||perovskite:2||photovoltaic devices:2||SPECTROSCOPY:2||SURFACTANT:2||Perovskite:2||INTERFACE:2||REDOX ELECTROLYTE:2||dyesensitized solar cells:2||HETEROJUNCTIONS:2||FIELDEFFECT TRANSISTORS:2||REGIOREGULAR POLY(3ALKYLTHIOPHENES):2||BEADS:2||SIMULATIONS:2||FIDELITY:2||POLYMERS:2||LOWCOST:2||LOW POLYDISPERSITY:2||DONOR:2||ENERGYCONVERSION EFFICIENCY:2||PHOTOELECTROCHEMICAL CELLS:2||PROGRESS:2||DpiAtype copolymer:2||charge transport:2||MOBILITY:2||CONJUGATED POLYMERS:2||FILM:2||PEROVSKITE:2||DEPENDENCE:2||ION:2||HIGHEFFICIENCY:2||LENGTH:1||GENERATION:1||SUPRAMOLECULAR CHEMISTRY:1||MOLECULAR RECOGNITION:1||ASSOCIATION:1||Polymer solar cell:1||photoelectrochemical polymerizationselective:1||CHEMICAL CROSSLINKING:1||Organic solar cells:1||NANOSCALE MORPHOLOGY:1||hostguest chemistry:1||lithium ions:1||dye sensitized solar cells:1||ABSORPTIONSPECTROSCOPY:1||surfaceinduced polymerization:1||Thiophene:1||Grignard metathesis polymerization:1||TRANSFER CONDENSATION POLYMERIZATION:1||UNITS:1||CHARGETRANSPORT:1||CRYSTALS:1||Perovskite solar cell:1||DEGRADATION:1||Extraction:1||Perovskite solar cells:1||Calcium Compounds:1||Oxides:1||organic dye:1||GLASSTRANSITION TEMPERATURES:1||DFT calculation:1||solar cells:1||LAYER:1||POLYMER PHOTOVOLTAIC CELLS:1||ELECTROLYTES:1||SIDECHAIN:1||retardation:1||MICROSPHERES:1||conjugation break:1||MICROPHASE SEPARATION:1||MAINCHAIN POLYMERS:1||ELECTROCHEMICAL PROPERTIES:1||DENSITY:1||CH3NH3PBI3:1||DIFFUSION:1||Highly crystalline film:1||AGGREGATION:1||STACKING:1||OXIDE:1||BLEND:1||Nickel oxide:1||Hysteresis effect:1||power supply:1||DIBLOCK COPOLYMER BLENDS:1||BONDING INTERACTION:1||POLY(ARYL ETHER) DENDRIMERS:1||LIGHTEMITTINGDIODES:1||TITANIUMDIOXIDE FILMS:1||metallocene catalyst:1||supported catalyst:1||ethylene polymerization:1||REDOX COUPLE:1||REDUCED CHARGE RECOMBINATION:1||Selfassembly:1||phase separation conjugated polymers:1||retardation of recombination:1||longterm stability:1||BLOCKCOPOLYMERS:1||COADSORBENT:1||FLAVOENZYME ACTIVITY:1||DEPENDENT RECEPTORS:1||RECOGNITION:1||3,6carbazole:1||MAINCHAIN:1||Conjugated diblock copolymer:1||Homojunction:1||Post annealingfree (PAF):1||lead nitrate:1||solar cell:1||Doubly openended TiO2 nanotubes:1||SOLAR HYDROGENPRODUCTION:1||OXYGEN EVOLUTION REACTION:1||NICKELHYDROXIDE:1||CONFORMATION:1||LAYERS:1||Electrodeposition:1||Electrodeposition methods:1||Large area devices:1||Methylammonium lead halides:1||nickel monoxide:1||chemistry:1||SOLARCELLS:1||STATES:1||FABRICATION:1||GLYCOL):1||SITU FORMED COPO