ScholarWorks@Korea University: Kim, Young Keun

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Kim, Young Keun (김영근)

공과대학 (신소재공학부)

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Tel 02-3290-3281
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Electrodeposition:9||Magnetic properties:5||Nanowire:5||stem cell differentiation:5||nanowire:4||Perpendicular magnetic anisotropy:4||magnetic tunnel junction:4||magnetic:4||Magnetic nanoparticle:4||Microstructure:4||MRAM:4||electrodeposition:4||CoFeSiB:3||3D printing:3||NiFeSiB:3||superparamagnetic:3||cell adhesion:3||Spinorbit torque:3||#8208:3||multifunctional:2||Microwave absorption:2||Magnetism:2||Nanocrystal:2||Fe3O4 nanoparticles:2||magnetic properties:2||자기터널접합:2||magnetic force microscopy:2||fluorescence:2||Hybrid free layer:2||cancer:2||nanoparticle:2||Nanowires:2||Superparamagnetism:2||Electrical resistivity:2||CoFe/Au:2||Optical properties:2||macrophage polarization:2||ferrite:2||Fe3O4:2||Amorphous:2||Soft magnetic:2||Chemical synthesis:2||Crystal structure:2||immunoassay:2||Ferrite:2||Amorphous ferromagnetic:2||CoPtAu:2||Magnetization reversal:2||iron oxide:2||giant magnetoresistance:2||toxicity:2||hyperthermia:2||Switching current:2||Ferromagnetic:2||immunotherapy:2||perpendicular magnetic anisotropy:2||Bacterial spore:1||Dipicolinic acid:1||Magnetic anisotropy:1||skyrmion:1||topological nanolithography:1||charged nanoligand:1||layerbylayer growth:1||surface ligands:1||FeAu barcode nanowire:1||CuInGaSe:1||grain size:1||photothermal effect:1||microcontainer:1||photofunctional nanoparticles:1||photodynamic inactivation:1||LiBattery:1||Fe Doping:1||Polyimide:1||hepatitis B surface antigen (HBsAg):1||signal material:1||Selective Etching:1||Quantum Well:1||FeCo based:1||Nanostructures:1||Nanostructured materials:1||Magnetization:1||Domain Wall:1||Magnetic Nanowire:1||Fe3O4 nanoparticle:1||siRNA delivery:1||copper:1||iron alloys:1||Microorganism detection:1||AuFe:1||Dense stripe domain:1||Nanocrystalline:1||Antiferromagnetic coupling:1||spin transfer torque:1||iron:1||low saturation magnetization:1||streptavidin:1||nanocrystalline CoFeSiB thin film:1||MD simulation:1||CuAl:1||Shielding effectiveness:1||gold nanowire array:1||hollow nanocoils:1||reversible ligand unwinding:1||ligand size:1||ligand spacing:1||submolecular ligands:1||WV alloy:1||Magnetic Anisotropy:1||in vivo cell adhesion:1||magnetic separation:1||interfacial DzyaloshinskiiMoriya interaction:1||macrophage adhesion:1||unlimited nanobarcode tunability:1||Receptormediated endocytosis:1||high frequency:1||magnetization switching:1||graphene:1||free space method:1||singlecell immunoassay:1||Thin film:1||Phase:1||composite nanocatalyst:1||Solar cell:1||magnetic nanowire:1||Crystallographic orientation:1||electrochemical deposition:1||nanostructured materials:1||Pd:1||RF radiation:1||Spin electronics:1||magnetic randomaccess memory:1||3D Printer:1||Zinc oxide nanoparticle:1||Catalyst:1||Hydrothermal Method:1||LaSrMnO nanoparticles (NPs):1||iron oxidezinc oxide coreshell nanoparticles:1||excretion:1||SpinOrbit Coupling:1||Nanoemulsion:1||Heusler alloys:1||Epitaxial growth:1||Domain wall motion:1||Micromagnetic simulation:1||Photoresist:1||magnetic domain wall (DW):1||Selfassembly:1||Self assembling:1||Single Ni nanowire:1||ferromagnetic