ScholarWorks@Korea University: Yoon, Woo young

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Yoon, Woo young (윤우영)

공과대학 (신소재공학부)

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Anode:9||Lithiumion battery:8||Silicon:6||Lithium ion battery:6||Carbon nanofiber:5||Lithium powder:5||lithium trivanadate:4||Silicon monoxide:4||Spin Casting:4||Silicon Sheet:4||Fractional melting:4||lithium secondary battery:4||Lithiumoxygen battery:3||Reduced graphene oxide:3||Photovoltaic:3||dendrite formation:3||Purification:3||Wafer:3||LiV3O8:3||Refining:3||Electrospinning:3||Fractional Melting:3||Lithium secondary battery:3||Secondary cell:3||SnOx:2||MG Silicon:2||KerfFree:2||polymers:2||LiS battery:2||lithiumoxygen battery:2||Numerical Analysis:2||Fe2O3:2||Sulfur cathode:2||Interlayer:2||Iron oxide:2||Lithim ion battery:2||Lithium Powder:2||Solar Cell:2||Supersonic spray coating:2||Lithium trivanadate:2||Nonlithiated cathode:2||Impurity:2||Microstructure:2||Lithium metal battery:2||ZnFe2O4:2||lithium ion battery:2||electrolytes:2||batteries:2||induction furnace:2||Graphite:2||Freestanding:2||solid polymer electrolyte:2||ZIF8:2||lithium metal battery:2||Cr:2||Grain boundary segregation:2||Catalyst:2||Lithiumair battery:2||Lithiumion secondary battery:2||composites:2||Vanadium pentoxide:2||Sodiumion battery:2||lithium powder:2||Cold spray:1||In situ xray diffraction:1||Barium titanate:1||Supersonic cold spraying:1||polymer coating:1||TEM:1||XRD:1||Wafering:1||Irreversible capacity:1||electrospinning lithium ion battery:1||hardness test:1||Solar Cells:1||renewable resources:1||Physical vapor deposition:1||cathodes:1||LithiumSulfur batteries:1||Double layer:1||Diamondlike carbon:1||Polyimide:1||composite polymer electrolyte:1||Accreditation:1||Adhesion:1||Kerf Loss:1||SiAl alloy:1||Purification of silicon:1||Prelithiated SiOC:1||Rubrics:1||lithium deposition:1||lithium powder electrode:1||engineering accreditation:1||LiS batteries:1||highenergy Liion cell:1||Electrochemistry:1||Cetyltrimethylammonium bromide:1||Ni@ZIF8:1||Nanofiber:1||Zn2SnO4:1||Li metal secondary batteries:1||microstructures:1||dendrites:1||Electrospun nanofiber:1||Felxible:1||Rechargeability:1||Nucleation site:1||Nickel foam:1||Lithium Metal Battery:1||Electrostatic Spray Deposition:1||Intermetallic compounds:1||infiltration:1||Phase identification:1||electrochemistry:1||Vanadium alloy:1||Lithium polymer cell:1||Pd:1||Ion sputtering:1||Spincasting:1||Silicon ribbon:1||Continuous Strip Casting:1||Ribbon:1||coreshell structured silica:1||Solar cell:1||Solidification:1||Silicon Nanoparticles:1||siliconcarbon nanocomposite:1||pyrolysis of alginic acid:1||Photoresist:1||GaAs solar cell:1||Advanced lithium metal electrode:1||공학인증:1||voltage gradient:1||program educational objectives:1||Tunnelstructure:1||Bifunctional catalyst:1||Composite:1||Graphene:1||Separator modification:1||Flexible electronics:1||lithium metal:1||Binding energy:1||Silica:1||Implantation:1||Metals and alloys:1||Hydrogen diffusion:1||Hydrogen permeability:1||chemical stability:1||lithium carbonate:1||plasmaenhanced chemical vapor:1||deposition:1||Growth:1||Cu:1||Sputtering:1||liquid separation:1||Silicon carbide:1||Conversion efficiency:1||Li metal:1||quenching:1||Lithium metal secondary cell:1||Wax powder:1||Continuous quality improvement:1||평가
도구:1||프로그램교육목표:1||실천방안:1||continuous quality
