ScholarWorks@Hanyang University: Im, Won Bin

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Im, Won Bin (임원빈)

COLLEGE OF ENGINEERING (SCHOOL OF MATERIALS SCIENCE AND ENGINEERING)

Research Area: 에너지재료

Tel 02-2220-0404
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LED:6||Solidstate lighting:6||Rietveld refinement:5||LiMnTiO4:5||Photoluminescence:5||Cathode:5||Blue emission:4||Liion battery:4||Liion batteries:4||Electrospinning:4||glass:3||Plasma etching:3||Phosphor:3||thermal stability:3||Oxyfluoride:3||LEDs:2||Glass:2||phosphors:2||anode:2||Layeredlayered:2||Glass ceramic:2||Spinel framework:2||Composite electrode:2||quantum dot:2||quantum dots:2||Cobalt oxide:2||cathode:2||Quartz glass:2||lithiumsulfur batteries:2||Li2RuO3:2||mechanoluminescence:2||Red phosphor:2||metal halides:2||Blueemitting phosphor:2||Thermoluminescence:2||Plasma resistance glass:2||White LEDs:2||Lithium battery:2||Lithium ion battery:2||Color gamut:2||Fluoride phosphors:1||Fluorine doping:1||Fluorocarbon plasma:1||Full spectrum:1||Fullcolor emission:1||Garnet structure:1||Glass thick coating:1||Glassceramic:1||HFfree synthesis:1||HavriliakNegami dielectric functions:1||Highcapacity cathode:1||Highperformance:1||Highpower lighting applications:1||Hostmediated energy transfer:1||Hybrid:1||Hydrogen fluoride:1||ICPRIE etching:1||Ionic liquid:1||JahnTeller distortion:1||K2SiF6:Mn4+:1||LED phosphor:1||Layered:1||Layered oxide:1||Lead halide perovskites:1||Leadfree perovskites:1||Lewis acidbase interactions:1||Lirich layered oxides:1||Li1:1||LiFePO4:1||Ligand exchange:1||Lithium ions batteries:1||Lithium iron phosphate:1||Lithiumion battery:1||Lithiumsulfur battery:1||MEM analysis:1||Manganese oxide:1||Maximum entropy method:1||Mechanoluminescence:1||Mesopore:1||Mesoporous carbon:1||Metal halide perovskite:1||Mg doping:1||Micropore:1||Mn2+:1||Mn2+ emission:1||Mn4+:1||Mn4+ emission:1||MoS2 transistor:1||Multicomponent alloy:1||Multilayer ceramic capacitors:1||NASICON:1||Na+ super ionic conductor (NASICON):1||Naion batteries:1||Na3Sc2(PO4)(3) phase transitions:1||Nanophosphor:1||Nanocrystal:1||Nanofiber:1||Nanofibers:1||Nanoplatelets:1||Nanorod:1||Nanoscale materials:1||Nanosheet phosphor:1||Natural daylight:1||Nepheline:1||Nitrogendoped carbon:1||Orange emission:1||Particle contamination:1||Particulate contamination:1||Pbfree:1||Pbfree metal halides:1||Persistent luminescence:1||Phosphate:1||Phosphor blend:1||Phosphor in glass:1||Phosphoringlass:1||Phosphors:1||Photoluminescence:1||Photoluminescence quantum yield:1||PiG microcubes:1||Plasma dry etching:1||Plasma etching resistance:1||Plasma resistance:1||Plasma resistant ceramics:1||Plasma resistant components:1||Plasmawall interaction:1||Polyolassisted combustion:1||Polytetrafluoroethylene (PTFE):1||Polyvinylidene fluoride (PVDF):1||Porous nanoparticle:1||Pr3+:1||Pseudocapacitive:1||PseudocapacitorSurface morphology/chemistryElectrodepositionManganese oxide filmElectrochemical stabilityIrreversible reaction:1||Pyrolytic carbon:1||Quantum dots:1||Quartz crucible:1||Quenching:1||Rapid pyrosynthesis:1||Rare earths:1||Rate capability:1||Rate performance:1||Redemitting:1||Reduction sintering temperature:1||Scatterfree phosphor:1||Selftrapped exciton:1||SnS2:1||SnS2@gC3N4:1||Sodiumion batteries:1||Sodiumion battery:1||Solid state reaction:1||Solidsolution:1||Solidstate battery:1||Solidstate electrolyte:1||Special quasirandom structures:1||Spinel:1||Spinel framework &apos:1||Spinellayered:1||Static and dynamic quenching mechanism:1||Sulfur reservoir:1||Surface energy:1||Surface