ScholarWorks@Korea University: Kim, Soo Young

Detailed Information

Kim, Soo Young (김수영)

College of Engineering

Research Area

Tel 02-3290-3273
Homepage

ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

Hydrogen evolution reaction:13||Electrodeposition:11||HER:9||hydrogen evolution reaction:8||Photocatalysis:6||electrocatalysts:6||2D materials:6||metalorganic frameworks:5||water splitting:5||Metalorganic frameworks:5||Photocatalysts:4||perovskite solar cells:4||Electrocatalyst:4||Anion exchange membrane water electrolyzer:4||Water splitting:4||CO2 reduction:4||Doping:4||Electrocatalysts:4||Composites:4||photoelectrochemical:3||halide perovskites:3||MXene:3||photocatalysis:3||electrodeposition:3||MXenes:3||Oxygen evolution reaction:3||Water electrolysis:3||carbon dioxide reduction:3||Gas diffusion electrode:3||Tungsten disulfide:3||electrocatalyst:3||Carbon:3||Pollutant degradation:3||Proton exchange membrane water electrolyzer:3||Nanomaterials:3||TEM:3||organic frameworks:2||Heterojunctions:2||Selfterminated electrodeposition:2||Defect:2||Tungsten carbide:2||electrochemical sensor:2||TiO2based photocatalysts:2||Carbohydrate:2||Photocatalytic activity:2||Formic acid oxidation reaction:2||catalysts:2||WS2:2||lightemitting diodes:2||doping:2||TMD:2||Composite:2||Nanocatalyst:2||oxygen evolution reaction:2||Heterostructure catalyst:2||TiO2:2||photoanode:2||Adsorption:2||halide perovskite:2||MoSx:2||Gas sensor:2||Hydrogenation:2||MOF:2||porous materials:2||perovskites:2||CO2 reduction:2||Membrane electrode assembly:2||Twodimensional materials:2||solar cells:2||MOFs:2||singleatom catalysts:2||CO2 electrochemical conversion:2||Quantum dots:2||Photoreactors:2||Stability:2||macrophage polarization:2||SiC:2||Hollow structure:2||electrocatalysis:2||Molybdenum disulfide:2||allinorganic halide perovskites:2||resistive switching memory:2||Nanoflowers:2||stability:2||Catalysis:2||Artificial synapse:2||Oxidation:2||interfacial engineering:2||MoS2:2||Ultralow Ir loading electrode:1||Heavy oil hydroprocessing:1||in situ electrochemical microscopy:1||Nanostructures:1||Photocatalyticmembrane reactor:1||closedloop pulse switching:1||conductingbridge:1||NOx abatement:1||Vis/NTiO2:1||Vis/NTiO2/H2O2:1||Oyster:1||simulation:1||modified electrode:1||exopolysaccharide:1||nuclear magnetic resonance spectroscopy:1||Taste sensor:1||electrochemical biosensors:1||bisphenol A:1||Perovskite solar cell:1||Raman:1||Transitional metal:1||twodimensional materials:1||hydrothermal treatment:1||catalyst support:1||biologics delivery:1||Vertically aligned:1||Silicon photocathode:1||leadhalide perovskite:1||CsPbI3 quantum dots:1||nickel:1||Solution process:1||Solgel chemistry:1||nanoparticle decoration:1||sol&#8211:1||Zinc sulfide quantum dots:1||Solar fuel production:1||Cr (VI) reduction:1||Reaction parameters:1||Methylation:1||nickel diselenide:1||reversible ligand unwinding:1||Artificial synapses:1||covalent&#8211:1||cathode catalyst:1||Mechanical performance:1||Environmental remediation:1||Thermal evaporation:1||SDoping:1||Photocatalytic applications:1||nanocoral W2C:1||ligand size:1||ligand spacing:1||submolecular ligands:1||Energy storage and conversion system:1||Metal–organic frameworks:1||Solartohydrogen conversion efficiency:1||Ammonia electrolysis cell:1||Pharmaceutical:1||Environmental issue:1||Gas reforming:1||Gas permeability:1||photochemical:1||isoprene gas sensors:1||Energy conversion:1||Hexagonalborocarbonitride(hBCN):1||mechanism.:1||Na+ sensors:1||Corrosion engineering:1||polyaniline:1||Zerogap electrolyzer:1||Thermoelectricity:1||Perovskite nanoparticle:1||Anion exchange:1||ECRAM:1||Electronic tongue:1||pH sensors:1||H2 production:1||Nonnoble metal:1||Zeolite imidazole framework:1||IIIV semiconductors:1||multicomponent:1||Hydrogen energy:1||extended xray