ScholarWorks@Gyeongsang National University: Noh, Jung Pil

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Noh, Jung Pil (노정필)

해양과학대학 (스마트자동화공학과)

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Tel 0557720032
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Current collector:5||Anode:4||Shape Memory Alloy:4||Nanofluids:4||Thermal conductivity:4||Thin Film:3||Graphene:3||Thermal Conductivity:2||Intermetallics:2||Microstructure:2||Carbon nanotubes:2||Thermal resistance:2||Nanocellulose:2||Thin film battery:2||Thin films:2||Shape memory alloy:2||Nanofluid:2||Nanoparticle:2||Si Film:2||Grain size:2||Li Ion Battery:2||TiNi thin film:2||Liion battery:2||DC magnetron sputtering:2||Twophase closed thermosyphon:2||Stability:2||Electrode:2||Heat transfer coefficient:2||Xray diffraction:2||Al2O3:2||Young&apos:2||Buckypaper:2||Reduction:2||Surface tension:2||Corrosion:2||Surfactant:2||Dispersion:2||Functionalized MWCNT nanofluids:1||Gaussian Mixture Model:1||Gold Nanoparticles:1||GrabCut Segmentation:1||Grain refining:1||Grinding:1||HSV color space:1||Heat Transfer:1||Heat transfer rate:1||Hydrophilicity:1||Hysteresis:1||Indium Tin Oxide:1||Intermetallic Compounds:1||Intermetallics, miscellaneous:1||Kriging metamodle 크리깅 메타모델:1||LTO:1||Li battery:1||LiCoO2 Thin Film Cathode:1||Lithiumion batteries:1||Lithiumion battery:1||Magnetron Sputtering:1||Manganese acetate tetrahydrate:1||Martensitic transformations:1||Mechanical Properties:1||Melt spinning:1||Membrane adsorption:1||Nano Cellulose:1||Nb:1||Oxidation:1||Oxides:1||Patterned Si:1||Patterning:1||Phase Transformation:1||Phase transformation behavior:1||Phase transition:1||Phase transitions:1||R phase:1||Rapid solidification:1||Response surface analysis 반응표면분석:1||Reynolds number:1||Rotatable central composite design 회전중심합성계획:1||Salt rejection:1||Scanning electron microscope:1||SelfAssembled Monolayers:1||Shape memory alloys (SMA):1||Shapememory effects:1||Shell and Tube Heat Exchanger:1||Si anode:1||Si electrode:1||Silicon:1||Sn anode:1||Spindle 스핀들:1||Spinel LiMn<sub>2</sub>O<sub>4</sub>:1||Streamlined synthesis:1||Stress:1||Stress absorption effect:1||Stress relaxation:1||Sulfur limit:1||Surface Roughness:1||Surfaces:1||Temperature fluctuation:1||Thermal diffusion:1||Thermal grease:1||Thermal interface materials:1||Thin Film Battery:1||Thin film:1||Thinfilm:1||Thinfilm Si:1||TiNbZr shape memory alloy:1||TiNbZr ternary alloys:1||TiNi:1||TiNi Thin Film:1||TiNi shape memory alloy:1||TiNi shapememory alloy:1||TiNi 박막:1||Titanium Thin Film:1||Trench:1||Twostep annealing:1||Watershed algorithm.:1||Wear Properties:1||ZrO2 Coating:1||betaType Ti Alloy:1||biomedical:1||buckypaper:1||chelated complex:1||chemical homogeneity:1||corrosion resistance:1||crosslinked gel:1||dispersibility:1||flexible:1||flexible Liion battery:1||freestanding:1||freestanding electrode:1||grain size:1||graphene:1||heated amorphous silicon:1||high capacity:1||kmeans clustering:1||magnetron sputtering:1||multilayer thin film:1||nanofluid:1||oxidized MWCNTs:1||phase transformation behavior:1||porous structure:1||s Modulus:1||s modulus:1||shape memory alloy:1||solgel synthesis mechanism:1||spinel LiMn2O4:1||stressabsorption effect:1||surfactant:1||thermal conductivity:1||thin film:1||zeta potential:1||결정립 크기:1||상변태 거동:1||Absorbance:1||형상기억합금:1||Acid Treatment:1||Adhesion:1||Adhesion Strength:1||Al codeposition:1||Amorphous Si:1||Atomic Force Microscope Lithography:1||CNTs:1||Capacity retention:1||Carbon Nanotubes:1||Carbon fiber:1||Cellulose nanocrystal:1||Chemical modification:1||Chemical treatment:1||Costeffective:1||Counter Flow:1||Crystallization:1||Cu:1||CuNi alloy:1||Cuo Nanostructure:1||Deposition Condition:1||Design of experiment 실험계획법:1||Differential Scanning Calorimetry (DSC):1||Diffusion:1||Dispersion, Electrical conductivity:1||Electrical Conductivity:1||Electrochemical properties:1||Electron Microscopy:1||Electron microprobe:1||Electrostatic flocking:1||Energy storage:1||Etched Substrate:1||Excellent performance:1||Exhaust gas cleaning system:1||Flexible battery:1||Freestanding electrode:1||Functionalization:1||

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