ScholarWorks@Soongsil University: PARK, KYUNG WON

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PARK, KYUNG WON (박경원)

College of Engineering (Department of Chemical)

Research Area: 에너지 재료공학, 전기화학 에너지, Energy Materials Science and Engineering, Electrochemical Energy

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Oxygen reduction reaction:25||Lithiumion batteries:15||Cathode:9||Anode:9||Liion batteries:8||TiO2:8||Methanol electrooxidation:7||Oxygen evolution reaction:7||Electrocatalyst:6||Nanowire:6||Platinum:6||Nonprecious metal catalyst:6||Stability:5||Nanostructure:5||Si:5||Pt:4||Doped carbon nanostructure:4||Lithium ion batteries:4||Lithium sulfur batteries:4||Rutile:4||Palladium:4||direct methanol fuel cell:4||Mesoporous:4||Alloy:4||Shuttle effect:3||Electrochemical properties:3||Catalyst:3||Nanoplates:3||Coreshell:3||nanostructure:3||Nanostructures:3||nanostructures:3||Carbon nanofiber:3||Methanol oxidation reaction:3||Composite:3||methanol electrooxidation:3||fuel cells:3||Liion battery:3||Hexapod:3||Oxygen reduction:3||Titanium nitride:3||Nanobelts:3||Electrodeposition:3||Electrooxidation:3||Support:3||Shape control:3||Reduced graphene oxide:3||Anode catalyst:2||Oxides:2||Hydrothermal process:2||Imprinting process:2||Core shell:2||Intercalation:2||Nanostructure materials:2||Supported catalyst:2||Formaldehyde:2||Interlayer:2||Iodide reduction:2||Formic acid:2||Ti4O7:2||Anion exchange membrane water electrolysis:2||Dicyandiamide:2||Fuel cell:2||Fuel cells:2||JahnTeller distortion:2||Capacitance:2||Tungsten carbide:2||Ge:2||Polymer electrolyte membrane fuel cell:2||Electrochemistry:2||Nanocomposite:2||Polyvinylidene fluoride:2||LiMn2O4:2||Glycine:2||Void:2||Porous carbon:2||Nanomaterials:2||Nanoparticles:2||polymer electrolyte:2||Water electrolysis:2||Electrospinning:2||Pseudocapacitor:2||Direct methanol fuel cells:2||Doped carbon:2||Capacity:2||Doped porous carbon:2||Carbon:2||anode:2||Composite materials:2||Lithium oxygen batteries:2||Redox reaction:2||Nitrogen:2||Highrate performance:2||Sbdoped SnO2:2||Dyesensitized solar cells:2||Cathode material:2||Cone calorimeter:2||Size control:2||electrocatalysis:2||electrochemical properties:2||Flame retardant:1||Flexible electrode:1||Fluorine:1||Fluorine doped carbon:1||Fluorine doping:1||Formic acid electrooxidation:1||Formic acid oxidation:1||Formwork:1||French environmental code:1||Functional separator:1||Gas diffusion layer:1||Ge/C:1||Germanium:1||Graphene:1||Graphitic carbon:1||Graphitic carbon nitride:1||Graphiticlike carbon:1||Graphitized carbon:1||Growth from solutions:1||Hard template:1||Heat management:1||Heating process:1||High energy efficiency:1||High rate performance:1||High stability:1||Highvoltage:1||Higher oxidation:1||Hollow nanostructure:1||Hybrid solid electrolyte:1||Hybrid solid electrolyte membrane:1||Hybrid solid electrolyte membrane Allsolidstate lithium based batteries:1||In situ phase transition:1||Insulating glazing:1||Interfacial reaction:1||Iodine:1||Ion exchange membrane:1||Ir doping:1||Iridium oxide:1||Iron:1||Iron doped Cobalt oxide:1||Iron(Ⅱ) phthalocyanine:1||Layered structure:1||Li intercalation:1||Li ion diffusivity:1||Liion exchange membrane:1||LiCoO2:1||LiNi0 8Co0 1Mn0 1O2:1||LiNi0.5Mn1.5O4:1||LiNi0.8Co0.15Al0.05O2:1||LiNi0.8Co0.1Mn0.1O2:1||LiOH:1||Library remodeling(도서관 리모델링):1||Lifespan:1||Lithium:1||Lithium Ion batteries:1||Lithium air batteries:1||Lithium intercalation:1||Lithium ion batteris:1||Lithium ion battery:1||Lithium titanium oxide:1||Lithiumair batteries:1||Lithiumion diffusivity:1||MTT assay:1||MTT평가:1||Makgeolli:1||Mesoporous carbon:1||Mesoporous structure:1||Mesoporous tungsten carbide:1||Metal oxide support:1||Metals and alloys:1||Methanol:1||Methanol Oxidation Reaction:1||Methanol electrooxidation reaction:1||Methanol oxidation:1||Methanol tolerance:1||Micelle structure:1||Microbial Fuel Cell:1||Microbial fuel cell (MFCs):1||Microbial fuel