ScholarWorks@Gyeongsang National University: Nam, Tae Hyeon

Detailed Information

Nam, Tae Hyeon (남태현)

대학원 (나노신소재융합공학과)

Research Area

Tel 0557721665
Homepage

ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

Superelasticity:29||Microstructure:15||Shape memory alloys:14||Shape memory alloy:14||Mechanical properties:13||Martensitic transformation:13||Xray diffraction:11||Anode:9||TiZrNbSn alloy:8||Shape memory alloy (SMA):7||Electrochemical properties:7||Phase transformation:7||shape memory alloys:7||Rapid solidification:6||Differential scanning calorimetry (DSC):6||Crystallization:6||Energy storage:5||Mechanical property:5||Shape memory alloys (SMA):5||superelasticity:5||Shape Memory Alloy:5||Shapememory alloys:5||Intermetallic compounds:5||martensitic transformation:5||Calorimetry:5||Current collector:5||Melt spinning:5||TiNiCu alloy:4||Martensitic transformations:4||Precipitation hardening:4||Martensitic phase transformation:4||Additive manufacturing:4||Intermetallics:4||TiNb:4||NiTi:4||Rapid solidification processing:4||Titanium:4||Electron Microscopy:3||Transformation hysteresis:3||Differential Scanning Calorimetry (DSC):3||Diffraction:3||Martensitic Transformation:3||biomedical:3||Phase transitions:3||Thin film:3||Intermetallic Compounds:3||Microstructures:3||R phase:3||Liion battery:3||Functionally graded materials (FGM):3||Electrochemical measurements:3||Aging:2||Thermal analysis:2||Hysteresis:2||Stress:2||B19 martensite:2||Metals:2||Thermomechanical treatment:2||Thin Film:2||Thin Film Battery:2||Si:2||Thin film battery:2||Thin films:2||Powder metallurgy:2||Metals and alloys:2||binder:2||Elastic modulus:2||Stainless steel:2||Pseudoelasticity:2||transformation behavior:2||transformation elongation:2||transformation hysteresis:2||Sputtering:2||Actuator:2||melt spinning:2||annealing:2||TiNbMo:2||Oxides:2||Battery:2||amorphous:2||Diffusion:2||Intermetallics, miscellaneous:2||Annealing:2||Fracture:2||polyvinyl pyrrolidone:2||porous materials:2||Freestanding electrode:2||Biomaterials:2||Highresolution electron microscopy (HREM):2||rapid solidification:2||Laser annealing:2||Li Ion Battery:2||residual stress:2||Li battery:2||Functionally graded material (FGM):2||Titanium alloys:2||additive manufacturing:2||Biomedical:2||sodium battery:2||Shapememory effects:2||TiZrNbSn Alloy:2||LiCoO2 Thin Film Cathode:2||Transformation behavior:2||Heat treatment:2||Functionally graded materials (FGMs):2||Ni sulfides:2||Shape Memory Effect:2||Workability:2||Grain refining:2||Lithiumion battery:2||Electrode:2||Chemical synthesis:2||Phase transactions:2||coherent Ti2Ni particles:2||Surface properties:2||thin film:2||Superplasticity:2||Texture:2||Phase Transformation:2||Texture evolution:2||Melt Spinning:1||Meltspinning:1||Metallic glasses:1||Metastable phases:1||Microstructure evolution:1||Molybdenum disulfide:1||Morphology:1||MultiComponent HESMAs:1||Multicomponent HTSMA alloys:1||Na/Cu2S:1||Na/Ni3S2 cell:1||Nano Powder:1||Nanoscale precipitates:1||Nanosized cobalt powder:1||Nanocrystalline microstructure:1||Nanodomain:1||Nanoindentation:1||Nanoparticle:1||Nanostructured intermetallics:1||Nanostructured materials:1||Nanotubular Oxide Layer:1||Nanowire:1||Nearlinear deformation:1||Negative Thermal Expansion:1||NiTiNb:1||NiTiNb alloy:1||Nickel sulfide:1||Nitrogen:1||Noncovalent functionalization:1||Nonequilibrium structure:1||Numerical analysis:1||Omega Phase:1||Omega phase:1||Osteoblast adhesion:1||Osteoblast differentiation:1||Oxidation:1||Oxidized CNTs:1||Oxidized carbon nanotube:1||PVP:1||Patterned Si:1||Patterned electrode:1||Pb anode:1||Phase Equilibria:1||Phase equilibria:1||Phase