ScholarWorks@Korea University: Kim, Dong Wan

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Kim, Dong Wan (김동완)

College of Engineering (School of Civil, Environmental and Architectural Engineering)

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Tel 02-3290-4863
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Electrospinning:10||Lithiumion batteries:9||Electrocatalyst:7||Graphene:6||Hydrogen evolution reaction:5||electrocatalysts:5||electrocatalyst:5||LiO2 batteries:5||hydrogen evolution reaction:4||Lithiumsulfur batteries:4||LiO2 battery:4||oxygen evolution reaction:4||lithiumion batteries:4||Lithiumion battery:4||Nanocomposite:4||Liion batteries:4||Li ion battery:4||Cellulose:4||cobalt phosphide:3||Carbon coating:3||toxicity:3||Liion battery:3||Toxicity:3||Water splitting:3||aluminum oxide nanoparticles:3||Particulate materials:3||anode:3||distribution:3||inflammation:3||Oxygen evolution reaction:3||Lithiumoxygen battery:2||aqueous zinc ion batteries:2||Polysulfide:2||Electrical explosion of wire:2||electrospinning:2||cathode:2||Liargyrodite:2||Electronic structure:2||Molybdenum phosphide:2||Separator modification:2||magnesiothermic reduction:2||RuO2:2||SnO2:2||immunotoxicity:2||Nanoparticles:2||nanofiber:2||sodiumion batteries:2||Mitochondria:2||physicochemical properties:2||Cathode:2||Waste poly(vinyl butyral):2||Electron microscopy:2||supercapacitor:2||titanium dioxide nanoparticles:2||artificial protective layer:2||Polysulfide shuttle effect:2||nanoparticle:2||Inhalation:2||silicon:2||Oxygen vacancy:2||Anode:2||anode materials:2||Silicon anode:2||Photoelectrochemical:2||zinc metal anodes:2||porous carbon cloth:2||cerium oxide nanoparticles:2||nanorods:2||Heterostructure:2||Ruthenium phosphide:2||CoS2:2||LiO2 batteries:2||Batteries:2||Lithiumsulfur battery:2||Chemical synthesis:2||Energy storage:2||anticorrosion:2||zinc dendrites:2||Selective leaching:2||Silicon:2||Electrocatalysts:2||Oxygen reduction reaction:2||Anatase TiO2:2||Lithium ion battery:2||nanofibers:2||antigen presentation:2||Aluminum oxide nanoparticles:2||TCNQ:2||Autophagy:2||Wide pH:1||Freestanding:1||antisuperoxide disproportionation:1||Cobalt sulfide catalyst:1||heterocatalysts:1||Supercapacitor:1||Idiopathic pulmonary fibrosis:1||largescale:1||Sodiumion battery:1||Iron phosphates:1||Waste polyvinyl(butyral):1||Adsorbent:1||Size:1||transitionmetal pyrophosphate:1||seawater electrolysis:1||Microspheres:1||cubic spinel structure anode:1||nanoaggregates:1||bifunctional phase boundary:1||synergistic effect:1||Dye:1||MoMoO3Graphene:1||3D nanostructures:1||glass particles:1||Ndoped carbon nanofibers:1||nanoplatelets:1||Co3O4:1||Nanostructures:1||Solvothermal method:1||Alkali activation:1||Particle size effect:1||Vanadium oxide nanoparticles:1||SiC nanocrystal:1||hierarchical structure:1||Hierarchical superstructure:1||Li2FeSiO4:1||Glasses:1||Microporous materials:1||nanosheet:1||Cu/C nanowlre frameworks:1||Hydrothermal:1||copper:1||nanotechnology:1||Hydrolysis:1||standing electrode:1||chemical vapour deposition:1||Zinc oxide nanoparticles:1||albumin:1||La0.8Sr0.2VO3:1||iron sulfides:1||colon:1||Lithiumoxygen batteries:1||P dualdoped carbon sheath:1||Silk fibroin:1||Multifunctional interlayers:1||microwaveassisted synthesis:1||superionic conductors:1||oxygen reduction reaction:1||Volatile