ScholarWorks@Hanyang University: Choi, Hyosung

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Choi, Hyosung (최효성)

COLLEGE OF NATURAL SCIENCES (DEPARTMENT OF CHEMISTRY)

Research Area: 재료화학, 나노소재 및 소자

Tel 02-2220-2619
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polymer solar cells:9||organic solar cells:7||Organic photovoltaics:5||organic photovoltaics:4||Transparent conducting electrode:4||PEDOT:PSS:3||photovoltaics:3||charge transport:3||Solar cell:3||power conversion efficiency:3||quantum dots:3||Organic solar cells:3||bulk heterojunction:3||silver nanowires:2||Wide bandgap:2||mechanoluminescence:2||solar cells:2||Hole transporting material:2||Nonfullerene acceptor:2||stability:2||surface passivation:2||metal oxides:2||high efficiency:2||Electrocatalysis:2||Counter electrode:2||crystallinity:2||Hole transport layer:2||Naphthalene diimide:2||Perovskite lightemitting diodes (PeLEDs):2||Organic lightemitting diodes (OLEDs):2||Polymer solar cells:2||Perovskite nanocrystals:2||Silver nanowire:2||Silver nanowires:2||colloidal quantum dot:2||processing additives:2||organic electronics:2||Polyoxometalate:2||quinoxaline:2||electroluminescence:2||conducting polymer:2||Small molecule:2||DSSCs:2||conjugated polymers:2||Endcapping group:1||Environmentalfriendly:1||Field Emission:1||Flexibility:1||Fullerene:1||Fullerenefree:1||Graphene oxide:1||Guanidinium:1||High open circuit voltage:1||High optical contrast:1||Hole collection:1||Hole extraction:1||Hole transport layer (HTL):1||Hybrids:1||InAs quantum dots:1||Indoor organic photovoltaics:1||Indoor photovoltaics:1||Interfacial engineering:1||Interfacial layer:1||Inverted:1||Inverted polymer solar cells:1||Inverted structure:1||Ionic materials:1||Joule heating:1||LEDs:1||Laser Response:1||Layerbylayer deposition:1||Leadfree quantumdot photodetector:1||Lewis acid:1||Lewis base:1||Ligand engineering:1||Ligand passivation:1||Light utilization efficiency:1||Lightharvesting capabilities:1||Long carrier lifetime:1||MeO2PACz:1||Mechanoluminescence:1||Metal oxides:1||Metallic carbon nanotube:1||MixedHalide Perovskite Solar Cell:1||Miyaura polycondensation reaction:1||MoS2/MoTe2:1||N:1||Ndimethylthiophene3carboxamide:1||NIR photodetectors:1||NIRabsorbing polymer donor:1||Narrow bandgap:1||Nearinfrared photodetectors:1||Nonfullerene acceptors:1||Nonhydrolytic synthesis:1||Optical and electrical properties:1||Optical transmission:1||Organic photovoltaic cell:1||Organicinorganic hybrid composite film:1||Oxygen reduction reaction (ORR):1||PTB7:1||PbSionic liquid molecules:1||Perosvkite:1||Perovskite:1||Perovskite nanocrystal:1||Perovskite quantum dot:1||Perovskite solar cell:1||Perovskites:1||Phenylethlammonium:1||Photocrosslinking:1||Photopatterning:1||Photovoltaics:1||Phthalocyanine:1||Poly (4styrenesulfonic acid) doped poly (3,4ethylenedioxythiophene):1||Poly (4styrenesulfonic acid) doped polyaniline:1||Polycarbazole:1||Polydiacetylene:1||Polymer donor:1||Pseudohalides:1||Quantum dot ligand:1||Ramped annealing:1||Rudorffite:1||Selfassembled monolayer:1||Selfassembled monolayers:1||Selfassembly deposition:1||Semitransparent:1||Semitransparent organic solar cell:1||Sheet resistance:1||Silica shell:1||Silver bismuth iodide:1||Silver bismuth sulfide:1||Silver bismuth sulfide nanocrystal:1||Single crystal xray diffraction:1||Small molecule acceptor:1||Sn halide perovskite:1||Sn perovskite:1||Snperovskite:1||Solar cells:1||Solution based coating:1||Stability:1||Superstructured material:1||Surface modification:1||Surface passivation:1||Surface plasmon resonance:1||Suzuki&:1||Tetra and octa substituted:1||Thin film:1||Tin (IV) oxide:1||Transmittance:1||Trigonal bipyramidal geometry:1||Triiodide:1||Ultrathin indium zinc oxide:1||Waterstable:1||ZnS:Cu:1||additive engineering:1||alkyl side chain:1||benzothiadiazole (BT):1||benzothiadiazole acceptors:1||bilayer structures:1||binary solvent additives:1||bulk heterojunctions:1||butylammonium:1||chalcogenide:1||charge collection:1||chemical coordination:1||chlorine:1||chlorine atom:1||colloidal nanocrystal:1||colloidal quantum dots:1||composite:1||conjugated copolymers:1||conjugated polyelectrolytes:1||conjugated polyelectrolytes (CPEs):1||conjugated porous polymer catalysts:1||conventional device:1||coplanar