ScholarWorks@Dongguk University: Nam, Kyung wan

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Nam, Kyung wan (남경완)

College of Engineering (Department of Energy and Materials Engineering)

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Tel 02-2260-4978
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Xray absorption spectroscopy:7||energy storage:6||Liion batteries:6||Anode:5||lithiumion batteries:5||Solid electrolytes:5||Lithium ion battery:4||supercapacitors:4||sodiumion batteries:4||Allsolidstate batteries:4||Liion battery:3||lithiumion battery:3||anode materials:3||sodiumion battery:3||Ionic conductivities:3||Sodiumion battery:3||solid electrolytes:3||Cathode:3||MoS2:3||ionic conductivities:2||Reduced graphene oxide:2||layered structure:2||NaFeTiO4:2||gel precursor:2||solgel:2||Halides:2||Nanocomposite:2||lithium ion batteries:2||Sodium ion battery:2||spinel structure:2||Mo2C:2||cathode:2||cathode material:2||Sodiumion batteries:2||cathodes:2||Batteries:2||Xray diffraction:2||Lithium ion batteries:2||conversion anode:2||tin sulfide:2||MoO3:2||Carbon nanotubes:2||nanomaterials:2||Oxygen evolution reaction:2||Conversion reaction:2||density functional theory:2||Oxygen reduction reaction:2||allsolidstate batteries:2||drug delivery:2||oxygen evolution reaction:2||Lithiumion batteries:2||electrodes:2||electrolytes:2||electron beam irradiation:2||Phase transformation:2||Lithiumion battery:2||reaction mechanism:2||Naion batteries:2||Thermal stability:2||Doping:2||ion battery:2||Interface:1||Interlayer spacing:1||Iron sulphate:1||KJMA:1||Kinetics:1||LIBs:1||LTO:1||Layerstructured oxide:1||Li&#8208:1||Li(Ni0.8Co0.15Al0.05)O2:1||Liion capacitor:1||Lirich layered cathodes:1||Li2CoPO4F:1||LiNi0.5Mn15O4delta cathode material:1||Liquid carbon dioxide:1||Lithium Battery:1||Lithium Vanadium Phosphate:1||Lithium ionic conductors:1||Lithium iron phosphate:1||Lithium metal batteries:1||Lithium metal protective layer:1||Lithiumion battery (LIB):1||Lithophilic metal:1||MN:1||Manganese dioxide:1||Metal oxides:1||Microwave processing:1||Mo2C@CNT:1||MoO2:1||MoS<sub>2</sub>:1||Moisture stability:1||Molybdenum oxide:1||Ndoped:1||NASICON:1||NEXAFS spectroscopy:1||Na ion batteries:1||Na&#8208:1||Naion battery:1||Narich cathode:1||Na3FeF6:1||NaV2O5:1||NaVO3:1||Nanocomposites:1||Nanosheet:1||Natrolite:1||Neutron diffraction:1||NiZn:1||Nirich cathode:1||Nonprecious metal catalysts:1||Oxygen loss:1||PGMfree catalysts:1||Perovskite oxide:1||Petroleum asphalt:1||Photocatalysis:1||Porous materials:1||Prussian blue analogues:1||Rate capability:1||Reaction mechanism:1||Rotating disk electrode:1||Safety:1||Selfstanding nanorod:1||Site density:1||SnO2:1||Sodium storage:1||Sodiumion battery (SIB):1||Sodiumrich cathode:1||Soft Xray absorption spectroscopy (XAS):1||Solidstate batteries:1||Stainless steel mesh:1||Steric modulation:1||Strontium doping:1||Structural evolution:1||Structural refinement:1||Structural stabilization:1||Sulfides:1||Supercapacitor:1||Synchrotron Xrays:1||T5O10 unit:1||TMCs:1||Thermal degradation mechanism:1||ThermoCalc:1||Titanosilicate:1||Transition metal oxides:1||Transition metal vacancy:1||Triazinebased nitroaromatics:1||Tunnel structure:1||Tunnelstructure:1||Uniform carbon coating:1||W2C:1||WO3:1||WS2:1||Water splitting:1||Xray beam:1||XANES:1||Zeolite:1||Zn3V2O8:1||ZnMn2O4:1||Zrdoping:1||ZrO2:1||ZrO2 coating:1||acetic acid:1||active site density:1||adsorbate evolution mechanism:1||allsolidstate battery:1||amorphouslike:1||annealingfree processes:1||anode material:1||antibacterial strategies:1||application of nanomaterials:1||aqueous batteries:1||argyrodites:1||asymmetric:1||asymmetric supercapacitor:1||battery:1||binders:1||biomedical engineering:1||carbon dioxide hydrogenation:1||carbon microsphere:1||catalysis:1||catalysts:1||cathode materials:1||cation disordered rocksalt:1||cationic and anionic redox:1||chelating agent:1||chemical relithiation:1||composites:1||conversion cathode:1||coreshell structure:1||cryoTEM:1||dferrite:1||defective covalent triazine frameworks:1||deformable properties:1||degradation:1||diffuse reflectance infrared Fourier transform