transformations:1||Phase transition:1||Polymer/surfactant mixed dispersant:1||Porosity:1||Porous Materials:1||Porous material:1||Porous materials:1||Porous titanium layer:1||Powder Deposition Density:1||Precipitation:1||Precipitation strengthening:1||Processing Optimization:1||Pullout resistance:1||Purification:1||Rphase transformation:1||Rapid Solidification:1||Rapid Solidification Processing:1||Rapidly solidified powder:1||Reactive oxygen species:1||Recrystallization texture:1||Reduction:1||Room temperature:1||Room temperature sodiumsulfur cell:1||Roughness:1||SMA fibers:1||STS304 Substrate:1||Scaffold:1||Scanning electron microscopy:1||Scanning electron microscopy (SEM):1||Seismic application:1||Shape Memory Alloy (SMA):1||Shape Memory Alloys:1||Shape memory alloys (SMAs):1||Shape memory effect:1||Shape memory effects:1||Si Electrode:1||Si Film:1||Si electrode:1||Si film:1||Silicon film:1||Silicon thin film:1||Silicone anode:1||Sintering:1||Sodium anode:1||Sodium ion battery:1||Sodium rechargeable battery:1||Sodiumion batteries:1||Solid State Sintering:1||Solution Treatment Temperature:1||Spinel LiMn2O4:1||Streamlined synthesis:1||Strengthening:1||Structural material:1||Subnano, nano and submicron titanium:1||Sulfur electrode:1||Superelastic Behavior:1||Surface Roughness:1||Surfaces:1||TEGDME electrolyte:1||TNTZ Alloy:1||TPU:1||TRIP/TWIP:1||Tension test:1||Texture Evolution:1||Thermal Cycling:1||Thermomechanical treatment:1||Thermodynamic and thermochemical properties:1||Thermodynamic properties:1||Thermomechanical processing:1||Ti Intermediate Layer:1||Ti Substrate:1||Ti alloys:1||Ti(Cu,Ni)(2) phase:1||Ti(Ni, Cu)(2) Phase:1||Ti6Al4V:1||TiBased Alloy:1||TiBased Shape Memory Alloys:1||TiMoSn alloy:1||TiMoZrSnAl alloy:1||TiNbSn:1||TiNbZr ternary alloys:1||TiNi:1||TiNi Alloy:1||TiNi alloy:1||TiNi alloys:1||TiNi current collector:1||TiNiAg alloy:1||TiNiCu Alloy:1||TiNiCu alloy ribbons:1||TiNiCu shape memory alloy:1||TiNiCuCr alloys:1||TiNiCuMn alloys:1||TiNiCuMo shape memory alloys:1||TiNiHf Alloys:1||TiNiN Alloys:1||TiZrNbSn Alloys:1||Tibased shape memory alloys:1||Tini alloy:1||Ti3Ni4:1||Ti50Ni50 alloy:1||TiNi:1||TiNi Thin Film:1||TiNiPd:1||TiO2 layer:1||Transformation Temperature:1||Transformation Temperatures:1||Transformation temperature:1||Transformation temperatures:1||Trench:1||Twostep annealing:1||Twoway shape memory effect:1||Vacuum filtration method:1||Viscoplastic behavior:1||Wave depth:1||Well dispersion:1||Xray diffraction (XRD):1||Young's modulus:1||ZrO2 Coating:1||activation energy:1||aerosol deposition:1||agehardening:1||amide covalent conjugation:1||amorphous alloy:1||anode:1||anticancer drug:1||arc melt over flow:1||athermal ω phase:1||battery:1||biocompatible:1||biodegradable implant:1||biomaterials:1||bone formation:1||buckypaper:1||carbon nanotube:1||carrier:1||cathode:1||chelated complex:1||chemical homogeneity:1||chemical vapor deposition:1||clinical application:1||cobalt oxide:1||cold working:1||confinement:1||crackrepairing:1||crosslinked gel:1||crystallization:1||deformation:1||differential scanning calorimetry:1||discharge behavior:1||discharge property:1||doxorubicin:1||electrochemical property:1||endolysosome delivery:1||extreme gradient boosting:1||flexible:1||flexural strength:1||freestanding:1||fused deposition modeling:1||fused deposition modeling (FDM):1||gallium oxide:1||gallium phosphide:1||grain size:1||homogenization:1||integrated electrode:1||light gradient boosting machine:1||liver toxicity:1||machine learning:1||martensite:1||mechanical alloying:1||melt spun ribbons:1||metal 3D printing:1||miscellaneous:1||nanosized pores:1||nanowire:1||nickel