ScholarWorks@Sookmyung Women's University: Kim, Jae Sung

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Kim, Jae Sung (김재성)

Engineering (Division of Materials Science and Electr)

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Tel 02-710-9406
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Ag:6||sputtering:4||NiO:4||Ultrathin film:3||STM:3||growth:3||Nano patterning:3||LEED:3||Mn:2||박막 성장:2||network:2||Vicinal surface:2||Ion beam sputtering:2||Steering effect:2||Steering effect. Thin film growth:2||NiO/Ag(001):2||H/Pd(001):2||annealing:2||Pd(001):2||unmanned laboratory:2||automation:2||MD simulation:1||Magnetic anisotropy:1||Magnetic domain imaging:1||Metallic glass:1||Mn on Pd(001):1||Moire pattern:1||Molecular interactions:1||Molecules:1||Nano structure:1||NiO ultrathin film:1||NiO 극초박막:1||Pd(001) surface:1||Photoemission:1||Polarization energy:1||Pt:1||Pyrroles:1||Ripening:1||Ru:1||Scanning transmission Xray microscopy:1||Screening effect:1||Si:1||Si(100):1||Spintronics:1||Surface interactions:1||Surface nanostructuring:1||Thickness dependence:1||Thin film growth:1||Topographic evolution:1||Transformation kinetics:1||Tungsten carbide:1||Ultrathin NiO film:1||Water:1||Xray Photoelectron Spectroscopy:1||Xray magnetic circular dichrosim:1||Xray reflectivity:1||Xray scattering:1||X선 광전자 분광법:1||alloy:1||atomic structure:1||cobalt:1||copper:1||defect:1||defects:1||dual ion beam sputtering:1||gold:1||graphene:1||growth kinetics:1||intercalation:1||interface:1||ion beam:1||ion bombardment:1||ionsurface impact:1||metalmetal interfaces:1||metalmetal magnetic thin film structures:1||molecular dynamics:1||nano structure:1||nanopatterning:1||nanoscale patterns:1||pattern formation:1||photoelectron spectroscopy:1||rocking during ion beam sputtering:1||sequential ion beam sputtering:1||silicon surface:1||surface alloy:1||surface electronic phenomena (work function, surface potential, surface states, etc.):1||surface morphology:1||swing during ion beam sputtering:1||thin film:1||ultrathin film:1||water:1||결함 구조:1||경사진 표면:1||나노 구조:1||무인 실험실:1||스티어링 효과:1||원자구조:1||자동화:1||저에너지 전자회절:1||전산모사:1||차폐 효과:1||합금:1||Cascade induced rearrangement:1||Charge transfer energy:1||Co:1||Co ultra thin film:1||Computer simulation:1||Coulomb correlation energy:1||Defects:1||EELS:1||Electric field control of magnetism:1||Electronic structure:1||Electronics structure:1||Fe:1||First principles calculations:1||GaAs:1||Growth kinetics:1||Image charge potential:1||Ion sputtering:1||Kinetic Monte Carlo simulation:1||Kr:1||LEED I/V:1||

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Sookmyung Women's University. Cheongpa-ro 47-gil 100 (Cheongpa-dong 2ga), Yongsan-gu, Seoul, 04310, Korea02-710-9127

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