ScholarWorks@Hanyang University: Kim, Young Do

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Kim, Young Do (김영도)

COLLEGE OF ENGINEERING (SCHOOL OF MATERIALS SCIENCE AND ENGINEERING)

Research Area: 물리금속 (고온재료)

Tel 02-2220-0408
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Coercivity:9||Sintering:9||Powder metallurgy:7||microstructure:7||Hardness:6||Alkali surface modification:6||Gas atomization:6||sintering:6||Hydrogen reduction:5||Mechanical alloying:5||Mechanical properties:5||Mesoporous surface:5||Silicon carbide:5||MoSiB alloy:5||Polyol process:5||Pressureless sintering:5||Fracture toughness:5||WCu:4||Extrusion:4||Composite:4||hydrogen reduction:4||Twostep sintering:4||Spark plasma sintering:4||Rare earth magnet:4||Pore structure:4||Oxidation:4||Ndrich phase:4||MoSiB alloys:4||Microstructure:4||Mechanical property:4||Highenergy ball milling:4||Aluminum hydroxide:3||Inconel 617:3||Hydrogen storage alloy:3||NdFeB sintered magnets:3||Molybdenum oxide:3||Chemical vapor transport:3||Aging:3||Coreshell powder:3||MgZnY:3||Warm compaction:3||Cyclic sintering:3||alloys:3||hardness test:3||Magnetic property:3||AlN:3||Titanium:3||Voronoi diagram:3||Powder:3||Liquid phase sintering:3||intermetallics:3||powder processing:3||High temperature degradation:2||7xxx series Al:2||9Cr steel:2||A high energy ball milling:2||Akali surface modification:2||Al(OH)(3):2||Aluminum alloy:2||Camphene:2||Capping agent:2||CoCrMo alloy:2||Complex oxide:2||Composite powder:2||Compressive property:2||Convergent heat treatment:2||Direct nitridation:2||Fractography:2||Freeze drying:2||Gibbsite:2||Heatexchanger:2||High temperature compression:2||High temperature properties:2||In situ dispersion:2||In situ fabrication:2||Intermetallic compound:2||Ion conductivity:2||Isothermal sintering:2||MMC:2||Magnetic entropy change:2||Magnetic properties:2||Magnetocaloric effect:2||Mechanochemical process:2||Metal salt:2||Mg Powders:2||Molybdenum:2||Molybdenum nanopowder:2||Molybdenum silicide:2||Nanostructured Fe Powder:2||Nanostructured Fe powder:2||NdFeB magnets:2||Niobium:2||ODS alloys:2||Oxidation driving force:2||Oxidation resistance:2||Oxide dispersion strengthened alloy:2||Phase transformation:2||Phenol resin:2||Phosphorus removal:2||Photocatalyst:2||Photocatalytic activity:2||Platinum nano particle:2||Polymer Binder:2||Polymer binder:2||Pore structure control:2||Porous Ti:2||Precipitates:2||RBSC:2||Rare earth permanent magnet:2||Residual stress:2||Selective laser melting:2||Shape control:2||Si infiltration:2||Sintered magnet:2||Sintering additive:2||Superalloy:2||Surface oxide:2||Synthesis:2||Ternary carbide:2||TiFe alloy:2||Titanium dioxide:2||Titanium porous body:2||Translucent alumina:2||WW contiguity:2||Warm Compaction:2||Xray diffraction:2||Y2O3:2||aluminum alloy:2||casting:2||compression test:2||diffusion:2||freezedrying:2||grain refinement:2||mechanical alloying:2||mechanical properties:2||molybdenum:2||nanosized oxide particle:2||nanostructured materials:2||scanning electron microscopy (SEM):2||solidification:2||twinroll casting:2||High entropy alloy:1||High entropy alloy · Hydrogen storage alloy · Hydrogen absorption kinetics · Ti0.2Zr0.2Nb0.2V0.2Cr0.17Fe0.03 · Surface oxide layer:1||High entropy alloys:1||High temperature aging:1||metal injection molding:1||(Nd:1||High temperature material:1||metal matrix composites:1||Camphor:1||Highentropy alloy:1||Highentropy alloys:1||Hightemperature oxidation:1||Homogenization annealing:1||Hybrid pore structure:1||Hydrogen absorption:1||Hydrogen absorption kinetics:1||Hydrogen doping:1||Calcination:1||Hydrogen reduction of WO3:1||CaOZnOB 2o3al2o3sio2 glass:1||Hydrogen storage property:1||Hydrogenation dehydrogenation:1||Hydrogenationdehydrogenation reaction:1||Hydrothermal process:1||Hydrothermal synthesis:1||Iphase:1||methane gas:1||micro MIM:1||In situ threedimensional deposition:1||InSitu Heating:1||CaO coating:1||Infiltration:1||Interdiffusion zone:1||316L stainless steel:1||Intermetallics:1||microstructure.:1||Ionic exchange:1||tungsten/copper composite:1||LIGA process:1||La 2 O 3 particle:1||La2O3 particle:1||Lanthanum oxide:1||Leadfree:1||Li ion battery:1||Liquid