ScholarWorks@Dongguk University: Sohn, Jung in

Detailed Information

Sohn, Jung in (손정인)

College of Natural Science (Department of Physics)

Research Area

Tel 02-2260-3190
Homepage

ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

Oxygen evolution reaction:6||hydrogen evolution reaction:3||Redox mediator:3||Electrocatalyst:3||tactile sensor:3||Hydrogen evolution reaction:3||Triboelectric nanogenerator:3||molybdenum disulfide:2||Liion battery:2||Bifunctional catalyst:2||Selfpowered system:2||anion exchange membrane water electrolyzer:2||vanadium dioxide:2||water electrolysis:2||lattice oxygen mechanism:2||bifunctional:2||Catalyst:2||SERS:2||Vanadium dioxide:2||Supercapacitor:2||electrocatalyst:2||electrocatalysts:2||Energy storage system:2||Chalcogen compound:1||Charge delocalization:1||Charge transfer kinetics:1||Colloidal quantum dot:1||Composite nanofibers:1||Controlled morphology tinning:1||Coreshell heterostructure:1||Crystallization:1||Cubane cage:1||Cyclohexanone:1||DFT calculation:1||Dendritefree:1||Depth profile detection:1||Dopant:1||Earthabundant:1||Electrochemical energy storage:1||Electrolysis:1||Energy harvesting:1||Energy storage devices:1||FDTD:1||FDTD simulation:1||Faradaic electrodes:1||Faradaic redox:1||Faradaic redox reaction:1||Faradaic redoxreaction:1||Fast charging anode:1||Ferric oxyhydroxide:1||Fiber:1||Fiberbased supercapacitor:1||Flexible energy storage system:1||Flexible touch panel:1||Gel polymer electrode:1||Graphene nanohoneycomb sponge:1||Green PHOLED:1||HTM:1||Heterogeneous synthesis:1||Heterostructure:1||High EQE:1||High EQE and CE:1||High current efficiency:1||High surface area:1||High valence metal:1||High valence non3d metal:1||Hollow structure:1||Hydrogen Evolution Reaction (HER):1||Hydroquinone:1||Hysteresis:1||Imidazole:1||Imidazole based host:1||Intelligent touch perception:1||Interface:1||Interfacial strain:1||Intra nanogap:1||Inverse spinel oxide:1||Ionic conductivity:1||Iron(II) phthalocyanine:1||JahnTeller distortion:1||Lattice oxygen mechanism:1||Li–O2 battery:1||Li dendrites:1||Li metal anode:1||Li transfer kinetics:1||LiI:1||LiNi0.5Mn1.5O4:1||Light scattering:1||Lithium air batteries:1||Lithium oxygen batteries:1||Manganese(II) halide emitters:1||Mechanical grinding:1||Mechanical stability:1||Metal organic frameworks:1||Metalfree:1||Metalinsulator phase transition:1||Metalorganic framework:1||Metaltoinsulator transition:1||Metallic filament domain:1||Metallic selenium:1||Mo1xWxS2 alloy:1||MoS(2)monolayer:1||MoS2:1||MoS2 heterostructure:1||Molybdenum oxide:1||Multiplex detection:1||Naion batteries:1||Nanoarray:1||Nanoparticles:1||Nanorod:1||Nanowire:1||Nearfield oscillation:1||Negative differential resistance:1||NhBN addition:1||NiSO compound:1||Nickel ferrite:1||Nickel metal:1||Nickel selenide:1||Nickel sulfide:1||Nitrogen doping:1||Nonhalogen solvent:1||O3 phase:1||Optical communication:1||Organocopper:1||Orientedattachment:1||Oxidative oxygen species:1||Oxophilic effect:1||Oxygen Evolution Reaction (OER):1||P2 phase:1||PVDF composite films:1||PVDFHFP:1||PbS quantum dots:1||Phase transition:1||Phosphorescent OLEDs:1||Piezoelectric device:1||Plasmonic effect:1||Polymer electrolyte membrane water electrolyzers:1||Polyvinylidene fluoride:1||Porous AuAg alloy:1||Porous transport layer:1||Practically high current operation:1||Pseudocapacitor:1||Quantum chain:1||Quantum dot:1||Quantum dot solar cell:1||RF transmission line:1||Redox mediators:1||Redox polymeric catalyst:1||Reduced binary anion:1||Reproducibility:1||Rigid and flexible OSCs:1||Robust TENG:1||Seebeck effect:1||Self powered system:1||Selfassembly:1||Selfassembly NP arrays:1||Silver nanowires:1||Smart control system:1||Soft substrate:1||Solid additive:1||Solidstate lithium metal battery:1||Solution processing:1||Solutionprocessed green LEDs:1||Spinel:1||Spinel structure:1||Stability:1||Strain:1||Stress engineering:1||Stretchable sensor:1||Strongly correlated materials:1||Substitution:1||Surface enhanced Raman scattering:1||Surface modification:1||Surface stress:1||Surfaceenhanced Raman scattering:1||Switching characteristics:1||Tailored oxygen vacancy:1||Telluride catalyst:1||Ternary transition metal composites:1||Transition metal chalcogenides:1||Twodimensional vanadium