ScholarWorks@Korea University: Kim, Eun San

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Kim, Eun San (김은산)

Graduate School (Department of Accelerator Science)

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Tel 044-860-1465
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Beam dynamics:4||Dynamic aperture:3||Beam injection:2||Multiharmonic buncher:2||Accelerator Subsystems and Technologies:2||Linear accelerator:2||Orbit correction:2||Superconducting:2||Beam trajectory:2||Accelerator:2||RFQ beam dynamics:2||Beam transport line:2||RAON:2||Heavyion accelerator:2||Drift tube linac:2||Accelerator modelling and simulations (multiparticle dynamics, singleparticle dynamics):2||Acceleration cavities and superconducting magnets (hightemperature superconductor, radiation hardened magnets, normalconducting, permanent magnet devices, wigglers and undulators):2||Gravitation:1||Supercavity:1||Proton accelerator:1||Balloon variant:1||Femtosecond extreme ultraviolet (EUV) pulse generation:1||Radio frequency quadrupole:1||highpower machine:1||Lowenergy beam transport:1||Linac:1||IF system:1||small field dosimetry:1||Multi harmonic buncher:1||Quality factor:1||Instrumentation for particle accelerators and storage rings  high energy (linear accelerators, synchrotrons):1||Thermal analysis:1||Thermal deformation:1||bunch length monitors):1||Data reduction methods:1||Beam tracking:1||Highbeam intensity:1||Accelerator Test Facility 2 (ATF2):1||Low energy beam transport:1||Medium energy beam transport:1||heavyion accelerator:1||Energy modulation:1||Interferometry beam size monitor:1||heavyion beams:1||superconducting linear accelerator (linac):1||IHDTL:1||Electrostatic quadrupoles:1||Injector:1||Heavy ion:1||Acceleration cavities and superconducting magnets (hightemperature superconductor ,radiation hardened magnets:1||CST MWS:1||RF cavity:1||Data processing methods:1||Hybrid multibend achromat:1||Archiving:1||Echoenable harmonic generation (EEHG):1||cavity BPM:1||resolution:1||RFQ accelerator:1||Lattice:1||Injection scheme:1||Lowemittance:1||KONUS:1||Interdigit Hmode drift tube linac:1||Pair of solenoids:1||Emittance:1||Accelerator Applications:1||gamma knife:1||Positron:1||Antimatter:1||Archiver appliance:1||DTL beam dynamics:1||Electron duration measurement:1||Ultrashort bunch measurement:1||Shortpulse generation:1||International Linear Collider (ILC):1||High Energy Accelerator Research Organization (KEK):1||Low emittance:1||LEBT (lowenergy beamtransport) line:1||correction factor:1||Korea4GSR:1||electron linac:1||nonlinear optimization:1||Antihydrogen:1||Laser Compton scattering:1||Single spoke resonator:1||RF deflector:1||Slice energy spread:1||Multibend achromat:1||KONUS beam dynamics:1||Microtron:1||RFQ:1||Temperature gradient:1||Beam diagnostics:1||high intensity:1||Hartmann screen measurement:1||ECR ion source:1||Instrumentation for particle accelerators and storage rings  low energy (linear accelerators, cyclotrons, electrostatic accelerators):1||Beamline instrumentation (beam position and profile monitors:1||Accelerator control:1||Highflux gamma rays:1||Energy recovery linac:1||Superconducting cavity:1||Ultrafast electron diffraction system:1||beam position monitor (BPM):1||RFQ cavity design:1||Heavy ion accelerator:1||LORASR code:1||THz generator:1||Envelope:1||normalconducting ,permanent magnet devices ,wigglers and undulators):1||machinespecific reference field:1||beamintensity monitors:1||Data:1||Nuclear resonacne fluorescene:1||Beam position monitor:1||Lowenergy electron beam injector:1||Echoenabled harmonic generation:1||Mirror distortion:1||Linear accelerators:1||Power coupler:1||Heat load:1||synchrotron light source:1||

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