metal extraction:1||Liquid phase reduction process:1||CNTs:1||Liquidphase reduction:1||Lithium garnet electrolytes:1||Lithium oxide additives:1||Low temperature sintering:1||MIM devices:1||multilayers:1||MPC:1||Magnesium Carbonate:1||Magnesium Oxide:1||ntype:1||vapor deposition:1||CNTTNT composite:1||Magnetic pulse:1||Magnetic pulse compaction:1||Magnetic separation:1||Magnetocrystalline anisotropy:1||nanocrystalline:1||Magnetomechanical damping:1||Magnetron sputtering:1||Martensitic steel:1||Mechanical Alloying:1||CAFE model:1||Mechanical alloying (MA):1||Mechanical milling:1||Brazing:1||Boron effect:1||nanocrystalline WCu powders:1||Mechanochemical process:1||Melt spinning:1||Mesoporous film:1||Ball milling:1||Metal filter:1||Metal matrix composite:1||nanoparticle dispersed microsphere:1||nanopowders:1||Mg powder:1||B4C:1||MgZnY alloy:1||Micromesoporous:1||Atomization:1||Microstructure refinement:1||Milling:1||Mo matrix:1||Atomic Force Microscopy:1||Antimicrobial filtration:1||MoSiB intermetallics:1||MoTiSiB alloy:1||nanostructure alloy powder:1||Molybdenum alloy:1||twostep sintering:1||Annealing:1||niobium:1||Multi shell structured powder:1||Nano particle:1||NanoSIMS:1||NanoSized Oxide Particle:1||Nanocatalyst:1||Nanocomposite powders:1||Nanooxide particle:1||Nanocomposites:1||Nanoindentation:1||Nanopowder:1||Nanoscale multilayer:1||Nanostructure:1||nonfaceted phase:1||oxidation:1||Nanostructured Mo powder:1||Nanostructured material:1||Nanostructured powder:1||Nb alloy:1||Nb6Mo20Si3Cr silicidebased alloy:1||NbSiB:1||NbSiB alloy:1||NdFeB:1||NdFeB alloy:1||NdFeB magnet:1||oxide dispersion strengthened alloys:1||NdFeB sintered magnet:1||Anisotropy:1||Amorphous alloy:1||Nd1.1Fe4B4(eta) phase:1||Neodymium:1||Next generation ultrahightemperature alloys:1||Nibase superalloys:1||NibaseODS:1||Nibased ODS:1||Nickel based superalloys:1||phase transformation:1||Noise reduction coefficient:1||Nonisothermal sintering:1||ODS:1||ODS Steels:1||photocatalytic activity:1||ODS(Oxide Dispersion Strengthened):1||Optical property:1||Optical transmittance:1||Orifice:1||Aluminum matrix composite:1||Oxidation behavior:1||pore forming agent:1||pore structure:1||porous W:1||Oxide dispersionstrengthened alloy:1||Oxygen gettering:1||PMMA powders:1||Pack cementation:1||Permeability:1||powder characteristics:1||Phasetransformation temperature:1||powder metallurgy:1||2xxx series Al:1||powderintube:1||production:1||Photoinitiator content:1||Photopolymerization:1||Platinum:1||pulse wire explosion:1||Platinum nanoparticle:1||Polycrystalline alumina:1||pure aluminum:1||refractory metal:1||Aluminides, miscellaneous:1||Polyol procococess:1||Pore forming agent:1||Alumina:1||reinforcement:1||Porous:1||Porous Mo:1||Porous MoW alloys:1||Porous RBSC:1||reliability:1||Porous W:1||Porous body:1||Porous surface:1||Postsintering annealing:1||Alloying behavior:1||Powder Injection Molding:1||Powder coating:1||Powder core:1||Powder injection molding (PIM):1||Allsolidstate battery:1||Powder production:1||ultra high pressure compaction:1||Al2O3/CU nanocomposites:1||Pulverization:1||Pulverization Hydrogen reduction:1||Quasicrystal:1||shrinkage:1||Rapid solidification:1||Al2O3 particle:1||simulation:1||Rareearth elements:1||Raw materials:1||Reaction synthesis:1||Recycling:1||Refractory metal:1||Refractory metals:1||Reinforcement:1||2xxx Series Al:1||RuO2:1||SIMS:1||Scrap aluminum chip:1||Scrap aluminum perforated plate:1||Segregation:1||slag:1||Selective oxidation:1||slurry mixing and hydrogen reduction:1||Shear rate:1||solar cell:1||Si melt:1||Alcoating layer:1||Silver nanoparticles:1||Simulation:1||solar cells:1||AlZnMgCu alloy:1||solidliquid interface:1||Sintering atmosphere:1||Soft magnetic:1||Solid electrolyte:1||Solid phase sintering:1||Solid solution:1||Solid solution precursor:1||Sonochemisty:1||Sound absorption coefficient:1||Sound absorption property:1||AlZnMg alloy:1||Specific surface area:1||Spreadability:1||Sputter coating process:1||Stellite 6:1||Stress relief annealing:1||vanadium:1||Superalloys:1||Supercritical Carbon Dioxide (CO(2)):1||Surface finishing:1||Surface modification:1||solidifying front:1||Surface roughness:1||Surface