ScholarWorks@SUNGKYUNKWAN UNIVERSITY: CHAE, KYUNG YUK

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CHAE, KYUNG YUK (채경육)

Science (Physics)

Research Area: the study of astrophysically-important nuclei and nuclear reactions using radioactive heavy ion beams

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Inverse kinematics:6||Gasfilled ionization chamber:6||Transfer reactions:5||Transfer reaction:5||Radioactive ion beams:4||Particle identification:4||Java:3||rprocess:3||Multiple electrodes:3||Silicon detectors:3||Radioactive ion beam:3||halflife:3||Fast response time:3||Fast response:3||Background considerations:2||Digital waveform:2||Spectroscopic study:2||fission barrier:2||Portable:2||Micromegas detector:2||Xray bursts:2||Monte Carlo simulation:2||Recoil spectrometer:2||Deep learning application:2||Isomeric decays:2||RI beam:2||K isomer:2||Neutron detector:2||sup>:2||superheavy nuclei:2||Time projection chamber:2||/sup>:2||Transition strengths:2||Nuclear astrophysics:2||Dispersion matching:2||γ)23Mg reaction:2||Twobody system:2||Ion optics:2||Relativistic kinematics:2||Nuclear structure:2||Inflight separator:2||PHITS:2||Alpha scattering:2||Shell model calculations:2||Machine learning application:2||F:1||F19(alpha, p)Ne22 reaction:1||Fission:1||Fusion:1||Fusion reaction:1||GEANT4:1||GEMMSTPC:1||GET:1||Gammaray spectroscopy and nuclear isomerism:1||Gamow window:1||GamowTeller β decay:1||Gas target:1||Geant4 simulation:1||HPGe:1||Heating factor:1||Heavy ion beam:1||Highcurrent heavy ion beams:1||Inflight method:1||Intense beam:1||Interactive:1||Isomer:1||KoBRA:1||Level scheme:1||Linearchain cluster state:1||Lowenergy reactions:1||MC50:1||MICROMEGAS:1||MSTPC:1||Mass resolving power:1||Mg23 Nucleus:1||Midshell:1||Multielectrode ionization chamber:1||Ne18(a,p)Na21:1||Ne19(alpha, gamma)Mg23 Reaction Rate:1||Nearbarrier energies:1||Neutron Transfer Reaction:1||Noise signal:1||Nuclear cluster:1||Nuclear energylevel schemes:1||Nuclear mass:1||Nuclear scattering:1||O(α, p)<:1||ORRUBA:1||Phase space model:1||Photodisintegration:1||Pileup signal:1||Positionsensitive:1||Possible twoquasiparticle configurations:1||Precise mass:1||Proton capture:1||Proton decay:1||Proton recoil telescope:1||RAON:1||RI beam production:1||Radioactive Ion Beams:1||Radioactive beams:1||Radioactive ion beam production:1||Radioactive isotope beam:1||Radionuclide:1||Radionuclide 23Mg:1||Reaction dynamics:1||Reaction rates:1||Relativistic reaction kinematics:1||Resonant elastic scattering:1||Sequential decay:1||Shell Model:1||Shell evolution:1||Silicon detector:1||SingleParticle States:1||Solar neutrino:1||SpinParity Assignments:1||Stable ion beam:1||Stellar evolution code:1||Stopping power:1||Structure of neutronrich Terbium radioisotopes:1||SuperORRUBA:1||Survival probability:1||Tandem accelerator:1||Target density reduction:1||TexAT:1||TexAT_v2:1||Thicktarget method in inverse kinematics:1||Threebody continuum:1||Time spread:1||Timeofflight:1||Transfe:1||Transfer Reactions:1||Triple alpha:1||Weakly bound valenceproton nucleus:1||X6 silicon detector:1||alpha decay:1||alpha pprocess:1||alphacluster structure:1||beta decay:1||betadecay:1||compound nucleus:1||crosssection:1||d)23Mg transfer reaction:1||energy level properties:1||evaporationresidue:1||exotic beams:1||explosive stellar environments:1||fission:1||fusion cross section:1||gamma vibration:1||gammaRay spectroscopy:1||gammagamma coincidence:1||isotopic abundance:1||mass measurement:1||mass uncertainty:1||neutron capture:1||nuclear cluster:1||r process:1||resonant scattering:1||silicon detectors:1||spontaneous fission:1||superheavy nuclei:1||synthesis:1||thicktarget method in inverse kinematics:1||waiting points:1||γ)19Ne:1||γray beam:1||<:1||ρ)21Na:1||127Ag:1||14<:1||15N beam:1||15O(α:1||163Dy(n,gamma)164Dy reaction:1||17<:1||18Ne(α:1||19F structure:1||19Ne(α:1||22Na(ρ:1||24Mg(p:1||7Be(d,n)8B in inverse kinematics:1||81Ge:1||ASICs:1||Active target:1||Active target time projection chamber:1||Alpha cluster:1||Angular distribution:1||Axial symmetry:1||Bayesian optimization:1||Beam tracking detector:1||Boron converter:1||CRIB:1||Compound nucleus:1||Compton scattering:1||Cross section:1||DD generator:1||DWBA Calculation:1||DWBA calculation:1||Decay spectroscopy:1||Differential Cross Section:1||Direct reaction:1||Dy172:1||Dysprosium:1||ELINP:1||Energy level of 8B nucleus:1||Energy loss calculation:1||Energyloss calculation:1||Excitation Energy:1||Excitation energies:1||Excitation energy:1||Exotic beam:1||Exotic nuclei:1||Extended gas target:1||

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(03063) 25-2, SUNGKYUNKWAN-RO, JONGNO-GU, SEOUL, KOREAsamsunglib@skku.edu

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