cells:1||Microcontroller:1||Microsphere:1||MoO3:1||MoS2/carbon nanofiber:1||Molybdenum carbide:1||Molybdenum disulfide:1||Molybdenum nitride:1||Molybdenum nitrides:1||Molybdenum oxide:1||Ndoping:1||Nanoarray:1||Nanodendrite:1||Nanoencapsulation:1||Nanofabrications:1||Nanoporous:1||Nanostructure catalyst:1||Nanostructured support:1||Nanotube:1||Nirich:1||Nirich cathode:1||NiCo2O4:1||NiFe layered double hydroxide:1||Nickel:1||Nickel doped cobalt phosphide:1||Nickel phosphide:1||Nickel sulfide:1||Nitrate reduction reaction:1||Nitric acid:1||Nitrogen doping:1||NonPt:1||NonPt catalyst:1||Nonprecious catalyst:1||Nonprecious metal catalysts:1||Nonprecious metal catalyst:1||Nutrient solution:1||Odors:1||Ohmic loss:1||Onestep synthesis:1||Oxygen evolution:1||Oxygen reduction reaction catalyst:1||Ozone precursors:1||P (VDFHFP):1||PEMFC:1||PVP:1||Parameter change:1||Paris Agreement:1||Particulate matter:1||Patterning:1||Payback period(투자비 회수 기간):1||Pd Electrode:1||Pd catalyst:1||Pd nanoparticles:1||Pd nanostructures:1||Pd nanotube array:1||PdCo@Pt:1||Phase transition:1||Photocatalytic properties:1||Poly(vinylidene fluoridecohexafluoropropylene):1||Polyimide:1||Polymer electrolyte membrane:1||Polymer electrolyte membrane water electrolyzers:1||Polymer template method:1||Polymeric redox mediator:1||Polypyrrole:1||Polyvinyl alcohol:1||Polyvinylpyrrolidone:1||Pork grilling:1||Porous current collector:1||Porous polymer gel electrolyte membrane:1||Porous transport layer:1||Porphyrin macrocycle structure:1||Power generation:1||Power shortage:1||Pt Coverage:1||Pt nanocube:1||Pt nanowire array:1||PtNiO:1||PtTiO2:1||PtIr alloy nanostructure:1||PtNi:1||PtNi alloy catalyst:1||PtSn:1||Pulse electrodeposition:1||Purge:1||Quaternary Nirich cathode:1||Rate performance:1||Redox mediator:1||Redox polymeric catalyst:1||Rhodium:1||Roles of the transition metals:1||Roundtrip efficiency:1||Rudoped TiO2:1||Rutheniumtin oxides:1||Seeding method:1||Shapecontrol:1||Si3N4:1||Silica aerogel:1||Silica beads:1||Singlecrystalline:1||Sizecontrol:1||Solid oxide electrolytes:1||Solvent ratioadjusted hydrothermal synthesis:1||Solvothermal synthesis:1||Sputtering:1||Sputtering Deposition System:1||Sputtering deposition method:1||Sputtering deposition process:1||State of health:1||Stress relief:1||Structure:1||Sulfur:1||Supercapacitor:1||Surface finishing method:1||Surface modification:1||TCi thermal conductivity analyzer:1||TEMPO:1||Thermal conductivity:1||Thermal decomposition method:1||Thermogravimetric (TG) analysis:1||TiN@C:1||TiO2 nanorod:1||Time constant:1||Titania:1||Titanium suboxide:1||Transition metal:1||Transport and the Geological Storage of Carbon Dioxide:1||Truncated octahedron:1||Tungsten carbides:1||Tungsten oxide:1||Twostep heating process:1||URFC:1||URFCs:1||UV blocking:1||UV illumination:1||Unitized regenerative fuel cell:1||VOCs:1||Vanadium nitride:1||Vanadium oxide:1||Volatile organic compounds:1||Vortex:1||WN:1||WO3:1||WO3x:1||Water flooding:1||Water management:1||Web:1||Whitening Efficacy:1||Wood composite material:1||Woodbased materials:1||Woodbased panel:1||Yolkshell structure:1||Yttrium:1||a depositrefund system:1||acetyl acetone:1||acid medium:1||activated carbon:1||alcohol fuel cells:1||an organization of managing deposit:1||antioxidant activity:1||bimodal porous:1||block copolymers:1||carbon felt:1||carbon nanofibers:1||carbon nanomaterials:1||carbonaceous materials:1||cathode:1||cathode electrocatalyst:1||chemical synthesis:1||chemically regenerative:1||cocatalyst:1||coffee waste:1||composite:1||composite materials:1||composite structures:1||containerdeposit legislation:1||counter electrode:1||dipping process:1||direct carbonization:1||doped carbon:1||doping:1||dyesensitized solar cell:1||dyesensitized solar cells (DSSC):1||electrochromic device:1||electrochromism:1||electrodes:1||electrolysis:1||electrolyte salt:1||electrooxidation:1||electrospinning:1||electrospun:1||environment:1||environmental code:1||environmental law:1||graphene