treatment:1||specific surface area:1||T2 phase:1||T2:1||T2phase:1||TaNbHfZrTi:1||Temperature stability:1||stir casting:1||Thermal analysis:1||Thermal conductivity:1||Thermal decomposition of TiH2:1||Thermal oxidation:1||Thermocyclic:1||Thermodynamics:1||Thick film resistor:1||Ti6Al4V alloy:1||Ti3SiC2:1||superalloy:1||TiFe intermetallic compounds:1||TiH2/camphene slurry:1||TiO2:1||TiO2 nanotube:1||TiZrVNbCr:1||Titanate nanostructures:1||AlCu powder:1||Titanium Substrate:1||supersolidus liquid phase:1||surface quality:1||Titanium powder:1||Titanium substrate:1||surfactant:1||Translucent ceramic:1||Transmission Electron Microscopy:1||Transparent conducting oxide:1||AlCrN:1||UV exposure times:1||Ultra fine grained molybdenum:1||Ultraviolet:1||VIGA:1||Vickers hardness:1||Al doped p(+) layer:1||Ag nanoparticles:1||WCu composite:1||technology:1||WCCo alloy:1||texture:1||Ag NPs:1||Wear resistance:1||thin film capacitors:1||Y alpha Fe beta O gammatype phase:1||YFeO:1||thin films:1||Y2O3 Phase:1||ZnMg alloy:1||ZnO:1||activation analysis:1||activation process:1||aging:1||Aeroengine components:1||aluminium compounds:1||thin wafer:1||annealing temperature:1||ballmilled WCu powder:1||bonding technology:1||bowing:1||brazing:1||bronze:1||buffer layer:1||camphornaphthalene eutectic:1||carbide free zone:1||carbon nanotube (CNT):1||titanate:1||catalytic chemical vapor deposition (CCVD):1||chemical vapor transport:1||coating:1||cold crucible:1||composites:1||titanium:1||conductivity:1||conductivity/resistivity:1||corrosion:1||coupling effect:1||crack propagation:1||degradation:1||dendrite spacing:1||dendritic growth:1||densification:1||deposition characteristic:1||titanium aluminum carbide:1||dilatometry:1||directional solidification:1||domain:1||doping:1||electric breakdown:1||electrical properties:1||electrochemical test:1||faceted phase:1||fluctuation:1||freeze drying method:1||freeze drying process:1||titanium silicon carbide:1||gas atomization:1||grain boundary:1||grain growth:1||transient liquid phase sintering:1||grain structure:1||hafnium compounds:1||hardfacing:1||hardness:1||Adhesion property:1||heattreatment:1||high entropy alloys:1||high temperature oxidation:1||highenergy ball milling:1||highenergy ballmilling:1||highk dielectric thin films:1||Additive manufacturing:1||hydrogenreduction:1||hydrothermal process:1||image analysis:1||in situ Xray photoelectron spectroscopy:1||3D printing:1||kinetic spraying:1||lead isotope:1||Ceramic paste:1||Chemical Vapor Deposition (CVD):1||Chemical stability:1||Chemical vapor deposition(CVD):1||Ceramic injection molding:1||Co salt:1||leakage currents:1||Coating:1||Cobalt nano powder:1||Cobalt nanopowder:1||Ceramic:1||liquidparticle mixture:1||Cemented carbide:1||low energy ball milling:1||Compression test:1||Compressive behavior:1||magnetic materials:1||Conductivity:1||magnetic properties:1||Coreshell composite powder:1||Coreshell intermetallic powder:1||Catalytic chemical vapor deposition:1||Coreshell structure:1||Coreshell type structure:1||Corrosion property:1||Corrosion resistance:1||Coupling effect:1||Cr2AlC:1||Cr2O3:1||Creep:1||Creep property:1||Crystallographic anisotropy:1||Cu content:1||Cubic Shape:1||Cyclic heat treatment:1||Carbon nanotube(CNT):1||DLP:1||Debinding:1||Degradation:1||Desulfurization:1||magnetic pulsed compaction:1||Domain pinning:1||Doping:1||Dy coating:1||Dy)FeB magnets:1||Dynamic compaction:1||Electrical resistance:1||Electrochromic property:1||Carbon nanotube:1||Extrusionbased threedimensional printing:1||Fe:1||Fe catalyst:1||FeCo alloy:1||FeCo alloy powder:1||FeSi:1||Febased ODS:1||Ferromagnetic:1||Filler metal:1||Filtration:1||Flow front:1||magnetic.:1||Carbon dioxide supercritical fluid:1||transmission electron microscopy:1||Freeze tape casting:1||Carbon Nanotube (CNT):1||Gas atomizing:1||tungsten oxide:1||Gradient structure:1||Grain refinement:1||Grain size:1||Grain size effect:1||Growth behavior of precipitates:1||Camphornaphthalene system:1||Hastelloy X:1||Heat treatment:1||melting point:1||Heusler alloy:1||Hfoxide:1||High Curie temperature:1||High energy ball milling:1||

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