ScholarWorks@SUNGKYUNKWAN UNIVERSITY: KIM, JUNG KYU

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KIM, JUNG KYU (김정규)

Engineering (Chemical Engineering)

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water splitting:4||Electrocatalyst:4||Hole transport layer:3||Photoelectrochemical cell:3||2<:3||PEDOT:PSS:3||/sub>:3||sub>:3||hydrogen evolution reaction:3||Water splitting:2||solar water splitting:2||<:2||nickel phosphide:2||Ammonia oxidation reaction:2||stability:2||hierarchical structure:2||organic solar cells:2||Withania somnifera:2||Ndoped carbon:2||MS:2||MXene:2||p>:2||Organic lightemitting diode:2||bismuth vanadate:2||Organic photovoltaic:2||MXene, ruthenium:2||Ginkgo biloba:2||Stability:2||Electrocatalysts:2||Hydrogen production:2||/p>:2||apoptosis:2||withanolide glycosides:2||carbon nanotube:2||Titanyl phosphate:2||graphene:2||bifunctional electrocatalysts:2||Catalytic kinetics:1||Centipeda minima:1||Charge transport:1||Comparative evaluation:1||Coreshell:1||Coumarin glycoside:1||Crystallineamorphous boundary:1||Defect engineering:1||Denatonium:1||Density functional theory:1||Density functional theory calculation:1||Designer biotemplate:1||Directional adhesion:1||Dry adhesive:1||Dual heterostructure:1||EC:1||ECD:1||ECD calculations:1||EIS analysis:1||EIS prediction:1||Elaeagnaceae:1||Electrochemical Nitrogen Reduction Reaction:1||Electrochemical ammonia production:1||Electrochemical core shell deposition:1||Electrochemical immunosensor:1||Electrochemical impedance spectroscopy:1||Electrochemical nitrogen reduction reaction:1||Electrochemical surface treatment:1||Electrolytes:1||Energy conversion:1||Equivalent circuit model:1||FePi:1||Full watersplitting:1||Graphenebased interfacial layer:1||Graphitic carbon nitride:1||HBsAg detection:1||HER:1||HI splitting:1||Hematite nanorods:1||HepG2 cells:1||Hepatic fibrosis:1||Hepatic stellate cells:1||Heterointerface:1||Highperformance:1||Hippophae rhamnoides:1||Hybrid materials:1||Hybrid nanodot:1||Hybrid system:1||Hybrid water electrolysis:1||Hydrogel:1||Hydrogen evolution reaction:1||ITO free:1||ITOfree:1||Impedance optimization:1||Impedance visualization:1||Insitu surface reforming:1||Indian ginseng:1||Ionic passivation:1||Iron oxide:1||LLCPK1:1||Leguminosae:1||Lewis acid Al2O3promoter:1||Liquidphase carbonylation:1||Low temperature:1||MAPKs:1||MDAMB231:1||MPP:1||Mesenchymal stem cell:1||Mesoporous graphitic carbon nitride (mpgC3N4):1||Metal ion chelation:1||Metal oxide photoanode:1||Metal pyrophosphate:1||MetalN<:1||Methanol:1||Microcracks:1||Microspheres:1||Mo2C catalyst:1||Mo2N catalyst:1||Morus alba:1||Mulberry:1||Multilayer coating:1||N:1||N, Pdoped carbon:1||Ndimethylanthranilic acid:1||NMR chemical Shift calculations:1||NRR electrochemistry:1||Nanodots:1||Nanomaterials decoration:1||Near field effect:1||Nearinfrared:1||Nearinfrared radiation (NIR):1||Nephrotoxicity:1||Ni<sub>3</sub>(HITP)<sub>2</sub> nanostructure:1||NiCo:1||NiO:1||Nickel Phosphide:1||Nickel oxide:1||Nickel phosphide:1||Nickel sulfide:1||Nitrogen reduction reaction:1||Nitrogendoped carbon quantum dot:1||Nitrogenrich carbon:1||Nitrophenyl derivative:1||Noble metal:1||O<:1||OER:1||Organic photovoltaics:1||Osteocytes:1||Osteogenesis:1||PCA:1||PDA:1||PEC:1||PEC ammonia degradation:1||PEDOT:1||PEDOT:P(SScoTFPMA):1||POCTs:1||PSS modification:1||PTPMEG2:1||Passivation of defects:1||Patterned Au assembles:1||Perovskite:1||Perovskite solar cells:1||Phaseolus multiflorus var. albus:1||Photocatalyst:1||Photocatalysts:1||Photocatalytic reaction:1||Photodegradation of pollutant:1||Photoelectrochemical:1||Photoelectrochemical cells:1||Photoelectrochemical water splitting:1||Photoelectrochemistry:1||Photovoltaic:1||Phytosterols:1||Polyurethane (PU):1||ReS:1||Reaction parallelization:1||Reaction pathway control:1||Reduced graphene oxide:1||Reductive chemical:1||Rh nanoparticles:1||S2:1||STAT3:1||Skin patch:1||Solar H<:1||Solar hydrogen production:1||Solarassisted water splitting:1||Solution processible OLED:1||Solventresistivity:1||Spinacia oleracea:1||Stretchable