ScholarWorks@Hanyang University: SHIN, DONG WOOK

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SHIN, DONG WOOK (신동욱)

COLLEGE OF ENGINEERING (SCHOOL OF MATERIALS SCIENCE AND ENGINEERING)

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Tel 02-2220-0503
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Solid electrolyte:14||Composite cathode:8||thin film battery:7||Allsolidstate lithium ion battery:7||glass electrolyte:6||Solid oxide fuel cells:6||Electrostatic slurry spray deposition:5||solid electrolyte:5||Allsolidstate battery:5||Anode:5||Sulfide solid electrolyte:4||SOFC:4||YSZ:4||Color conversion glass:4||YAG phosphor:4||Glass composition:4||aerosol flame deposition:4||Aerosol flame deposition (AFD):4||electrical conductivity:3||Solid oxide fuel cells (SOFCs):3||PLC:3||Proton conductor:3||Aerosol Flame Deposition:3||impedance:3||Refractive index:3||Li2OB2O3P2O5:3||Impedance spectroscopy:3||Electrostatic spray deposition:3||LED:2||Ceramic fibers:2||Raman:2||NiOYSZ:2||Lithium ion battery:2||silica glass:2||Glass ceramics:2||Opal glass:2||Lithium phosphorus sulfide:2||spinodal decomposition:2||SOFCs:2||aerosol flame deposition (AFD):2||thermal stability:2||SSC:2||Lithium sulfide:2||Li ion battery:2||cathode:2||cathode material:2||BCZY:2||Dglass:2||conductivity:2||Mechanical milling:2||ESD:2||Sn/SnO2:2||FTIR:2||engineering education:2||Conductivity:2||Solid Oxide Fuel Cells (SOFCs):2||Solid oxide fuel cell:2||fuel cells:2||glass composition:2||Degradation:2||Chemical Stability:2||Solutionbased process:2||Lithium batteries:2||lithium battery:2||Stability:2||CeO2:2||lithium secondary batteries:2||Sulfide:2||Surface modification:2||Electrolyte:2||Nanoparticle:2||BAM:2||Proton conducting fuel cell:2||nanocomposites:2||Thermal stability:2||Nanopowders:2||Thin film batteries:2||Diffuser:2||Protonic ceramic fuel cells:2||E. Fuel cells:1||Efficiency:1||Electrical conductivity:1||Electrospinning:1||Electrochemical performances:1||Electrochemical property:1||Electrode:1||Electrode reaction:1||Electronbeam irradiation:1||Electrospinning:1||Electrospinning Method:1||Electrostatic Spray Deposition:1||Electrostatic atomization:1||Electrostatic slurry spray deposit ion:1||Electrostatic spray deposition (ESD):1||Embossing:1||Erdoped:1||Fcenter:1||FTIR:1||Fibrous cathode:1||Fibrous composite cathode:1||Filter:1||Flame hydrolysis synthesis (FHS):1||Fuel cell:1||Fuel cells:1||Gadoliniadoped ceria (GDC):1||Gadoliniadoped eerie:1||Gadolinium doped ceria (GDC):1||Gadoliniumdoped ceria:1||Germanium sulfide:1||Glass melter:1||Glass process:1||Glycinenitrate process:1||H2OType:1||H2O타입:1||Hardness:1||High specific surface area:1||Honeycomb structure:1||Hybrid solid electrolyte:1||Hydrogen storage:1||Hydrothermal Method:1||Hydrothermal Reaction:1||Hydrothermal Synthesis:1||Hydrothermal method:1||Hydroxyl Group:1||ITSOFCs:1||Imprinting technique:1||Interface:1||Interfacial resistance:1||LSM:1||LTCC frit:1||Lanthanum:1||Lanthanum strontium manganate (LSM):1||Lanthanum strontium manganite (LSM):1||Lattice orientation control:1||Layered cathode material:1||Li secondary battery:1||Li+ ion