absorption fine structure:1||Diclofenac:1||Test protocol:1||Zero emission:1||Biochar filtration:1||Application:1||methane storage:1||Gas Diffusion Electrode:1||Lactobacillus fermentum:1||cocatalyst:1||pn junction:1||aptamer:1||layered perovskites:1||high efficiency:1||dissolutionrecrystallization:1||artificial synapses:1||neuromorphic computing:1||drug delivery:1||nanoflowers:1||polymer solar cells (PSCs):1||heterostructures:1||WO3:1||Thin film:1||macrophage adhesion:1||electrochromic:1||Magnetic nanoparticles:1||Galvanic displacement:1||Cobalt based cocatalysts:1||Modified biochar:1||Gasliquid chromatographymass spectrometry:1||hydrogen production:1||Reversible metal electrodeposition:1||Sandwich structure:1||Nano hollow sphere:1||nanohelix motion:1||remote manipulation:1||Twodimensional:1||Thermal vacuum evaporation:1||electrospinning:1||cell adhesion:1||Microstructural characterization:1||TiB2SiC:1||Ptbased catalyst:1||Contents:1||MoS2 small nanoflower:1||Ni:1||CO 2 reduction:1||Black Phosphorus 2D materials:1||Photoanode:1||electronic tongue:1||graphene:1||Ternary metal hydroxides:1||Glucose detection:1||electrochromic devices:1||hydrothermal method:1||photoanodes:1||resistive randomaccess memory:1||MAPbBr(3) halideperovskite:1||leadfree perovskites:1||Membrane electrode assemblybased electrolyzer:1||B. crystal growth:1||Cocatalysts:1||2dimensional material:1||Carbon black:1||MoS2:1||CO2 electrolysis:1||colloidal nanocrystal:1||indium phosphide:1||Ultrathin Pt overlayer:1||alkali metal cation:1||Ru galvanic displacement:1||Anionexchange membrane water electrolysis:1||Asphaltene evolution:1||N2 fixation:1||Metalorganic framework:1||CO2 photoreduction:1||Photocatalytic oxidation:1||Integrated farming system:1||Cow breeding farm:1||solar cell:1||Synthesis:1||Novel binding peptide:1||Selfterminated Electrodeposition:1||phenylalanyltRNA synthase gene:1||Graphene:1||Electrochemical reduction:1||sun tracker:1||W2C@WS2 composite:1||photoepoxidation:1||photocatalyst:1||mechanisms:1||hydrogen:1||Electrochromic devices:1||Hybrid film:1||nanocrystals:1||Nanoparticles:1||Photooxidation:1||Congo red:1||Metal salt:1||Enhancement strategies:1||Molybdenum sulfides:1||Tungsten sulfides:1||cocatalysts:1||Tin disulfide (SnS2):1||coreshell:1||Cobalt hydroxide:1||coreshell structure:1||adhesion assembly:1||Transition metal chalcogenides:1||Memristors:1||Neuromorphic computing:1||Coordination polymer:1||Hexacyanoferrate:1||Immobilization:1||Perovskite application:1||alkaline water electrolysis:1||highentropy catalysts:1||Heterogeneous nanocatalyst:1||Nanoindentation:1||Electrochemical sensing:1||Direct formic acid fuel cell:1||Energy conversion system:1||CO2 electrolysis:1||MetalOxidedecoarated nanocubes:1||Mass transfer:1||NiFeZn:1||Alkali etching:1||Cation defect:1||biomarker gases:1||Sscheme:1||Cantilever cooling:1||temperature sensing:1||singlesource evaporation:1||endurancecycles:1||retention time:1||CuPd catalyst:1||Eletrochemical:1||Photoelectrochemical:1||Material engineering:1||Transition metal sulfides:1||Hole transport layer:1||Photocatalyst:1||2D metalorganic frameworks:1||nanocatalyst:1||Photocatalytic deNO(x):1||PhotoSCR:1||Suspended NTiO2:1||Immobilized NTiO2:1||Halide perovskite:1||Nanobiosensor:1||ZCOFs:1||design:1||gasliquid chromatographymass spectrometry:1||NiCo2O4:1||BiVO4:1||Ti3C2Tx:1||propylene epoxidation:1||Hollow spheres:1||Photoelectrochemical reduction:1||resistive random access memories:1||catalyst:1||propylene:1||reaction conditions:1||wound healing:1||bone regeneration:1||Ni3Se4:1||PANI:1||Multicolor:1||perovskite ligands:1||Lithium cobalt oxide:1||tungsten oxide:1||Cobalt ferrite:1||Surface kinetics:1||Graphitic carbon nitride:1||Molecular weight:1||taste sensors:1||photocathode:1||Mechanical properties:1||Chitosan:1||Elemental