ScholarWorks@Korea University: Kim, Chul Hoon

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Kim, Chul Hoon (김철훈)

Graduate School (Department of Advanced Materials Chemistry)

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Tel 044-860-1337
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heterogeneous catalysis:5||dyesensitized solar cells:3||photocatalysis:3||lightharvesting effect:2||perovskite nanocrystals:2||band gap:2||photochemical CO2 reduction:2||supported catalysts:2||dyesensitized solar cell:2||Timeresolved fluorescence:2||timeresolved photoluminescence:2||supported catalysis:2||D& pi:2||photochemistry:2||iridium:2||DpiA structure:2||Perovskite solar cells:2||spin dynamics:1||Lead chloride:1||atomic layer deposition (ALD):1||posttreatment:1||Hole mobility:1||High hole mobility:1||extension of irspacers and acceptors:1||photochemical CO(2 )reduction:1||coumarin:1||Coumarin:1||Dyesensitized solar cell:1||A structuredorganic dye:1||electromer:1||planar structure:1||metalorganic frameworks (MOFs):1||energy transfer in porphyrinic array:1||hole mobility:1||magnetic hysteresis:1||Trap density:1||bisocarboranyl silole:1||solidstate molecular arrays:1||multifunctional:1||perovskite solar cells:1||Farfield scattering:1||Photoresponsive organic aryls:1||Organic dye:1||Auxiliary acceptor units:1||Lightharvesting capability:1||A structuredporphyrin:1||surface engineering:1||dopantfree hole transporting materials:1||structureperformance relationship:1||donor auxiliary pispacers:1||charge transfer emission:1||sequential CH arylation:1||holetransporting materials:1||organicinorganic hybrid systems:1||Bulk heterojunction:1||bisarylsocarboranes:1||dyesensitized solar cells (DSCs):1||Film formation ability:1||postadsorbents:1||perovskite crystal growth:1||lowcost:1||quantum dot materials:1||metaloxide semiconductor:1||lightemitting diodes:1||exciplex:1||timeresolved photo luminescence:1||perovskite solar cell:1||silole local emission:1||trap passivation:1||Photochromic ring closure:1||Time resolved photoluminescence:1||Hole transporting materials:1||piconjugation extension:1||outer/innersphere electron transfer:1||inverted perovskite solar cells:1||ternary solutions:1||display:1||intraligand electron delocalization:1||photoinduced magnetization:1||ApiDpiDpiA:1||CO2 to formate conversion:1||Nearfield plasmon resonance:1||PALXFEL:1||aggregates:1||Kasha's rule:1||coadsorbent:1||interfacial modification:1||photocatalytic CO2 reduction:1||diffusion collisional electron transfer:1||triazatruxenebased organic compound:1||timeresolved magnetooptical Kerr effect:1||Crystal growth intermediates:1||Grain size:1||porphyrins:1||mechanofluorochromism:1||endcapped acceptor units:1||molecular catalyst TiO2 immobilization:1||Organic solar cells:1||Gold nanoparticles:1||Electron transfer:1||Microbunching instability:1||Free electron laser:1||donoracceptor organic photosensitizer:1||timeresolved fluorescence:1||charge recombination:1||donor engineering:1||endcapped acceptor unit:1||sensitizers:1||Geometrical and steric effects:1||Porphyrin antenna:1||CO2 to CO conversion:1||Laser heater:1||Energy spread:1||Donoracceptor polymers:1||Carbazole, trifluoroalkoxyterminal group, hydrophobicity:1||DirAstructured organic dyes:1||Interfacial charge transfer:1||structureengineering:1||solvent engineering:1||PbI2 additive:1||surface passivation:1||interfacial interaction:1||dispersing solvents:1||catalyst immobilization:1||Zn porphyrin photosensitizer:1||sensitizer:1||cosensitization:1||organic dyes:1||Mixed halide perovskite solar cells:1||DpiAstructured organic sensitizers:1||structureproperty relationships:1||Femtosecond dynamics:1||TiO2porphyrin hybrid systems:1||dye aggregation:1||interfacial electron injection:1||Dopantfree hole transporting materials:1||Pentacyclic pyrroloindacenodithiophene:1||Dyesensitized solar cells:1||intramolecular charge transfer:1||excimer:1||Excimer formation:1||intermediate states:1||TDAI ligands:1||defect siteinduced adsorption:1||OLEDs:1||

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