modification:1||Surface reaction:1||Template:1||Ternary system:1||The firstprinciples calculations:1||Thermal conductivity:1||Thermal stability:1||Thermally stable cathode:1||TiN film:1||Trap density:1||Universal dispersive response:1||White LED:1||Xray detectors:1||Y2O3:1||Y2O3 nanophosphorcoreshell structureRE ionsluminescence efficiencyquantum yield:1||Yellow emission:1||Yellowemitting phosphor:1||Zero thermal quenching:1||air batteries:1||and red phosphor:1||bioelectronics:1||blueemitting semiconductors:1||briquette process:1||brownish ring:1||calcium:1||carbon nitride:1||carbondoping:1||cathodes:1||cellular automata:1||coloring of cristobalite:1||crystallization:1||cycle life:1||cycle stability:1||czochralski:1||dendritefree:1||density functional theory:1||elasticoluminsecence:1||film:1||flexible electrode:1||flexible electronics:1||form factors:1||freestanding electrode:1||gC3N4:1||gels:1||graphene:1||graphitic carbon nitride:1||hard carbon:1||heat dissipation:1||high energy density:1||hole injection layer:1||hydrochromic materials:1||information encryption:1||intermetallic anodes:1||kinetics:1||lanthanide:1||laser:1||lead halide perovskites:1||light extraction:1||lightemitting device:1||lithium metal battery:1||lithiumion batteries:1||low temperature:1||lowtemperature synthesis:1||luminescence:1||mechanical reliability:1||mesopores:1||moisture sensing:1||moistureresistant:1||molecular cooperative assembly:1||multimodal sensors:1||multiphoton absorption:1||nonlinear optical response:1||oleic acid:1||onepot synthesis:1||optical glasses:1||optical materials:1||organic liquid electrolyte:1||oxygen deficiency:1||packaging:1||perovskites:1||phosphate:1||phosphoringlass:1||photodetector:1||photon upconversion:1||porous microspheres:1||power density:1||pressure sensor:1||pressure sensors:1||pseudocapacitance:1||quantum dot lightemitting diodes:1||quartz glass crucible:1||rapidthermal annealing:1||reactive template:1||secondharmonic generation:1||selftrapped emission:1||selftrapped excitons:1||silicate:1||siloxenes:1||singlecomponent whitelight emitters:1||sintering:1||sodium hybrid capacitor:1||sodium ion batteries:1||solgel:1||solid electrolyte interphase:1||solidstate lighting:1||solvothermal:1||spinellayered:1||spinellayered composite:1||stability:1||stable spinel framework:1||tactile sensors:1||thermoluminescence:1||thick films:1||thiosulfatepolythionate redox couple:1||thirdharmonic generation:1||threedimensional perovskite:1||twophoton absorptiondriven luminescence:1||ultrahigh capacity:1||upconversion:1||vanadium dioxide:1||water dropletassisted solidstate reaction:1||white LEDs:1||white emission:1||white light emitting diodes:1||whitelightemitting diodes:1||yellow emission:1||zerodimensional nanocrystals:1||:1||zerodimensional perovskite:1||2D confinement effects:1||2Mn0:1||6Ni0:1||Alkalineearth glass:1||Allsolidstate battery:1||Aluminosilicate glass:1||And crystallinity:1||Anode:1||Atomic layer deposition:1||BaTiO3 material:1||Brownish ring:1||Carbon coating:1||Cathode material:1||Cation disorder:1||CdSe:1||Chemical reactivity:1||Chemical stability:1||Cobalt content:1||Color centered:1||Color converter:1||Color rendering index:1||Conductivity:1||Corrosion:1||Cristobalite:1||Cs5Cu3Cl6I2:1||CsPbBr3 nanoplatelets:1||Cu2+ doping:1||Current constriction:1||DOE(Design Of Experiments):1||Dielectric spectroscopy:1||Display:1||Doublelayered perovskite:1||Electrochemistry:1||Electrolyte:1||Etch rate:1||Eu2+:1||Eu3+:1||Flowerlike:1||Fluoride phosphor:1||

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