and antiferromagentic transition:1||Hardness:1||coreshell nanoparticle:1||ferromagnetic:1||surface plasmon:1||Realtime RTPCR:1||spinorbital interaction:1||Optical:1||스핀전달토크:1||fluorescenceactivated cell sorting:1||surfactant:1||Xband:1||cell stiffness:1||Nanotubes:1||galvanic replacement reaction:1||nanohelix motion:1||remote manipulation:1||inorganic&:1||ligand fastening:1||ligand proximity:1||ironoxide zinc oxide nanoparticles:1||barcode nanowires:1||Terbium ion:1||nanocoil pitch control:1||remote control:1||composite:1||Firstorder reversal curve:1||Fe3O4Au coreshell NPs:1||Cancer targeting:1||island growth:1||bimetallic layers:1||spin precession:1||Magnetic tunnel junction:1||nanocluster:1||L1(0)FeNi phase:1||Amorphous alloy:1||Orderdisorder temperature:1||Hygroscopic swelling:1||nanowire coating:1||microstructure:1||optical properties:1||Plasmodium:1||Annealing:1||magnetic coreshell nanowire:1||DzyaloshinskiiMoriya interaction:1||Thermal Property:1||Febased amorphous:1||Nanodisc:1||Amorphous ferromagnet:1||Amorphous materials:1||Anodized alumina oxide:1||Insertion loss:1||cobalt alloys:1||manganese alloys:1||Phase changeable memory:1||CoFeSiB thin film:1||Nanoparticles:1||특허 동향:1||MTJs:1||nanoRaman:1||nanostructure:1||coreshell nanocrystals:1||antiferromagnetic exchange coupling:1||treatment of cancer:1||surface diffusion:1||nanocrystals:1||Nanoarchitecture:1||Additives:1||Nanocoils:1||ligand nanoassembly:1||adhesion assembly:1||hydrophilicity:1||interfacial assembly:1||organic heterostructures:1||tertiary lymphoid structure:1||photo&:1||nanoligand frequencies:1||nanoligand sequences:1||Muc1:1||spin orbit torque:1||tuberculosis:1||helical nanostructure:1||magnetic nanospring:1||Nanocrystalline metals:1||magnetic film:1||nanocrystalline NiAu:1||multilayer structure:1||Nanoporous membrane:1||Assay:1||immunochromatography:1||microcontainer:1||Spincoating:1||Tocopherol:1||CoFe/Cu:1||Integrated passive device:1||metallic thin films:1||ruthenium alloys:1||magnetization reversal:1||Coalloy:1||biomedical:1||magnetite:1||nanoparticles:1||Fe3O4 multigranular nanoclusters:1||Multiwalled carbon nanotubes:1||Reflection loss:1||Kirkendall effect:1||oxygen evolution reaction:1||magnet:1||mesocrystalline nanoparticles:1||visible light absorption:1||reversible ligand movement:1||CoFeB:1||FeNiSiB:1||T cell capture:1||Biomolecule:1||Crystallization temperature:1||Tungsten (W):1||CeO2 nanoparticles:1||CoFe:1||magnetic particle spectrometry:1||multigranule nanoclusters (MGNCs):1||ferromagnetic nanowire:1||A. Amorphous metals:1||Mesoporous silica:1||Surface modification:1||interactions:1||coreshell nanowire:1||surface modification:1||Codeposited alloy:1||MEMS:1||Magnetic Property:1||Vanadium oxide:1||Selective catalytic reduction:1||microalloying:1||Saturation magnetization:1||Cardiac troponin I (cTnI):1||Magnetic particles:1||Rashba Effect:1||SpinField Effect Transistor:1||Amorphous ribbons:1||microvacuum:1||Co2FeAl:1||Lithium powder anode:1||FeRh/FePtTa bilayer:1||interdiffusion:1||antiferromagnetic materials:1||magnetic thin films:1||negative remanence:1||AuPt:1||복합기능:1||전류구동형 자화반전:1||Fe3O4Au:1||polyol:1||Gradient honeycomb:1||mesenchymal transition:1||TaW alloy:1||spinorbit torque:1||bactericidal surfaces:1||biomimetics:1||super&:1||nanoassemblies:1||Currentinduced