ScholarWorks@Korea University: SON, HO JIN

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SON, HO JIN (손호진)

Graduate School (Department of Advanced Materials Chemistry)

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Tel 044-860-1492
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heterogeneous catalysis:7||photocatalysis:5||iridium:2||photochemistry:2||organicinorganic hybrid systems:2||photocatalytic CO2 reduction:2||photochemical CO2 reduction:2||supported catalysts:2||supported catalysis:2||porphyrin dye:2||interfacial interaction:1||oligomer:1||vapofluorochromism:1||catalyst immobilization:1||Zn porphyrin photosensitizer:1||sensitizer:1||structureproperty relationships:1||TiO2porphyrin hybrid systems:1||protective coating:1||Intramolecular chargetransfer:1||dye aggregation:1||interfacial electron injection:1||triazolophenanthridinebased chelating ligand:1||blue PhOLED:1||intramolecular charge transfer:1||photosensitizer:1||defect siteinduced adsorption:1||proton additive:1||molecular building blocks:1||positional isomer:1||atomic layer deposition (ALD):1||posttreatment:1||photochemical CO(2 )reduction:1||outersphere electron transfer:1||TiO<sub>2</sub> semiconductor:1||metalorganic frameworks (MOFs):1||energy transfer in porphyrinic array:1||Selfassembly:1||Solar fuel:1||bisocarboranyl silole:1||solidstate molecular arrays:1||Photoresponsive organic aryls:1||dimethylaluminum isopropoxide:1||phosphorescent Ir(III) complex:1||P3HT polymer sensitization:1||polycrystalline TiO2:1||charge transfer emission:1||bisarylsocarboranes:1||dye enshroudment:1||dyesensitized solar cells (DSCs):1||polymer:1||quantum dot materials:1||metaloxide semiconductor:1||proton adsorptiondesorption equilibrium:1||silole local emission:1||atomic layer deposition:1||outer/innersphere electron transfer:1||TiO2:1||the conduction band (ECB) level determination of TiO2:1||molecular array:1||vapochromism:1||intraligand electron delocalization:1||Molecular sensitizer:1||CO2 to formate conversion:1||hydrogen evolution:1||Carborane photochemistry:1||Electron transporting material:1||Nheterocyclic carbene moiety:1||excitedstate property:1||timeresolved spectroscopy:1||TiO2 composite:1||CO<sub>2</sub> reduction:1||diffusion collisional electron transfer:1||Photochemical conversion:1||Artificial photosynthesis:1||mechanofluorochromism:1||molecular catalyst TiO2 immobilization:1||Electron transfer:1||syngas:1||High triplet:1||donoracceptor organic photosensitizer:1||Zn porphyrin:1||electron transfer:1||TiO2 semiconductor:1||spectroelectrolysis measurement:1||Nafion:1||CO2 reduction:1||sensitizers:1||Geometrical and steric effects:1||Porphyrin antenna:1||CO2 to CO conversion:1||increased dye stability:1||Hybrid organicinorganic boron complexes:1||High thermal stability:1||

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