organic compounds:1||Alkaline hydrogen evolution:1||acidic water electrolysis:1||Multinucleated macrophages:1||dendritefree anode:1||Recovery:1||Reaction mechanism:1||Nd magnets:1||Air pollution:1||Hypoxia:1||Peroxymonosulfate activation:1||MoO2carbon nanotube composite:1||Disinfectants:1||universalpH:1||Fe2+/Fe3+ redox effect:1||Carbonfree:1||Hollow nanofibers:1||Aqueous Znion batteries:1||CeO2:1||Electrochemical water treatment:1||graphene:1||Nanorod:1||Photocatalysis:1||Magneli phase:1||lithiumoxygen batteries:1||Ndoped carbon nanofiber:1||Nanocomposite anode:1||Cu3[MoO4](2)O:1||Open channels:1||immune regulation:1||Cyclic voltammetry:1||Activated carbon:1||Sulfur host:1||Calcium borosilicate glass:1||Indentation hardness:1||Cycling stability:1||waste:1||Cobalt orthophosphate:1||Aspect ratio:1||Graphene nanoplatelets:1||Gradational heterostructures:1||electrochemistry:1||selfassembly:1||manganese oxide:1||MWCNT:1||3D Nanoarchitecturing:1||nickelsilicon nanocomposite:1||Anion change:1||Nanofiber:1||ion batteries:1||Creactive protein:1||lithiumion battery:1||mechanically interlocked polymers:1||solid polymer electrolytes:1||longterm stability:1||vacuoles:1||3D Si@C network:1||anodes:1||hollow structures:1||carbon layers:1||orientation control:1||Sulfite oxidation reaction:1||Binder:1||Stress relaxation:1||freestanding electrodes:1||high areal mass loading:1||Nitrogen/sulfur dualdoped carbon:1||Selfdefense redox mediator:1||Siloxene anodes:1||Binders:1||Thin film:1||hydrogen production:1||chemical replacement reaction:1||Raman spectroscopy:1||Modified separators:1||Twodimensional:1||Freestanding:1||Stillbirth:1||Freestanding electrodes:1||O2electrode:1||SeZnO3:1||Carbon encapsulation:1||surfaceadsorption reaction:1||2DZIF nanosheets:1||layered porous carbons:1||Lithiumion capacitor:1||Lamella body:1||Na2NiP2O7:1||selfsupporting:1||Matrix metalloproteinase:1||Nickel disulfide:1||waste LCD glass:1||Co(OH)(2):1||Zn1.67Mn1.33O4/graphene:1||pyrite:1||Cu:1||NiFe nanoparticles:1||catalysts:1||Magnetism:1||Na2CoP2O7:1||Triclinic:1||Naion battery:1||Composite materials:1||MnMoO4:1||Flexural strength:1||aspect ratio:1||toxicity screening:1||Hydrothermal reaction:1||Windshield waste:1||Amorphous materials:1||SnO2 nanobelts:1||tap density:1||electrical wire explosion:1||3D structure:1||P25:1||Vacuoles:1||Fe3O4/Fe nanocomposites:1||Electrical wire pulse process:1||SrTiO3:1||Hydrated vanadium oxide:1||vertical nanosheet:1||free&#8208:1||globulin ratio:1||reduced graphene oxide:1||porous frameworks:1||paraptosis:1||Pyrolysis:1||microRNA:1||tin monosulfide nanoplates:1||porous carbon cube:1||catalyst layer:1||hollow structure:1||Hybrid supercapacitor:1||liquidphase synthesis:1||Solid solution:1||Fast charge:1||Propagermanium:1||Builtin electric field:1||2D nanosheets:1||2CrO3:1||Thermal annealing:1||Carbonencapsulated iron:1||allsolidstate batteries:1||Interfacial heterostructure:1||Alveolar macrophages:1||Waste pickling solution:1||Acid regeneration plants:1||Interferon gamma:1||Highrate performance:1||Pyrrhotite iron sulfides:1||Freeze casting:1||Immune deficiency:1||frameworks:1||polar mediators:1||Magnesiothermic reduction:1||Reproduction:1||Immunotoxicity:1||Electrical explosion of wire process:1||Cathode materials:1||Sbdoped SnO2:1||nanoparticles:1||Conversion reaction:1||Carbonencapsulating:1||cobalt