improvement:1||lithiummetal batteries:1||Cathode:1||Rechargeable metal air batteries:1||Graphitic carbon nitride:1||SnZnO:1||core bit:1||Ion Beam:1||silicon/diamondlike carbon thin film:1||Electrode expansion:1||Li powder:1||Chromium:1||Aluminum:1||Gel Polymer Electrolyte:1||coating effect:1||lithium metal powder:1||Contamination:1||Interfacial stress:1||Mushy Zone:1||rechargeable cell:1||Micropatterned Si anode:1||Initial irreversibility:1||Waxcoated lithium powder:1||Program
outcomes:1||solid electrolyte interface (SEI):1||Rhombic dodecahedron:1||Layerstructured oxide:1||Expanded pyrochlore:1||Palladium cobalt:1||Pd3Co:1||Lithium diffusion coefficient:1||Electrostatic spray deposition:1||CTABcoated separator:1||MOF:1||Supersonic spraying:1||quasisolidstate:1||Silicon anode:1||Carbon nanotube:1||Titania:1||Tungsten Carbide:1||Wear Resistance:1||KerfLess:1||ZnO:1||SiOx:1||Coulombic efficiency:1||Interdiffusion:1||Size effect:1||centrifugal force:1||Defects:1||Lowtemperature photoluminescence:1||Multicrystalline:1||lithium powder anode:1||Direct growth:1||Metal foam:1||Lithium powder anode:1||nanoSi particle:1||Nanoimprint lithography:1||Double layer anode:1||austenitic manganese steel:1||V2O5:1||Dendritic growth:1||Metallurgical grade silicon:1||Engineering accreditation:1||채점기준:1||국제성함양:1||concentration gradient:1||Shuttling effect:1||stack pressure:1||crack healing mechanism:1||CNT:1||Xray absorption spectroscopy:1||lithiummetal powder anode:1||Lithium vanadate:1||Electrospray:1||LIB:1||Ferroelectricity:1||vaporphase polymerization:1||conductive polymer:1||electrodes:1||lithium metal batteries:1||terpene:1||Pd3Co nanoparticle:1||LiS cell:1||Electrical Conductivity:1||Poly(poly(ethylene glycol)Methyl Ether Methacrylate):1||thermodynamic properties:1||Tungsten:1||Atomistic simulations:1||Nucleation:1||Gel polymer electrolyte:1||Insitu crosslinking:1||Lithium dendrite:1||Arc plasma deposition:1||Electroless deposition:1||Si nanopowder:1||Lithium Trivanadate:1||Metallurgical refining:1||Lifetime:1||Li metal powder:1||Interface:1||Lithium Ion Batteries:1||anode:1||Motheye:1||Antireflection:1||Retrograde:1||critical cooling rate:1||Surface control:1||Assessment tool:1||지속적 품질개선:1||CQI:1||exchange current density:1||lithiummetal battery:1||Lithiummetal battery:1||Nafion:1||Binderfree:1||Electrochemical reaction:1||Physical vaporization deposition:1||Supersonic blowing:1||SEM:1||click reaction:1||MnO:1||Hematite:1||SiO:1||Irreversible phase:1||Lithium oxide:1||Lithium silicate:1||carbon nanofiber:1||Alloys:1||Li powder electrode:1||Glass:1||Catalyst support:1||Solid Liquid Interface:1||carbon composite:1||Outcomebased education:1||Accreditation criteria:1||FeCrAl:1||Washcoat:1||Si refining:1||Metal impurity:1||Dendrite:1||SiOC composite anode:1||프로그램 학습성과:1||implementation of PEO:1||CoMOF74:1||Sulfur utilization:1||Soft magnetic composites (SMCs):1||Fe12 wt%Al alloy:1||conductive path:1||lithium cobalt oxide:1||palladiumcobalt:1||Atomic layer deposition:1||FeFe3C:1||Intermetallics:1||Oxidation:1||Lithium battery anode:1||Li2O2 toroid:1||Lithium:1||freestanding:1||Acoustic Emission:1||energy storage:1||Silicide:1||Oxygen ratio:1||Hydrogen separation membranes:1||Polypyrrole:1||fractional melting:1||silicon refining:1||chromium coating:1||Heat treatment:1||Electron beam melting:1||CSC:1||lithium battery:1||Microcage structure:1||carbide precipitation:1||Wetness:1||DET method:1||Cultivation of Internationality:1||공학교육인증:1||성과중심:1||outcomes based:1||lithiumion flux:1||Oxide insulation:1||Selective oxidation:1||allsolidstate battery:1||graphite cell:1||

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