ScholarWorks@Hanyang University: Kim, Han su

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Kim, Han su (김한수)

COLLEGE OF ENGINEERING (DEPARTMENT OF ENERGY ENGINEERING)

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Tel 02-2220-2412
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silicon:8||Cathode:5||lithiumion battery:5||batteries:4||Lithiumion batteries:4||Lithium ion battery:4||Anode:4||anode:4||Coreshell structure:4||inorganic electrolyte:3||lithium storage:3||Si/SiOx:3||SiO:3||lithium ion batteries:3||Li ion battery:3||Lithium battery:3||sodium batteries:2||Lithiumion battery:2||inorganic electrolytes:2||electrochemistry:2||anodes:2||Liion batteries:2||Selfassembly:2||SiC composite:2||Sibased anode materials:2||porous materials:2||TiO2x coating:2||Anodes:2||Nonaqueous electrolyte:2||mesoporous:2||copper chloride:2||Graphite:2||Molybdenum oxide:2||Silicon:2||metal oxides:2||dendritefree:2||Volume expansion:2||Highenergy density:1||Hybrid nanostructure:1||Hydrothermal reaction:1||In situ dilatometer:1||Initial Coulombic efficiency:1||Ink:1||Inorganic electrolyte:1||Insertion:1||Ionic conductivities:1||Ionic conductivity:1||Iron bipyridine:1||Li and Naion batteries:1||Li metal batteries:1||Liion battery:1||Listorage:1||LiNi0.5Mn1.5O4:1||Lithiation:1||Lithium batteries:1||Lithium hydride:1||Lithium ion batteries:1||Lithium ion capacitor:1||Lithium metal electrode:1||Lithium secondary battery:1||Lithium storage:1||Lithiumsulfur battery:1||Magnesium:1||Magnesium rechargeable batteries:1||Mechanical milling:1||Meso:1||Metal complex:1||Methyl violgen:1||Mg trapping:1||Microstructure:1||Ndoped graphite felt:1||NMR:1||Naion batteries:1||Nanocubes:1||Nanoporous:1||Nanostructures:1||Nanotube:1||Negative electrodes:1||Nickel bipyridine:1||Nitrate:1||Nonaqueous electrolyte:1||Organic aqueous redox flow battey:1||Organic redox active molecule:1||Orientedattachment:1||PEDOT:PSS:1||PVDF:1||Poly (amideimide):1||Polyethylene separator:1||Polyvinylidene fluoridehexafluoropropylene copolymer:1||Post lithiumion battery:1||Prelithiation:1||Prussian Blue:1||Prussian blue:1||Prussian blue analogues:1||Quantum chain:1||Quantum dot:1||Recycling:1||Redox flow battery:1||Room temperature ionic liquid:1||Roomtemperature electrolysis:1||SEI layer:1||Si embedded SiOx nanocomposites:1||Sibased anode:1||Sibased electrode:1||Si/SiOx nanocomposite:1||Si/SiOx nanosphere:1||SiOx nanosphere:1||Silica:1||Silicon alloy:1||Silicon monoxide:1||Silicon sludge waste:1||Size effect:1||Sodium rechargeable battery:1||Sodiumion battery:1||Solid electrolyte interphase accumulation:1||Solid electrolytes:1||Sulfur dioxide:1||Surface modification:1||Ternary silicon corecarbon nanotubes windinggraphene shell composites:1||Thin film:1||TiO2 coating:1||Titanium dioxide:1||Titanium oxide:1||Titanium silicide:1||Urea:1||Vanadium redox flow battery:1||Viologen:1||Voltage efficiency:1||ZEBRAtype batteries:1||alkaline etching:1||alloys:1||anode material:1||antimonydoped tin oxide:1||binder:1||capacity:1||carbon:1||carbon anode:1||carbon segregation:1||carburization:1||catalytic degradation:1||chemical etching:1||conductive agent:1||conjugated polymers:1||coordination polymers:1||coreshell materials:1||corrosion:1||crystal growth:1||dehydrogenation:1||directed assembly:1||discharged state cathodes:1||dualbuffer effect:1||dualion batteries:1||electrochemical energy storage:1||electrochromic device:1||electrode architecture:1||electrode structure:1||electrodes:1||electrolyte decomposition:1||electrolyte salt:1||endothermic process:1||full cell:1||germanium:1||graphene:1||graphene balls:1||graphene oxide:1||graphene quantum dot:1||graphite:1||halides:1||heat treatment:1||high rate performance:1||hollow graphene:1||hollow structures:1||hybrid cathode:1||hybrids:1||hydrogen evolution:1||hydrogen silsesquioxane:1||in operando monitoring:1||in operando small angle Xray scattering:1||interphase:1||ionic compound:1||ionic conductivities:1||ionic liquid:1||layerbylayer:1||lithium:1||lithium ion battery:1||lithium metal:1||lithium metal phosphates:1||lithium rechargeable battery:1||lithiumion batteries:1||lyotropic liquid crystals:1||macroporous:1||magnesiation:1||magnesiothermic reduction:1||magnesium:1||mesoporous CoSn:1||mesoporous electrode:1||mesoporous materials:1||metal oxide:1||metal oxide anode:1||nanoarchitecture:1||nanofibers:1||nanofoils:1||nanoparticles:1||nanostructural uniformity:1||nanostructured electrodes:1||nanotubes:1||natural activation:1||nickel:1||nonflammable:1||nonflammable:1||nonmetallic anodes:1||ordered mesoporous electrodes:1||organic dopant:1||organic thermoelectric devices:1||planar alkylthiazole building blocks:1||polygonal:1||polymer binders:1||polymers:1||polysulfidecatholyte:1||pore dynamics:1||porous composite:1||porous structure:1||purification:1||reaction mechanism:1||reversible surface reaction:1||room temperature:1||ruthenium:1||scalable spray deposition:1||scanning electron microscopy:1||sequential doping:1||silicon anodes:1||silicon oxide:1||silicon oxides:1||siliconbased anode:1||siliconbased electrode:1||smallangle Xray scattering:1||sodium metal:1||sodium rechargeable battery:1||softhard copolymers:1||solid electrolytes:1||solidstate batteries:1||surface modification:1||tensile stressstrain relationship:1||tin oxide:1||titanium:1||1butyl3methylpyridinium bis(trifluoromethylsulfonyl) imide:1||volume expansion:1||Activation energy:1||Activeinactive composite:1||Aerosol process:1||Al2O3 coating:1||Allsolidstate batteries:1||Anode material:1||Binder:1||Ccoated Si/SiOx nanospheres:1||Carbon black:1||Carbon coating:1||Cationic polymerization:1||Chevrel:1||Composite polymer electrolyte:1||Conducting agent:1||Conductive polymer:1||Copper chloride:1||Copper oxide:1||Coreshell particle:1||Counter anion:1||CuO:1||Dispersion properties:1||Divinyl ether:1||Dualion storage:1||Electrochemistry:1||Electrode:1||Electrodepositon:1||Electrorefining:1||Energy efficiency:1||Fluorination:1||Functional filler:1||Gamma ray irradiation:1||Gel polymer electrolyte:1||Graphene:1||Graphiteblended electrode:1||Halides:1||Heterogeneous synthesis:1||

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