oxide:1||nickel sulfide cathode:1||phase transformation:1||polylactic acid:1||porous structure:1||precipitation:1||pseudoelasticity:1||recovery stress:1||recrystallization texture:1||secondary battery:1||shape memory:1||shape memory alloy:1||shape memory characteristics:1||sodium/iron disulfide battery:1||solgel synthesis mechanism:1||spinel LiMn2O4:1||steel alloy:1||stress hysteresis:1||structure:1||sulfidation:1||sulfides:1||sulfides cathode:1||texture:1||thermal cycling:1||thermoplastic polyurethane:1||titanium:1||transformation temperatures:1||wire battery:1||(Ni,Cu)rich TiNiCu alloys:1||zirconium:1||A. Porous materials:1||Additive:1||Adhesion:1||Aerosol deposition:1||Allsolidstate battery:1||Alloy:1||Alloys:1||Applied Stress:1||Arc melt overflow:1||B. mechanical properties:1||Binderfree:1||Bone marrow mesenchymal stem cell:1||CVD:1||Cancer proliferation:1||Carbon Nanotubes:1||Carbon fiber:1||Carbon nanostructures:1||Cathode:1||Chemical Vapor Condensation:1||Chemical reduction:1||ClausiusClapeyron relation:1||Coating:1||Cold deformation:1||Cold drawing work:1||Cold working:1||Composites:1||Constitutive equation:1||Contact angle:1||Copper sulfide:1||Corrosion:1||Costeffective:1||Crack closure:1||Crimped SMA fiber:1||Crystallinity:1||Cu:1||Cuo Nanostructure:1||Cycle performance:1||Cyclins:1||Cytotoxicity:1||DC Magnetron Sputtering:1||Deformation twin:1||Differential scanning analysis (DSC):1||Differential scanning calorimetzy (DSC):1||Diffusion Couple:1||Directed Energy Deposition:1||Directed energy deposition:1||Discharge reaction mechanism:1||Discontinuous electrode:1||Elastic Modulus:1||Elastic admissible strain:1||Elastic properties:1||Elasticity:1||Electrochemical Anodization:1||Electrochemical etching:1||Electrochemical reaction:1||Electrochemistry:1||Electron BackScattered Diffraction (EBSD):1||Electron backscattered diffraction (EBSD):1||Electron backscatter diffraction (EBSD):1||Electron microprobe:1||Electron microscopy:1||Electrostatic flocking:1||Energy Density:1||Energy per unit area:1||Etched Substrate:1||Ethylene glycol:1||Fatigue:1||FeS2 cathode:1||Fiber metallurgy:1||Flexible battery:1||Freestanding:1||Functionally graded materials:1||G. Biomedical:1||Gas atomization:1||Geometric stability:1||Goss texture:1||Grain boundaries:1||High capacity:1||High rate:1||High strength:1||Highresolution electron microscopy:1||Hightemperature shape memory alloys:1||Hightemperature shapememory alloys:1||Hydrogen absorption:1||Immunotoxicity:1||Implant:1||Integrin activation:1||Intercalation reactions:1||Interface structure:1||Interlayer cooling:1||Intermatallics:1||Intermetallics Miscellaneous:1||Ionic conductivity:1||Iron Pentacarbonyl:1||LMO:1||LTO:1||Li ion battery:1||Li/FeS2 battery:1||Li/S Cell:1||LiMn2O4:1||LiNiO2:1||LiNiTiO2:1||Lithium iron phosphate:1||Lithiumion batterie:1||Lithiumion batteries:1||Live cell migration:1||Long cycle life:1||Longdistance diffusion:1||Low Young's modulus:1||Lowtemperature MBE growth:1||Macrophage:1||Magnetron Sputtering:1||Manganese acetate tetrahydrate:1||Martensite:1||Martensitic Transformation Temperatures:1||Mechanical Alloying:1||Mechanical Properties:1||Mechanical testing:1||Mechanism:1||

RSS_1.0 RSS_2.0 ATOM_1.0

Gyeongsang National University Central Library, 501, Jinju-daero, Jinju-si, Gyeongsangnam-do, 52828, Republic of Korea+82-55-772-0533

Certain data included herein are derived from the © Web of Science of Clarivate Analytics. All rights reserved.
You may not copy or re-distribute this material in whole or in part without the prior written consent of Clarivate Analytics.

Detailed Information

Keyword

BROWSE