sulfur:1||BET surface area:1||Oxygen evolution:1||Sintering:1||Cobalt:1||Urea oxidation:1||direct patterning:1||photoresist:1||Hydrogen economy:1||Large surface area:1||Perovskite materials:1||NiO:1||Nearfield electrospinning:1||1S1R:1||memristors:1||threshold switch:1||Nano fluid:1||Homogenizer process:1||Diabetes:1||C2H4 production:1||ReRAM:1||carbon monoxide:1||gas sensor:1||activematrix display:1||Electrocatalysis:1||Nitrate reduction:1||A. optical materials:1||A. semiconductors:1||B. luminescence:1||Quasi2D halide perovskites:1||vacancy sites:1||WS2:1||electronic coupling effect:1||perovskite solar cell:1||Cocatalyst:1||breath analysis:1||Ndoped TiO2:1||Water electrolyzer:1||leadfree halide perovskites:1||venlafaxine:1||voltammetry:1||thermographic camera:1||Additive:1||SERS:1||nanomaterials:1||photoelectrochemical water splitting:1||silk fibroin:1||Photoelectrochemical:1||photoluminescence intensity:1||metal&#8208:1||organic framework:1||magnetic switching:1||Electrochromic windows:1||TMC:1||metal&#8211:1||SPS:1||Palladiumbased materials:1||Sustainable solution:1||Cellulose:1||configurational entropy of mixing:1||Surface modification:1||tungsten carbide:1||nanoassemblies:1||super stability:1||Self terminated electrodeposition:1||templateassisted patterning:1||Machine learning:1||Flexible sensor:1||Ultrasonic treatment:1||Synergistic effect:1||Selfsupported electrode:1||Wettability:1||electrochemical:1||Nickel diselenide:1||gas reforming reaction:1||H2 evolution:1||Bimetallic phosphide:1||Lowcrystalline catalyst:1||oxygen evolution reactions:1||Sensors:1||poly(3:1||Cubased catalysts:1||Electrochemical CO2 reduction:1||solgel:1||0D metal halide perovskite:1||ZIF8:1||OER:1||Plasmonic:1||4inch largescale wafer:1||reduction reaction:1||dualmetal active site:1||Air pollution remediation:1||Organic lightemitting diodes:1||NiFe alloys:1||N2 activation:1||Artificial synthesis:1||Perovskite oxides:1||Visible photocatalysis:1||Photocatalytic decomposition:1||Composting:1||Work function:1||lactic acid bacteria:1||imines:1||electrochemical impedance spectroscopy:1||electrodes:1||rGO:1||CNT:1||CO2 reduction reaction:1||morphology:1||electrochemical metallization:1||nanosheets:1||carbon materials:1||work function:1||heterojunction:1||Crosslinking:1||elastic ligand movement:1||gel:1||Heterojunction:1||Polymer:1||Ir electronic structure:1||Enhanced photocatalysis:1||Semiconductor photocatalysis:1||Anionic dye:1||Ophiocordyceps sobolifera:1||Polysaccharide:1||electrochemical sensing:1||Metal organic framework:1||SiC whiskers:1||electrochemical carbon dioxide reduction:1||lowcrystalline trimetallic catalysts:1||membrane electrode assemblybased electrolyzers:1||proton exchange membrane water electrolyzer:1||Floating photocatalysts:1||GC3N4 based Photocatalysis:1||Nonimmobilized floating photocatalysis:1||Bimetallic catalysts:1||Perovskite:1||Anilines:1||macrophage modulation:1||Battery:1||nanohollow:1||TiBxNy solid solution:1||Cobalt oxide:1||Photoelectrochemical water splitting:1||Direct ammonia fuel cell:1||Interface:1||Hydrogen gas (H2):1||C:1||Z scheme:1||Xylene:1||Nano bentonite:1||Heterostructure:1||WS2/W2C:1||2D nanomaterials:1||conducting polymers:1||Oxidized Cu species:1||humidity sensor:1||pressure sensing:1||Biomass pyrolysis:1||Electrolysis:1||Hydrogen generation:1||Electrochemical carbon dioxide reduction:1||Green chemistry:1||Surface defects:1||LSPR effect:1||A. nanostructures:1||Solar energy:1||Resistive switching memory devices:1||(PEA)(2)MA(3)Pb(4)I(13):1||Halogenation:1||Facet engineering:1||NiFe catalyst:1||Electrocatalytic H2 evolution:1||Agbased catalysts:1||grain boundaries:1||Selfsupported electrodes:1||Leadfree:1||Norovirus:1||Hydrogen Evolution Reaction:1||Pulse Electrodeposition:1||Alloys:1||Glucose:1||HTM:1||biosensor:1||Vertical