device:1||Supercapacitor:1||Surface plasmon resonance:1||Sustainable energy:1||T2:1||Ternary spinel oxide:1||Textile strain sensor:1||Thermal crosslinking:1||Thiourea:1||Ti:1||TiO 2:1||TiO2<:1||Titanium dioxide:1||Transition metal oxide:1||Ulmaceae:1||Ulmus davidiana var. japonica:1||Upconversion:1||V2O5:1||Valueadded product:1||Variational autoencoder:1||Water oxidation:1||Wettability:1||White kidney bean:1||Withanolides:1||ZnFe2O4<:1||activated carbon:1||actuator:1||allsolidstate batteries:1||ammonia electrosynthesis:1||angiogenesis:1||anode materials:1||antiHelicobacter pylori activity:1||battery:1||biomass:1||biomimetics:1||breast cancer cells:1||brevilin A:1||carbon nanofiber support:1||carbon nanosheet:1||carbon quantum dots:1||carrier recombination:1||charge separation:1||charge transport:1||citrate derivatives:1||cobaltdoped TiO2:1||colloids:1||conducting polymers:1||controlled pH:1||coreshell nanoparticles:1||deep learning:1||device architecture:1||disorder engineering:1||disordered layers:1||electrocatalysis:1||electrocatalyst:1||electrocatalysts:1||electrochemical nitrogen reduction reaction:1||electron transfer:1||electron transport layer:1||electronic circular dichroism (ECD):1||electrospinning:1||energy storage battery:1||fiber sensors:1||glucoseuptake:1||gold nanospheres:1||grain boundary healing:1||halide perovskites:1||hepatocellular carcinoma:1||heterostructures:1||hierarchical nanoturf structures:1||high energy density:1||hole extraction:1||hole extraction layer:1||hole transport layer:1||hydrogen evolution reactions:1||hydrogenevolution reaction:1||hysteresis:1||impedance machine learning:1||in situ substitutional nitrogendoping:1||interfacial distortion:1||inverted planar perovskite solar cells:1||lowtemperature solutionprocess:1||mesoporous carbon host:1||metamaterials:1||metasurfaces:1||metal oxide:1||metal oxide photoanodes:1||microthrough hole membranes:1||microstructure:1||microstructures:1||moisture stability:1||multipleheterojunction:1||nanoimprinting lithography:1||nanomaterials:1||nanopattern:1||nanoturf structures:1||nitrogendoped carbon:1||nuclear magnetic resonance (NMR):1||overall water splitting:1||oxygen evolution reaction:1||oxygen reduction reaction:1||pHindependency:1||perovskite optoelectronic devices:1||perovskite solar cells:1||phloridzin:1||photocatalyst:1||photoelectrochemical cells:1||photoelectrochemistry:1||photothermal effect:1||photovoltaic devices:1||plasmonic nanoparticles:1||poly(methyl methacrylate):1||polydopamine:1||pressureinduced crystallization:1||production:1||protein tyrosine phosphatases (PTPs):1||reducedGraphene Oxide:1||reduction:1||selfassembly:1||silver doping:1||single atom:1||solflame doping:1||solar cells:1||solar fuels:1||solarvapor generation:1||spin crossovers:1||spinel:1||strain engineering:1||strain insensitive:1||strain sensor:1||sulfide electrolytes:1||supercapacitor:1||surface engineering:1||surface reactivity:1||sustainable chemistry:1||temperature sensors:1||tetrafluoropropylmethacrylate:1||thermal annealed:1||transitionmetalbased electrocatalysts:1||type 2 diabetes:1||vanadium:1||wet adhesion:1||wrinkles:1||zinc metal anode:1||zincair battery:1||:1||zincion batteries:1||(2):1||(4):1||(eNRR):1||(x) MXene:1||0:1||2D pattern array:1||2D/2D heterostructure:1||3T3L1 preadipocytes:1||Adipocytes:1||Adipogenesis:1||Alkaline phosphatase:1||Ammonia Electrosynthesis:1||Ammonia synthesis:1||Amorphous overlayer:1||Anode oxidation:1||AntiHelicobacter pylori:1||Anticorrosion:1||Antifungal activity:1||Asymmetric:1||Bifunctional electrocatalyst:1||Bimetal conductive metal–organic frameworks:1||Bioinspired synthesis:1||Biomimetics:1||Biomineralization:1||Biopolymer:1||Biopsy cancer diagnosis:1||Biosensor:1||Bulkheterojunction:1||C3:1||CFMID 3:1||CO2 reduction:1||Calvatia nipponica:1||Carbon composite:1||Carbon doping:1||Carbon quantum dots:1||Cascade charge transport:1||

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(03063) 25-2, SUNGKYUNKWAN-RO, JONGNO-GU, SEOUL, KOREAsamsunglib@skku.edu

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