battery:1||Liargyrodite:1||Liion batteries:1||Liion battery:1||Liion conducting electrolytes:1||Li1.3Al0.3Ti1.7(PO4)(3) (LATP):1||LiCoO2:1||Lighting:1||Liquid phase deposition:1||Lithium Battery:1||Lithium Ion Battery:1||Lithium borate:1||Lithium boron phosphorus oxynitride:1||Lithium borophosphate electrolytes:1||Lithium borophosphate oxynitride:1||Lithium carbonate:1||Lithium cobalt oxide:1||Lithium ion batteries:1||Lithium ion conductivity:1||Lithium lanthanum titanate:1||Lithium phosphate:1||Lithium phosphorous sulfide:1||Lithium rechargeable battery:1||Lithium secondary batteries:1||Lithium sulfur battery:1||Lithiumion diffusivity:1||Lithiumsulfur battery:1||Luminescence:1||Luminophor:1||Metal nanoparticles:1||Micron range particle size:1||Microstructure:1||Microwave sintering:1||Mixed alkali effect:1||Mixed former effects:1||Mixing method:1||Multitargets:1||NASICONtype electrolytes:1||Nanocrystalline:1||Nanofiber:1||Nanofibers:1||Nanoindentation:1||Nanopowder:1||Nanostructured cathode:1||Natural fluorite:1||Ni dopant:1||Nonlinear properties:1||Onedimensional structure:1||Onggi:1||Opacifier:1||Optical properties:1||Optical spectroscopy:1||Optical waveguide:1||Oxysulfide:1||PCB:1||PCFC:1||PDP:1||PTFE powder:1||PVB:1||Pakistan:1||Perovskite electrolyte:1||Perovskites:1||Phase separation:1||Phosphor:1||Physical simulation:1||Polymer Adsorption:1||Polymerceramic composite:1||Pore:1||Porosity:1||Porosity gradient cathode:1||Porous carbon:1||Porous glass:1||Powder ball:1||Proton Ceramic Fuel Cell:1||Proton ceramic fuel cells:1||Proton conducting electrolyte:1||Proton conducting fuel cells:1||Proton conducting oxides:1||RFmagnetron sputtering:1||Radiofrequency magnetron sputtering:1||Raman spectroscopy:1||Rare Earths:1||Rareearths in glasses:1||Rate limiting process:1||Reactionbonded silicon carbide:1||Reflective semiconductor optical amplifier:1||Remodulation scheme:1||Residual silicon:1||SPR:1||SSCSDC:1||Shortterm durability:1||Si:1||Si Solar cell:1||SiOx based composite powders:1||Sinterability:1||Sintering:1||Sintering Behavior:1||Sintering aid:1||SnO(2)B(2)O(3)P(2)O(5):1||SnO2B2O3P2O5:1||Sodium Remnant:1||Solgel:1||Solid Oxide Fuel Cells:1||Solid oxide electrolyzer:1||Solution process:1||Solution synthesis:1||Spherical morphology:1||Spinodal decomposition:1||Strontiumdoped samarium cobaltite:1||Sulfate:1||Surface morphology:1||Suspensions:1||Tantalite:1||Thermal expansion:1||Thermomechanical deformation:1||Thin film electrolyte:1||TiO2 Nanotube:1||Tin oxide:1||Titanate Nanotube:1||Titanate Nanotubes:1||Titanate nanotubes:1||Ultrafiltration:1||Ultrasonic atomization:1||Uniaxial pressure:1||Wavelength conversion:1||Wavelength division multiplexingpassive optical network:1||Xray absorption:1||Xray diffraction:1||XFAS:1||Yittria stabilized zirconia:1||activation analysis:1||aerosol flame:1||aerosol pyrolysis deposition:1||allsolidstate:1||anode materials:1||boron codoping:1||borophosphate glass:1||carbonate coprecipitation:1||ceramics:1||chalcogenide:1||coprecipitation:1||composites:1||continuous spinning:1||electrical properties:1||electrochemical properties:1||electrochemistry:1||electronic