magnetization switching:1||dendritic cells:1||stromal vascular fraction:1||firstorder reversal curve:1||Fluorescence:1||timeregulated ligand stretching:1||Fenton:1||Interface:1||RGD frequency:1||Cobalt (Co):1||Cobalttungsten (CoW):1||theranostic:1||iron oxide nanoparticle:1||Alloy:1||Quantitative analysis:1||Hard magnet:1||CdSe:1||Coreshell:1||selective catalytic reduction:1||C. Rapid solidification:1||Metal ion adsorption:1||polymers:1||metals:1||Plasmodiuminfected erythrocytes:1||Scrub typhus:1||FeBased:1||Nitrogen oxide:1||Ultrastrong nanowire:1||ZnO nanowire:1||distribution:1||Vortex state:1||Magnetic Material:1||Dimercaptosuccinic acid:1||magnetic anisotropy:1||Dynamic nanowires:1||ferromagnetic nanomaterials:1||Surfaces and interfaces:1||Notched magnetic nanowire:1||Oligomersomes:1||Micromagnetics:1||Voltageapplied atomic force microscopy:1||Electrical resistance:1||Ni/Ru:1||FePtTa:1||Thin films:1||ferromagnetic materials:1||iridium alloys:1||Immunomagnetic separation:1||giant diamagnetism:1||hybrid free layer:1||CoreShell:1||바이오메디컬:1||current induced magnetization switching:1||synthetic antiferromagnet:1||tetragonal phase:1||RF heating:1||CoPt:1||cytoskeletal remodeling:1||epithelial&:1||transition metals:1||crystal phase:1||macrophage modulation:1||Normal metal:1||integrin clustering:1||catalytic behavior:1||CoW alloy:1||WN layer:1||polyethylene glycol:1||spatial ligand movement:1||TaW:1||surface plasmon resonance:1||ZnO nanocomposite:1||immune cells:1||interferongamma monitoring:1||Cellular uptake:1||carbon nanotube:1||Luminescence:1||Swollenoff:1||TEM ASTAR:1||B. Alloy design:1||Specific surface area:1||reactive oxygen species:1||Multilayers:1||RFmediated thermotherapy:1||ZnO binding peptide:1||Vaccine:1||ZnO Nanowire Arrays:1||Mechanical property:1||Pattern transfer:1||DNA isolation:1||Inorganic compounds:1||magnetic barcode nanowire:1||magnetic reversal:1||pulsed electrodeposition:1||Secondary cell:1||Magnetooptical contrast:1||Domain wall:1||Texture:1||spin valves:1||nanocrystalline:1||optical:1||potential energy:1||Multifunctional:1||Magnetic:1||자성나노입자:1||magnetic nanoparticles:1||patent trend:1||Magnetic tunnel juctions:1||Coreshell nanowires:1||magnetic activated cell separation:1||thin film growth:1||Metamaterials:1||realtime differentiation monitoring:1||ferromagnet heterostructure:1||stem cell adhesion:1||cancer immunotherapy:1||magnetic vortexes:1||magnetostatic interactions:1||micromagnetic simulations:1||patent:1||RGD nanopatches:1||multigranule nanocluster:1||vaccine:1||Superlattice:1||reflection loss:1||Selective metallization:1||MnO2 nanowires:1||Ferrimagnetic property:1||malaria:1||Cobased:1||Silicon Addition:1||Formaldehyde Detection:1||Curie temperature:1||Magnetic domains:1||Soft magnetic property:1||Phase transformations:1||Barcode nanowire:1||Ferrimagnetism:1||microfluidics:1||Differential resistance:1||Perpendicular Magnetic Anisotropy:1||Microcage structure:1||Nanoconstriction:1||magnetoresistance:1||Phospholipid:1||Oligochitosan:1||interfaces:1||CPP transport:1||Magnetic thin films:1||Capacitor:1||RKKY interaction:1||Silver selenide:1||Coercivity:1||Aptamers:1||bias voltage dependence:1||초상자성:1||amorphous:1||cell microenvironment:1||magnetic control:1||#8211:1||spheroid:1||

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