quantum dot:1||grazing incidence Xray diffraction:1||hBN:1||hexafluoropropylene):1||hydrogen generation powder:1||hydrogen water face mask:1||integrated environmental law:1||ionic compound:1||iridium oxide:1||linerboard:1||liquid catalyst:1||lithium ion battery:1||lithium sulfur batteries:1||lithiumion batteries:1||lithiumion battery:1||lithiumion exchange membrane water electrolysis:1||metal oxide support:1||metal/carbon hybrids:1||methanol oxidation:1||methanol oxidation reaction:1||methanol tolerance:1||mortar adhesives:1||nanoparticles:1||nanoporticle:1||nickel foam:1||nickel oxide:1||nitrate:1||noble metal:1||oxide support:1||oxides:1||oxygen evolution reaction:1||oxygen reduction:1||oxygen reduction reaction:1||physical adsorption:1||platinum and ruthenium alloy:1||platinum and titanium oxide:1||platinum catalyst:1||platinum rhodium alloy:1||plywood:1||polyethersulfone:1||polymer electrolyte membrane fuel cell:1||porous structure:1||proton exchange membrane fuel cells:1||redox couple:1||redox couples:1||reduction of greenhouse gas emissions:1||selfassembly:1||separator:1||shape control:1||shuttle effect:1||small chamber:1||solgel process:1||sputtering system:1||stability:1||support material:1||supported catalyst:1||titanium suboxide:1||toluene:1||unreturned deposit:1||visiblelight:1||volatile organic compounds:1||waste:1||water electrolyzer:1||water splitting:1||waterbased phenolformaldehyde (PF) resin:1||건물일체형 태양광발전(Buildingintegratedphotovoltaic):1||기후요소(Climaticelement):1||막걸리:1||미반환보증금:1||미백효능:1||미생물연료전지:1||보증금관리기구:1||보증금반환제도:1||빈용기보증금제도:1||상관계수(Coefficientofcorrelation):1||생산자책임재활용제도:1||수송 및 저장:1||온실가스감축:1||운량(Cloudcover):1||이산화탄소 지중 저장 등에 관한 법률:1||이산화탄소 포집:1||저항전압손실:1||전류차단법:1||체육관(Gymnasium building):1||통합환경법:1||파리협정:1||파워향상:1||폐기물:1||프랑스통합환경법전:1||항산화물질:1||화장품성분:1||환경:1||환경법:1||환경법전:1||환경헌법:1||1TMoS2:1||활성화전압손실:1||Absorption chiller(흡수식 냉온수기):1||Acitvation Loss:1||Act on Capture:1||Activity:1||Al doping:1||Alkaline medium:1||Allsolidstate lithium batteries:1||Aluminum doping:1||Amaranthus Hypochondriacus L.:1||Anion doping:1||Anion exchange membrane water:1||Anode material:1||Antioxidant:1||Antioxidant Activity:1||Arginine:1||Ball milling:1||Bimodal pore:1||Bifunctional catalyst:1||Bimetal phosphide:1||Binderfree electrode:1||Biomimetics:1||Bipolar plate:1||Branched nanostructure:1||Buffer solution:1||Building energy saving:1||Building energy(건물 에너지):1||Burning behavior:1||C:1||CCS:1||Carbon corrosion:1||Carbon nanotube:1||Carbon nanotube film:1||CarbonDioxide Capture and Storage:1||Catalysis:1||Catalytic activity:1||Catalytic reaction:1||Cathode catalyst:1||Chalcogen compound:1||Chemical synthesis:1||Chemically regenerative redox fuel cell:1||Conaphthalocyanine (CoNPc):1||Coating:1||Cobalt:1||Coffee waste:1||Colloidal method:1||Composition:1||Compositioncontrol:1||Conducting agent free:1||Constitutional environmental article:1||Copper oxide:1||Core/shell:1||Cosmetic ingredient:1||Counter electrode:1||Crystal structure:1||Cu:1||Cu current collector:1||Cu2O Nanocube:1||Cube:1||Current interruption Technique:1||Cyclic Voltammetry:1||Cysteine:1||DEFC:1||DMFC:1||DPPH Assay:1||Dendrite:1||Dendrites:1||Deposition:1||Desiccator:1||Direct ethanol fuel cell:1||Dopant:1||Doped carboncoated iron:1||Doping:1||Doping source:1||Doublelayered concentrationgradient structure:1||Dual closedloop:1||Durability:1||Efficiency:1||Electric heat pump (EHP):1||Electrical conductivity:1||Electricity:1||Electrooxidation:1||Electrooxidation reactions:1||Electrocatalysts:1||Electrochemical impedance spectroscopy:1||Electrochemical polymerization:1||Electrochemical techniques:1||Emission reduction:1||Energy crisis:1||Environmental chamber test:1||Ethanol:1||Ethanol tolerance:1||Ethylene carbonate:1||Exfoliated graphite nanoplatelets (xGnP):1||Extended Producer Responsibility (EPR):1||F substitution:1||Fdoping:1||Fe doping:1||FeTMPP:1||Fe/N/C:1||

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