materials:1||electrostatic spray deposition:1||flame hydrolysis:1||flame hydrolysis deposition:1||fluorescence:1||foreign cases analysis:1||fuel cell:1||gallium arsenide:1||glass electrolyte membrane:1||glasses:1||gradient anode functional layer:1||hybrid solid electrolyte:1||interfacial resistance:1||liion battery:1||lithium cobalt oxide:1||lithium ion battery:1||lithium secondary battery:1||lithiumborophosphate:1||low dielectric constant:1||low dielectric constant glass:1||lowtemperature performance:1||mechanical milling:1||microbattery:1||model development:1||nanocornposites:1||nonlinear optical properties:1||oxides:1||permittivity:1||phase separation:1||photoluminescence:1||photosensitivity:1||planar lightwave circuit:1||porosity:1||porous glass:1||protonic ceramic fuel cells:1||quantum dots:1||silica soot:1||silica waveguide:1||sintering:1||solgel:1||solgel process:1||solid oxide fuel cell:1||solid state electrolyte:1||solution process:1||sputtering:1||sulfide:1||teaching and learning model:1||teaching and learning strategies:1||thin film electrolyte:1||thinfilm electrolytes:1||transmittance:1||vapor deposition:1||vapour deposition:1||waveguide:1||yttriumdoped barium ceratezirconate:1||공학 교육:1||공학교육:1||교수 학습 모델:1||교수학습 전략:1||모델 개발:1||아쿠아머린:1||탄탈라이트:1||파키스탄:1||1D structure:1||해외 사례 분석:1||A. Suspensions:1||Aerosol Flame Pyrolysis Deposition (AFPD):1||Aerosol Flame Synthesis (AFS):1||Aerosol flame deposition:1||Aerosol flame synthesis (AFS):1||Ag paste:1||Air stability:1||Airblast spray deposition (ASD):1||Alkaline Titanate:1||Allsolidstate:1||Allsolidstate batteries:1||Allsolidstate lithium battery:1||Allsolidstate thin film batteries:1||Amorphous Li2OSnO2B2O3P2O5:1||Amorphous chalcogenide:1||Anode Functional Layer:1||Anode functional layer:1||Anodic current:1||Appropriate technology:1||Aquamarine:1||Aspect ratio:1||BCY:1||BSCF:1||BZCY:1||BaCe0.8Sm0.2O (3delta):1||BaMgAl10O17:Eu2+:1||BallMilling:1||Barium Cerate:1||BiLayer:1||Bilayer electrolyte:1||Binary conductive additive:1||Blue Phosphor:1||Boehmite:1||Bragg grating:1||Calcium phosphate:1||Carbon coating:1||Carbon composite:1||Carbon nanotube (CNT) sheet:1||Carbonate coprecipitation:1||Cathode:1||Ceramic anode:1||Ceramic membrane:1||Ceramic thick film:1||Chalcogenide:1||Chalcogenide glass:1||Chalcogenides:1||Chemical capacitance:1||Chemical vapor deposition:1||CitricNitrate:1||Co3O4:1||Composite cathode ratio:1||Composite cathodes:1||Conductive additive mixture:1||Conductive carbon:1||Continuously gradient composite cathode:1||Continuously gradient microstructure:1||Creep test:1||Crystal growth:1||Crystalline silicon solar cell:1||Cu doping:1||Cubic boron nitride:1||Current collector:1||Cutting tools:1||Cycle performance:1||Cyclic voltammetry:1||Dglass fiber:1||D. CeO2:1||Decision threshold level adjustment:1||Densification:1||Dielectric constant:1||Dielectric properties:1||Differential thermal analysis:1||Dispensing printing:1||Distribution of relaxation time method:1||Doped Barium Cerate:1||Dopedbarium cerate:1||Double layer porous cathode:1||Double layered BSCF:1||

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