alignment:1||Thiocyanate:1||Perovskite nanorods:1||Luminescence:1||Two dimensional materials:1||MoSe2:1||buffer layer:1||thermolysis:1||Catalytic efficiency:1||Light absorption:1||surface treatment:1||annealing:1||smart window:1||Covalent organic frameworks:1||Organic pollutant degradation:1||Nuclear magnetic resonance spectroscopy:1||Cdoped SnO2:1||Prussian blue:1||TiC:1||gas diffusion electrodes:1||mediumentropy alloys:1||NiPB catalyst:1||Neuromorphic:1||Natural fiberreinforced polymer composites:1||Structural materials:1||Vacuumassisted resin transfer molding technique (VARTM):1||Coupling reaction:1||Reduction:1||Metal oxide:1||different morphologies:1||Metal:1||Cocatalyst:1||Pt cluster:1||solvent engineering:1||defect passivations:1||Biochar:1||Solvent engineering:1||Global warming:1||Core shell:1||selectors:1||sneakpath current:1||Carbon fiber:1||Sb2TeSe2 Monolayers:1||CO2 electrochemical reduction:1||Metal oxides:1||Carbon materials:1||polypyrrole:1||Piezoelectricity:1||Hybrid energy harvesting:1||local effects:1||photodetector:1||Metal transition diselenide:1||tandem solar cells:1||wide bandgap:1||Ammonia:1||Ionic synapse:1||Realtime detection:1||Cobalt sulfide:1||electrochemical CO2 reduction reaction:1||photoelectrochemical CO2 photovoltaic cell:1||catalyst design:1||multicomponent singleatom catalysts:1||defect passivation:1||Hybrid structure:1||CO production:1||Electrodeelectrolyte interface:1||Transition metal oxides:1||Charge transport layer:1||Asphaltene conversion kinetic:1||Coke formation:1||Degradation:1||SPMR:1||Electrochemical etching:1||Electrochemical impedance spectroscopy:1||Water Electrolysis:1||nanofibers:1||water oxidation:1||aflatoxin B1:1||aflatoxin M1:1||azomethines:1||Traditional paper:1||Ag catalysts:1||Si photocathode:1||syngas production:1||Au nanoparticles:1||gridconnected:1||photovoltaic system:1||diatomite:1||surfactantassisted synthesis:1||woolballlike microsphere:1||Charge separation:1||perovskite:1||acid ligands:1||amine ligands:1||Solidstate thin film battery:1||UV treatment:1||amorphous:1||Fuel production:1||Coreshell nanostructure:1||Drug delivery:1||Iron oxide:1||Agrowaste:1||Heterostructures:1||Tungsten oxide:1||ligand exchange:1||Cobalt–molybdenum:1||Heterohierarchical structure:1||Silver:1||TMO:1||WS2WCWO3 composite:1||ZrB2:1||TiB2:1||photovoltaicelectrochemical systems:1||binarynonmetal transition metal compounds:1||Halide perovskites:1||Memristor:1||Delignified wood:1||Heterojunction formation:1||Natural material:1||Nitroarenes:1||Transition metal oxide:1||Metal compounds:1||Electrochemical activation:1||Hydrogen production:1||Low Pt loading:1||Electrochemical ammonia oxidation reaction:1||Data mining:1||Photocatalytic gaseous degradation:1||Transition metal dichalcogenide:1||InVO 4 photocatalyst:1||Catalytic electrode:1||Drilling mud:1||Nano hollow flower:1||C2+ products:1||nanoreactors:1||Solar Cell:1||Zscheme photocatalyst:1||singleatom catalyst:1||microfluidic channels:1||solutiongated fieldeffect transistors:1||4ethylenedioxythiophene) polystyrene sulfonate:1||Surface engineering:1||sp(2) C:1||electron transport layer:1||Biomassderived catalyst:1||Partial phase separation:1||Active site engineering:1||Synaptic transistor:1||Cubased electrocatalyst:1||DFT calculations:1||LEDs:1||atomic coordination engineering:1||MoS2/MOF 2 /MOF heterostructure:1||Acid etching:1||Ammonia oxidation reaction:1||selfstanding electrode:1||

RSS_1.0 RSS_2.0 ATOM_1.0

145 Anam-ro, Seongbuk-gu, Seoul, 02841, Korea+82-2-3290-2963

Certain data included herein are derived from the © Web of Science of Clarivate Analytics. All rights reserved.
You may not copy or re-distribute this material in whole or in part without the prior written consent of Clarivate Analytics.

Detailed Information

Keyword

BROWSE