configuration:1||copolymerization:1||costeffective:1||crosslinking:1||crystal engineering:1||crystal growth:1||cyano:1||deeptissue imaging:1||defect engineering:1||defective passivation strategy:1||dendrites:1||device physics:1||device stability:1||direct arylation:1||dopantfree holetransporting materials:1||ecofriendly component:1||ecofriendly photoabsorbers:1||efficiency:1||electric field distribution:1||electron selective layer:1||electron transport layers:1||electronwithdrawing substituent:1||electronic structure:1||environmentallyfriendly:1||ethanolamine:1||femtosecond laser patterning:1||fullcolors:1||fundamental principle:1||fused pyrrolopyridine:1||heterostructure:1||hightemperature solution processing:1||hole transport layer:1||hole transport layer (HTL):1||hybrid heterostructure:1||hybrid solar cellsquantum dots:1||indoloindole:1||indoor organic photovoltaics:1||interfacemorphology:1||inverted device:1||inverted polymer solar cells:1||inverted polymer solar cells (iPSCs):1||largearea photovoltaics:1||layer by layer deposition:1||lead:1||lead halide perovskites:1||ligand engineering:1||light absorption:1||light utilization efficiency:1||lightemitting diode:1||lightemitting diodes:1||lithium ion battery:1||longterm stability:1||low cost:1||mediumbandgap:1||metal halide perovskite:1||metal ion:1||metal nanoparticles:1||microwave irradiation:1||miscibility:1||mobility:1||morphologicaleffect:1||morphology engineering:1||multicationic chalcogenides:1||nanowires:1||narrowgap:1||nonfullerene:1||nonfullerene acceptor:1||nonfullerene acceptors:1||nonfullerene acceptors (NFAs):1||novel copolymer:1||operational stability:1||optical engineering:1||organic bulk heterojunctions:1||organic optoelectronic device:1||organic optoelectronic devices:1||organic solar modules:1||organic surface modifier:1||organicinorganic nano:1||oxygen reduction reaction:1||palladium (G2) catalyst:1||pattern:1||perovskite:1||perovskite lightemitting diodes:1||perovskite lightemitting diodes (PeLEDs):1||perovskite nanocrystal lightemitting diodes:1||perovskite nanocrystals:1||perovskite solar cell:1||perovskite solar cells:1||perovskites:1||phosphor:1||photoactive layer doping:1||photoanode:1||photoelectrochemical water splitting:1||photolithography:1||photoluminescence quantum yields:1||photovoltaic device:1||photovoltaic devices:1||polar solvents:1||poly(3,4ethylenedioxythiophene):polystyrene sulfonate (PEDOT:PSS):1||polymer donors:1||polymer lightemitting diodes:1||power conversion efficiency (PCE):1||powerless lighting:1||processing additive:1||pyridothiadiazole (PT):1||quantum dot solar cells:1||quantum dotpolymer composites:1||random copolymers:1||ripple structure (ZnOR):1||selenathiazole:1||selfrecovery:1||semitransparent organic photovoltaics:1||semitransparent solar cells:1||shortwave infrared:1||silver bismuth sulfide:1||size distribution:1||small bandgap:1||solution process:1||solvent engineering:1||spectroscopic characterization:1||spraycoating:1||synthetic methods:1||tandem solar cells:1||ternary blends:1||thiocyanate:1||titaniumcarbide MXenes:1||transient photocurrent:1||transparent conductive electrode:1||triboelectricity:1||twisted linkers:1||vapor coating:1||vertical morphology:1||visible light activity:1||widebandgap copolymers:1||#8211:1||zinc oxide:1||DA:1||2D:1||2D conjugations:1||2D/3D perovskites:1||3D mixed perovskite:1||3D optical simulation:1||4PTSC:1||ADA &apos:1||AgBiS2 nanocrystal:1||AgBiS2 solar cells:1||Allinorganic photovoltaics:1||Average visible transmission:1||Blacktotransmissive electrochromism:1||Bulk heterojunction:1||Cathode buffer layer:1||Centrifuge coating:1||Charge carrier transport:1||Charge injection balance:1||Charge transport:1||Chlorine passivation:1||CoSputtering process:1||CoNi₂S₄:1||Colloidal Quantum Dots:1||Color purity:1||Conductive polymers:1||Conductivity:1||Conjugated polyelectrolyte:1||Conjugated polyelectrolytes:1||Conjugated polymers:1||Crosslinking:1||CsPbI2Br:1||Density functional theory (DFT):1||Density of states:1||Device stability:1||Dipolar interaction:1||Doping concentration:1||Dual facet passivation:1||Dynamic casting:1||Ecofriendly:1||Electrochromic devices:1||Electrochromism:1||Electron transport layer:1||Encapsulation technique:1||

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