dioxide:1||Visible light communication:1||WOLED:1||WS2:1||Water electrolysis:1||Water splitting:1||Wearable device:1||White LED:1||Wireless human machine interactions:1||Zerodimensional:1||Zn electrode:1||Zn ion capacitor:1||ZnO:1||ZnO nanowire:1||acidic oxygen evolution reaction:1||adsorption isotherm:1||allsolidstate lithium metal batteries:1||alternating stripe domain:1||amorphous carbon:1||anion deficient molybdenum trioxide (MoO3X):1||aqueous zincion batteries:1||artificial pain feeling:1||bilayer MoS2:1||bilayer WS2:1||builtin potential:1||carbon nanotube (CNT):1||chalcogen:1||chalcogenide glasses:1||charge transfer:1||charge transport:1||chemical vapor deposition (CVD):1||composition control:1||concentration photovoltaics:1||conduction mechanism:1||contact engineering:1||controllable hysteresis:1||coordination bond:1||coreshell structure:1||cycle stability:1||d(33):1||density functional theory:1||dipcoating:1||doping:1||electrochemical deposition:1||electrolyzer:1||electron microscopy:1||electronphonon interaction:1||electronic skin:1||fast photodetectors:1||field effect transistor:1||flexible electronics:1||flexible energy storage system:1||flexible photodetector:1||graphene:1||growth parameters:1||heterostructure:1||hexagonal boron nitride:1||high entropy:1||high entropy materials:1||hot spots:1||hotspots:1||hybrid phototransistors:1||indoor solar cells:1||inkjet printing:1||interface stability:1||interlayer coupling:1||janusstructured polymer electrolytes:1||lattice oxygenmediated mechanism:1||layered separator:1||lead sulfide quantum dots:1||lithium metal anode:1||lithiumair batteries:1||lithiumion transferencenumber:1||lowfrequency Raman modes:1||metalair batteries:1||metaldielectricmetal:1||metalinsulator transition (MIT):1||metalorganic frameworks:1||metaloxygen covalency:1||molybdenum disulphide (MoS2):1||morphology:1||multimetal oxide:1||multiphoton absorption:1||multifunctional device:1||nanowire:1||nickel oxides:1||non3d modulator:1||onepot CVD synthesis:1||optoelectronic memory:1||overall water splitting:1||oxophilic cerium:1||oxygen evolution reaction:1||oxygen nonbonding state:1||oxygen vacancy:1||pHuniversal hydrogen evolution reaction:1||pencil graphite electrode:1||perovskite:1||phase analysis:1||phase transition:1||phase transitions:1||phonon shift:1||photodetector:1||photoresponse behavior:1||piezoelectric effect:1||piezoelectric force microscopy:1||piezoelectric nanogenerators:1||piezoelectricity:1||pintype module:1||plasmonic coreshellsatellite:1||poly ethylenimine:1||poly(thionine):1||polyvinyledenedifluoridetrifluoroethylene (PVDFTrFE):1||porous nanofibers:1||potassium iodide:1||preanodization:1||printed electronics:1||proton exchange membrane water electrolyzer:1||pyroelectric effect:1||quantum dots:1||rGO:1||redox mediator:1||redoxmediated polymer catalyst:1||reduced graphene oxide:1||scalable fabrication:1||selfpowered system:1||shape detection:1||soft material:1||solid polymer electrolyte:1||solidstate lithiummetal batteries:1||strain effect:1||strain engineering:1||supercapacitor:1||supersaturation level:1||surface topography:1||surface topography detection:1||thermal stability:1||transition metal (oxy)hydroxide:1||transition metal oxides:1||transition metal sulfide:1||transitionmetal chalcogenides:1||transparent conductive electrodes:1||triboelectric nanogenerator:1||twodimensional atomic crystal:1||ultrafast transient absorption spectroscopy:1||vapor corrosion:1||water electrolyzer:1||water samples:1||waterproofed function:1||wireless humanmachine interaction:1||2D heterostructure:1||zinc metal anode:1||3nitrophenol:1||3D catalyst structure:1||3D networks:1||4nitrophenol:1||Ag nanoparticles:1||AgF and Ag2O nanoparticles:1||Alkaline water electrolysis:1||Anion exchange membrane water electrolyzer:1||Artificial hybrid SEI:1||Au nanoparticles:1||Barium titanate:1||Bifunctional:1||Bifunctional mechanism:1||Biometric system:1||Bismuth iron hybridization:1||CF4plasma treatment:1||Carbon composite:1||Carbon fiber:1||Carbon fiber paper:1||Cascading LUMO:1||Catalytic interactions:1||Cathode material:1||

RSS_1.0 RSS_2.0 ATOM_1.0

30, Pildong-ro 1-gil, Jung-gu, Seoul, 04620, Republic of Korea+82-2-2260-3114

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