spectroscopy:1||direct recycling:1||disproportionation:1||electrode material:1||electrodeposition:1||electrospinning:1||encapsulation:1||energy storage device:1||extremely low metal loading:1||fire safety:1||fractionation:1||fuel cell:1||fuel cells:1||gamma radiation:1||gamma radiation crosslinking:1||gel polymer electrolytes:1||gel process:1||gels:1||graphenelike carbon coating:1||halide perovskite:1||halide solid electrolytes:1||halides:1||heterogeneous reaction:1||heterostructures:1||high energydensity:1||high nickel cathode:1||high rate:1||high rate capable:1||high voltage spinel:1||highenergy density:1||highentropy ceramics:1||highrate:1||highvoltage cathode:1||holey graphene:1||hollow carbon superheterostructures:1||hot corrosion:1||hybrid:1||hybrid anode:1||hybrid supercapacitor:1||hybrid supercapacitors:1||hydrogel:1||hydrogels:1||hydrogen evolution reaction (HER):1||hydrogenation:1||hydrothermal synthesis:1||hydroxide precursor:1||hysteresis:1||in situ TEM:1||in situ Xray diffraction:1||in situ XRD:1||in situ techniques:1||infection management:1||inhomogeneous reaction:1||interfaces:1||interfacial conduction:1||intermetallic phase:1||iron aluminum oxide:1||kinetic study:1||lattice oxygen mechanism:1||ligninderived monomers:1||lignocellulosic biomass:1||linear alphaolefins:1||linker defect:1||liquid fuels:1||lithiumdeficiency:1||lithiumion batteries (LIBs):1||lithiumrich layered oxides:1||lithiumsulfur batteries:1||long cycling:1||longlife anode:1||machine learning:1||metalcitrate gel:1||metalorganic frameworks:1||metallic nanoparticle:1||microgels:1||microspectroscopy:1||mixed cationic and anionic redox:1||multiphase cathode:1||nanocomposite:1||nanomaterial:1||nanoparticle:1||nanosheets:1||nanosized V2O5:1||nanostructure:1||nanowires:1||nearedge Xray absorption fine structure:1||olivine NaFePO4:1||operando Xray:1||organic electrodes:1||oxygen reduction reaction:1||perovskites:1||phase transitions:1||polymeric gel:1||polythiophene:1||propionic acid:1||quantum electron transport (QET):1||rechargeable batteries:1||redox evolution:1||redoxmediator:1||safety:1||selective oxidation:1||single catalyst:1||single particle imaging:1||singleatom catalysts:1||sodiation:1||sodium diffusion coefficient:1||sodium ion batteries:1||sodium iron hexacyanoferrate:1||sodiumion batteries (SIBs):1||sol&#8208:1||solidstate batteries:1||solidstate method:1||solution process:1||sparse Gaussian process potential:1||special pair dance proton transfer:1||stability:1||storage mechanisms:1||structure changes:1||structureproperty relationships:1||sulfide solid electrolyte:1||sulfides:1||supercapacitor:1||sustainable agriculture:1||synchrotron Xray absorption:1||synchrotron Xray diffraction:1||synchrotron characterization techniques:1||targeted delivery:1||tissue repair:1||transition metal oxide:1||transmission electron microscopy:1||volume expansion:1||(rGO)x/Fe2O3 nanohybrids:1||waterstable:1||2D materials:1||Aging:1||Anion:1||Anionic redox:1||Anode material:1||Anode materials:1||Argyrodites:1||Battery:1||Binderfree electrode:1||CNT:1||CO2:1||Capacity retention:1||Carbon materials:1||Carbon shell:1||Cddoped LTO:1||Ceramic layer:1||Chemical composition:1||Chlorine:1||Chromium nitride:1||CoNiO<sub>2</sub>:1||CoNiO2:1||Coating:1||Coreshell:1||Cr2O3:1||Crystal structure of natrolite:1||Cs:1||Cyclability:1||Cyclic stability:1||DFT calculation:1||Decoration:1||Density functional theory:1||Differential scanning calorimetry:1||Dip coating method:1||Disordered framework:1||Electrodes:1||Energy density:1||Energy efficiency:1||Energy storage and conversion:1||Fe valence:1||FeNC:1||FeF2:1||Ferritic/martensitic steel:1||Fluorine substitution:1||Fuel cells:1||Full sodiumion cell:1||Gallosilicate:1||Gas evolution:1||Gibbs free energy:1||Gold nanoparticles:1||Graphene:1||Grotthuss mechanisms:1||Hematite (alphaFe2O3) nanoparticles:1||Hierarchical structure lithium ion batteries:1||Highperformance anode materials:1||Hybrid:1||Hybrid composite:1||Hydrogen evolution reaction:1||In situ XRD:1||In situ xray diffraction:1||Insitu transmission electron microscopy:1||

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