compounds:1||Ni nanoparticle:1||ZnCo2O4:1||High voltage:1||tissue distribution:1||Hollow sphere:1||Inhibition of Bacteria Growth:1||adhesion molecules:1||high rate:1||Large surface area:1||V2O3:1||Redox reaction:1||Carbon Coating:1||highpower:1||Porous nanoplates:1||Waste glass:1||Cobalt oxide nanoparticles:1||Nanoplatelets:1||high energy milling:1||lithium ion battery:1||Sodium ion batteries:1||Porous Ge nanoarrays:1||Long cycle life:1||TiO2:1||trace elements:1||surface charge:1||Amorphous phase:1||carbon nano fiber:1||biosensors:1||lithium metal anodes:1||endoplasmic reticulum:1||surface reconstruction:1||Fibrin:1||Stiffness:1||zincair battery:1||onepot process:1||Growth mechanism:1||synergistic coupling:1||Cobalt iodide:1||Aqueous zinc ion battery:1||CoP:1||Ultrafine nanoparticles:1||lung inflammation:1||Non radical oxidation:1||Charge transfer resistance:1||Boron doped diamond:1||metal carbonyl:1||Geometric gas adsorption:1||Barium:1||Transition metal phosphide:1||Water electrolysis:1||Nd oxide:1||Underground subway dusts:1||Iron metabolism:1||selfsupporting electrodes:1||metal&#8211:1||organic&#8208:1||Glass microfiber filter:1||Dip coating:1||Porous carbon cloth:1||Amorphous silica nanoparticles:1||Hybrid catalyst:1||graphitic carbon:1||nanoshell:1||graphene oxide:1||hydrogen evolution:1||silk fibroin:1||biopersistence:1||Si nanoparticle:1||Micrococcus:1||flowerlike microspheres:1||E. coli:1||long life:1||Xray methods:1||Energy storage and conversion:1||Distribution:1||Ion homeostasis:1||Nanowires:1||triporous carbon:1||poly(vinyl butyral):1||recycling:1||Nanostructure:1||aluminum oxide hydroxide nanoparticles:1||Enzyme immobilization:1||Electrochemical performance:1||Electrolytes:1||Nanoscale alloying:1||lithium:1||nanostructures:1||highrate capability:1||Template:1||nanocolloids:1||tin:1||surface area:1||Apoptosis:1||Paraptosis:1||Nanocomposites:1||Aqueous zincion batteries:1||Anion exchange membrane water electrolyzer:1||lithiumsulfur battery:1||2D nanomaterials:1||brainstem:1||polyrotaxane:1||electronion dual conduction:1||size:1||Hydrogen bonding:1||voltage window:1||noble metal reduction:1||oxygen evolution reactions:1||perovskites:1||cancer:1||E171:1||cobalt nanoparticle:1||1D@3D structure:1||Zn dendrites:1||Encapsulation:1||sex difference:1||ion balance:1||Intermolecular interactions:1||Refractory organic pollutant:1||Reduced graphene oxide:1||High current density:1||Znmetal batteries:1||Phase transition:1||Iridium substitution:1||Li S batteries:1||Distorted perovskite:1||Li2O2 growth:1||Carbon nanosheets:1||sulfur batteries:1||TNb(2)O(5)nanotubes:1||Cell configuration:1||Didecyldimethylammonium chloride:1||Tungsten diselenide:1||NOAEL:1||Immunoglobulin A:1||Porous carbon nanofibers:1||Tungsten disulfide:1||Cellulosic templates:1||Zinc manganese oxides:1||catalysis:1||phosphates:1||Fast adsorption:1||Hydrothermal Synthesis:1||Oxygen electrode:1||Powders: chemical preparation:1||Glassceramics:1||Lithium Ion Batteries:1||spleen:1||Surface area:1||Wetchemical route:1||Solvothermal synthesis:1||Lioxygen batteries:1||3D microlbatteries:1||3D nanoarchitectures:1||Highrate capabilities:1||nanosheets:1||chemical bath deposition:1||Sheet:1||Silicate:1||Electrochemical reactions:1||Anodic oxidation:1||Longterm cyclability:1||electric&#8208:1||dissolution:1||LiSi