ScholarWorks@Gyeongsang National University: Lee, Kang Young

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Lee, Kang Young (이강영)

사범대학 (물리교육과)

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Tel 0557722216
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Beyond Standard Model:3||LHC:3||Neutrino detectors:3||Detector design and construction technologies and materials:2||Fixed target experiments:2||Dark matter:2||Large detector systems for particle and astroparticle physics:2||Charged higgs boson:1||Dark Matter detectors (WIMPs, axions etc.):1||Detector alignment and calibration methods (lasers:1||Detector modelling and simulations I (interaction of radiation with matter, interaction of photons with matter, interaction of hadrons with matter, etc):1||Ecofriendly gas:1||Forward physics:1||Frontend electronics for detector readout:1||Gaseous Detectors:1||Hadronic Colliders:1||Heavy neutral lepton:1||Hidden particle:1||Higgs Physics:1||Javkhlant formation:1||Juvenile:1||Leftright symmetric model:1||Lepton flvour violation:1||Mongolia:1||Neutrino:1||Neutrino Mixing:1||Nuclear emulsion:1||Ontogeny:1||Particle tracking detectors (Gaseous detectors):1||Particle tracking detectors (Solidstate detectors):1||Pattern recognition:1||Performance of High Energy Physics Detectors:1||Phenomenological Models:1||Photon detectors for UV:1||Phylogeny:1||Physics education:1||Resistive Plate Chambers:1||Resistive plate chambers:1||Resistiveplate chambers:1||SHiP:1||SND@LHC:1||Scalar portal:1||Scattering neutrino detector:1||Search for Hidden Particles:1||Search for hidden particles:1||Simulation methods and programs:1||Sterile or Heavy Neutrinos:1||Taphonomy:1||Tau neutrino:1||Upper cretaceous:1||Vector portal:1||Yamaceratops:1||calibration and fitting methods:1||cluster finding:1||dark Z boson:1||dark matter detectors:1||dark matter experiments:1||dark matter simulations:1||electron neutrino:1||extended gauge symmetry:1||flavor violation:1||hidden sector:1||little Higgs:1||muon neutrino:1||neutrino:1||neutrino interactions:1||new gauge boson:1||normalconducting:1||particlebeams):1||permanent magnet devices:1||radiation hardened magnets:1||sources:1||tau neutrino:1||visible and IR photons (solidstate):1||Acceleration cavities and magnets superconducting (hightemperature superconductor:1||wigglers and undulators):1||Additional Higgs doublet:1||Atomic model:1||Atomic nucleus:1||Avalanche Mode:1||Bs decay:1||Ceratopsia:1||

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