ScholarWorks@Hanyang University: Chung, Kyu Sun

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Chung, Kyu Sun (정규선)

서울 공과대학 (서울 전기공학전공)

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KSTAR:4||plasma flow:3||Mach probe:3||Helium plasma:2||recombination:2||discharges (electric):2||DiPS:2||triple probe:2||plasma flow velocity:2||LIF:2||edge plasma:2||dusty plasma:2||plasma temperature:2||plasma density:2||Divertor flux:1||Divertor plasma:1||Divertor simulator:1||ECR:1||ECR ion source:1||ELM mitigation:1||ELMy Hmode:1||Electric probe:1||Electric probe diagnostics:1||Electric probes:1||Electronegative plasmas:1||Electrostatic probe:1||Fast reciprocating Langmuir probe assembly:1||Floating potential:1||Gas switch:1||Glow Discharge:1||Graphite tile:1||Hmode:1||Hmode discharge:1||Heat Flux:1||Heat flux:1||High frequency:1||Hybrid structure:1||Hybrid transformer:1||Impurity:1||Inactivation of Bacteria:1||Ion Extraction Electrode:1||Ion saturation current:1||Ionneutral collision:1||LHD:1||LLC resonance converter:1||LaB6 cathode:1||LaB6 plasma:1||Laser Thomson scattering (LTS):1||Laserinduced fluorescence (LIF):1||Linear plasma device:1||Linear transformer driver:1||Lithium:1||Lithium coating:1||Lithium density:1||Lithium oxide:1||Mach Probe:1||Multioutput:1||Multigap:1||PFC baking:1||Particle and heat fluxes:1||Plasma:1||Plasma diagnostics:1||Plasma diagnostics  chargedparticle spectroscopy:1||Plasma diagnostics  interferometry, spectroscopy and imaging:1||Plasma facing components:1||Plasma flow:1||Plasmafacing material:1||Plasmamaterial interaction:1||Portable Plasma Source:1||Presheath:1||Probes:1||Radiationenhanced sublimation:1||Railgap:1||Recycling control:1||SF6 discharge:1||SOL parameters:1||ScrapeOff Layer (SOL):1||Smart Device Power Supply:1||Supersonic Plasma Flow:1||Thin film:1||Three pressure point method:1||Transformer:1||Tungsten:1||Unmagnetized Mach probe:1||analytic solution:1||carbon contamination:1||characteristics of SOL and divertor:1||charged potential:1||classical diffusion:1||collisional damping:1||collisional radiative model:1||copper thin films:1||diode laser:1||divertor plasma:1||divertor simulation:1||electric probe:1||electric probes:1||electronegativity:1||fixed edge Langmuir probe array:1||gas mixing:1||helicon plasma:1||hollow anode discharge source:1||iodine cell:1||ion density:1||ion temperature:1||ionization:1||laser induced fluorescence:1||laserinduced fluorescence:1||line ratio:1||modified Bessel function:1||negatively charged dust:1||neutral helium:1||plasma density perturbation:1||plasma diagnostics:1||plasma edge:1||plasma facing component (PFC):1||plasma magnetohydrodynamics:1||plasma potential:1||plasma probes:1||probe diagnostics:1||probes:1||radial flux due to electrical turbulence:1||space simulation:1||supersonic ion beam:1||surface plasmas:1||transient phenomena:1||tungsten dust:1||uniform density discharge model:1||AC Adapter:1||unmagnetized plasma:1||Atmospheric Pressure Air Plasma:1||Boron:1||Boronization:1||Boundary control:1||Breakdown:1||Calibration factor:1||Carborane:1||Carborane (C2B10H12):1||Characteristic lengths of flux tube:1||Corona discharge:1||Deuterium:1||DiPS2 (Divertor Plasma Simulator2):1||Diffusion coefficient:1||

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