alloy:1||Silica nanoparticles:1||Ndoped C:1||PEMWEs:1||Tandem photovoltaics:1||porous nanorods:1||sulfide solid electrolyte:1||Metal alloy:1||Antisuperoxide disproportionator:1||Zinc dendrite:1||Nucleation:1||TiO 2MoS 2 heterostructure engineering:1||Perovskite:1||Persulfate activation:1||Electrochemical oxidation:1||Density functional theory:1||Underground dust:1||Indoor pollutants:1||Ruthenium doping:1||Permanent magnet:1||Infrared spectroscopy:1||Xray absorption spectroscopy:1||Conversion kinetics:1||Lung inflammation:1||Iron selenide:1||Reduced graphene oxides:1||Li/Na ion batteries:1||Chemical stability:1||Pulmonary disease:1||organogermanium nanowires:1||lithiumoxygen battery:1||transition metal phosphides:1||water splitting:1||Freestanding electrode:1||Development:1||Thermal reaction:1||Sex:1||LiS battery:1||Porous carbon:1||lithiumsulfur batteries:1||mesoporous:1||platinum:1||transition metal oxide:1||Carbon fiber:1||Brookite TiO2:1||3D architecture:1||substitution:1||cobalt:1||Ultrafine:1||Ti4O7:1||Magnesiothermic:1||Wireexplosion:1||CuO:1||Recycling:1||Activation process:1||Composites:1||W18O49:1||Hydroxy sodalite:1||Pore volume:1||Catalytic performance:1||Li2MnSiO4:1||carbon nanofiber:1||Ti2O3:1||mesoporous materials:1||template synthesis:1||spinel Li[Ni0.5Mn1.5]O4:1||Li4Ti5O12:1||carbon coating:1||Naion batteries:1||Transparent conducting oxide:1||Hematite:1||SnSb:1||Sodiumion batteries:1||Solgel processes:1||Photocatalytic:1||cobalt disulfide:1||interlayer:1||molybdenum disulfide:1||wire&#8208:1||explosion:1||binderfree anode:1||perovskite structure:1||ASSLBs:1||molecular shuttles:1||Fibrin template:1||Solar hydrogen:1||Alginate:1||Rudoped CuO:1||Vanadium:1||Prelithiation:1||aqueous Znion batteries:1||porous zincophilic host:1||3D reduced graphene oxide arrays:1||quasisolidstate lithiumsulfur batteries:1||Zinc metal anode:1||Artificial interphase:1||N:1||Shuttle effect:1||Biochar:1||protonexchange membranefuel cell:1||Inflammation:1||crystal textures:1||Ntype siloxene:1||Doping mechanism:1||Kinetics:1||Hollow spheroids:1||Interlayer:1||Primary degradative pathway transition:1||Mediated electron transfer:1||Lithium polysulfide adsorption:1||lithium&#8211:1||Quaternary ammonium compounds:1||Matrix metalloproteinase1:1||Microplastics:1||Longterm stability:1||Spinel structures:1||alphaMoClx:1||Tin oxide nanoparticle:1||CuGeO3:1||Visible light:1||overall water splitting:1||Bifunctional electrocatalysts:1||stability:1||carbonfree:1||porous structure:1||Rose:1||Nanoceria:1||amorphous silica:1||oxygen vacancy:1||physiology:1||Field emission scanning electron microscopy:1||Waste green tea bag:1||Transition metal oxides:1||Densification:1||liver:1||Electrochemical measurements:1||long cycle life:1||Biocatalysts:1||Nanorods:1||In vitro system:1||Crystal structure:1||Differential electrochemical mass spectrometry:1||Iron oxide:1||Doping:1||Titanium dioxide nanoparticles:1||Nanoaggregates:1||Multiwalled carbon nanotubes:1||Li&#8208:1||energy storage:1||high areal capacity:1||stomach:1||allsolidstate lithium batteries:1||Size optimizing:1||zincmetal anodes:1||gelpolymer electrolytes:1||Interface coating:1||La0:1||8Sr0:1||sulfide solid electrolytes:1||Pt alloy:1||Cement:1||Pulmonary inflammation:1||Oxalic acid:1||

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