ScholarWorks@Hanyang University: Ko, Kwang Cheol

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Ko, Kwang Cheol (고광철)

COLLEGE OF ENGINEERING (MAJOR IN ELECTRICAL ENGINEERING)

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Tel 02-2220-0348
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Ion current:4||FGM spacer:4||Circuit modeling:4||magnetic switch (MS):3||Magnetic pulse compressor (MPC):3||Optimization:3||Hybrid Transformer:3||SCBF device:3||Wireless Power Transfer:3||Neutron production rate:3||power control:2||prime power source:2||programmable circuit:2||Voltage Balancing:2||electromagnetic coupling:2||Grid cathode:2||FEMFCT method:2||ZigZag Windings:2||lownoise amplifier (LNA):2||semiconductor device breakdown:2||Magnetic Resonance Modeling:2||Functionally graded material (FGM):2||Response surface methodology:2||Neutron beam:2||Spherically convergent beam fusion:2||Molded Case Circuit Breaker:2||Molded case circuit breaker (MCCB):2||Vacuum interrupter:2||EMTP:2||Vircator:2||Virtual cathode oscillator:2||Star mode discharge:2||IPMSM:2||ion current:2||Surface free energy:2||Potential well structure:2||Integrated circuit modeling:2||ELM (edge localized mode):1||EMTP Modeling:1||Electric Car Line:1||Electric DoubleLayer Capacitor (EDLC):1||Electric field:1||Electric probes:1||Electric vehicle:1||Elliptical permittivity distribution:1||Energy Storage System (ESS):1||Energy storage:1||Forced commutation:1||Friis transmission equation:1||Front door coupling:1||Full factorial design:1||Full factorial design (FFD):1||Functionally Graded Material:1||Functionally graded material:1||Functionally graded material spacer:1||Gas insulated switchgear:1||Gas insulated switchgear (GIS):1||HPEM Pulse:1||HPM source:1||Harmonic Reduction:1||Harmonics:1||Harmonics Reduction:1||Harmonics Shift:1||High Power Converter:1||High Stepup DCDC Converter:1||High power converter:1||High power electromagnetic pulse:1||HighSpeed Train:1||Highpower microwave device:1||Highpower microwave source:1||Hybrid vehicle:1||Hydrophobic coating:1||Hydrophobicity:1||IGBT:1||Iinduced Lightning Surge:1||Implementation of a measuring system:1||Induced Lighting:1||Inductance:1||Inductive link:1||Inertial Electrostatic Confinement device:1||Inertial electrostatic confinement device:1||Integrated circuit model:1||Interleaved DCDC Converter:1||Interleaved buck converter:1||Ion current density:1||KSTAR:1||LaB6 cathode:1||Laser Thomson scattering (LTS):1||Laserinduced fluorescence (LIF):1||Lighting:1||Lighting Impulse:1||Linear plasma devices:1||MWCNT:1||Magnetic Resonace Modeling:1||Magnetic Resonance:1||Magnetic circuits:1||Magnetic cores:1||Magnetic flux:1||Magnetic hysteresis:1||Magnetic materials:1||Measurement Method:1||Microwave amplifiers:1||Microwave antennas:1||Microwave circuits:1||Microwave filters:1||Microwave generation:1||Microwave integrated circuits:1||Microwave propagation:1||Multiwalled carbon nanotubes:1||Neutron yield:1||Nonuniform plasma:1||Openended coaxial cathode:1||Optimal design:1||PFN–Marx generator:1||PMI (plasmamaterial interaction):1||PSIM:1||Pantograph Detachment:1||Pantograph Detachment Frequency:1||Passive Balancing:1||Pfnmarx generator:1||Phase Shift:1||Photovoltaic Power Generation System:1||Plasma density distribution:1||Plasma diagnostics:1||Plasma treatment:1||Plasmamaterial interaction:1||Pole:1||Potential well:1||Power transmission lines:1||Pulse generation:1||QFactor:1||Qfactor:1||Radio frequency:1||RapidTransit Railway System:1||Reflection:1||Renewable Energy:1||SIThyristor:1||Saturation magnetization:1||Secondary electron emission coefficient:1||SelfBlast Type:1||SeriesConnected EDLCs:1||Slot:1||Splitter plate:1||Steepest descent method:1||Superhydrophobicity:1||Switches:1||Switching Frequency:1||Switching Loss:1||Switching loss:1||Tail erosion:1||Tapered transmission lines:1||Time to ionize:1||Toluene glow plasma:1||Traction Return Current:1||Traction motor:1||Transmittance:1||Transverse magnetic field:1||Triple junction:1||Vacuum arc:1||Vacuum microwave electronics:1||Voltage Multiplier:1||Wireless Power transfer:1||ZCT(Zero Current Transition):1||Zener Diode:1||active clamping:1||circuit simulation:1||dcdc converter:1||dielectric barrier dischage:1||double grid cathode:1||electric doublelayer capacitor (EDLC):1||electric field:1||electromagnetic propagation:1||energy storage:1||fast rise time:1||feedforward control:1||flattop:1||gas insulated switchgear:1||gas insulated switchgear (GIS):1||gate driver:1||gate driver circuit:1||high induced current:1||high power converter:1||highpower converter:1||highpower electromagnetic (HPEM) pulse:1||highpower microwave source:1||impedance matching:1||load flow control:1||magnetic pulse welding:1||magnetic reset circuit (MRC):1||multiwinding:1||negative bias:1||neutron yield:1||nonuniform plasma:1||numerical simulation:1||optimal gridcathode structure:1||optimization:1||optimization process:1||ozone radical generation:1||power absorption:1||propagation losses:1||pulse forming network:1||pulsed power supply:1||responsesurfacemethodology (RSM):1||ring reflector:1||secondary electron emission:1||series connection:1||seriesconnection technique:1||sheath:1||spherically convergent beam fusion:1||spherically convergent beam fusion (SCBF) device:1||star mode discharge:1||static induction thyristor:1||stray capacitance:1||stray elements:1||stray inductance:1||supercapacitors:1||switching stress suppression:1||switching technique:1||target current:1||triple junction:1||vircator:1||2port circuit analysis:1||virtual cathode oscillator:1||Active clamping circuit:1||Antenna theory:1||Arc Simulation:1||Attenuate coefficient:1||Bipolar transistor amplifiers:1||Capacitance:1||Capacitive energy storage:1||Capacitors:1||ChildLangmuir current:1||Circuit Breaker:1||Circuit analysis:1||Coaxial Vircator:1||Coaxial transmission lines:1||Coaxial vircator:1||CockcroftWalton:1||Compact pulse generation device:1||Concentrated winding:1||Conducting current:1||Conductive Noises in HighSpeed Train:1||Convection:1||Current limitation effect:1||DBD power supply Impedance matching:1||Damage rate:1||Design Parameters:1||Design of experiment:1||Design of experiments guidelines:1||DiPS2:1||Dielectric Barrier Discharging:1||Dielectric Recovery Characteristic:1||Dielectric Recovery Voltage:1||Dielectric recovery measurement:1||Dielectric recovery strength:1||Diffusion:1||Distributed winding:1||Divertor plasma:1||Double grid cathode:1||

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