ScholarWorks@SOONCHUNHYANG UNIVERSITY: Park, Byung Gi

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Park, Byung Gi (박병기)

College of Engineering (Department of Energy and Environmental Engineering)

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fiberoptic sensor:5||FiberOptic Sensor:4||Fiberoptic sensor:4||pH Sensor:3||Cerenkov radiation:3||SolGel:3||Molten salt:2||Fiberoptic radiation sensor:2||ETA:2||pH agent:2||NH₃:2||Neutral Red:2||Carbon steel:2||Absorbance:2||plastic optical fiber:2||Co60:2||Gamma ray:2||Bismuth:2||Corrosion:2||Spent nuclear fuel:2||Cresol Red:1||Cutting methods:1||Cyclic voltametry:1||Cyclic voltammetry:1||Decommissioning:1||Droplet:1||Electrode reaction:1||Electrolytic reduction:1||Electrorefining:1||Embedded temperature sensor:1||FiberOptic:1||Fiberoptic Cerenkov radiation sensor:1||Formaldehyde:1||Functional test:1||GEANT4:1||Gamma Spectroscopy:1||Gammaray spectroscopy:1||Geant4:1||HEPA filter:1||Halide Optical Fiber:1||High temperature/pressure environment:1||Indoor air quality:1||Infrared Radiation:1||Infrared optical fiber:1||Intermetallic compound formation:1||Internal dose:1||Ion exchange:1||Ir192 isotope:1||Jing Wang:1||LYSO:1||Leakage:1||LiClKCl:1||LiClKCl 용융염:1||Liquid Bi pool electrode:1||Liquid electrode:1||Loess:1||MCNP:1||Marine and lake sediment:1||Marine sediment:1||Mercury:1||Metal electrode:1||Molten LiClKCl eutectic:1||Molten saltliquid metal extraction:1||Multiphysics coupling:1||Multichannel Analyzer:1||Noncontact Temperature Sensor:1||Nuclear power plant decommissioning:1||Optical Fiber:1||Optical glass:1||Organic scintillator:1||Oxic condition:1||Oxygen releasing compound:1||Phenol Red:1||Plasma arc cutting:1||Plastic Optical Fiber:1||Potential step chronoabsometry:1||Potential step chronoabsorptometry:1||Proton:1||Radiation Sensor:1||Radiation dosimeter:1||Radioactive aerosol:1||Radioactive aerosols:1||Radiolysis:1||Regeneration through sediment renewal:1||Release characteristics:1||Resin layer:1||Rhodamine derivative:1||Room temperature:1||Samarium:1||ScheeleMeister 모델:1||Scheelemeister model:1||Secondary Water:1||Sediment cell:1||Selectivity:1||Sensing material:1||Silver:1||Simulated spent fuel assembly:1||Size:1||SolGel process:1||Spectroelectrochemical:1||Spent fuel:1||SubmicroAg particles:1||Temperature:1||Thermoluminescence:1||Thermometry:1||Transient modeling:1||Void:1||Volatile organic compounds (VOCs):1||Watermercury:1||Wick boiling:1||absorbed dose:1||dosimeter:1||embedded sensor:1||fiber optics:1||fiberoptic dosimeter:1||gamma ray:1||infrared:1||mcresol purple:1||optical fiber:1||organic scintillator:1||pH Indicator:1||pH sensor:1||phantom:1||phenol red:1||radiosurgery:1||scintillator:1||silver halide optical fiber:1||square scintillating optical fiber:1||temperature sensor:1||thermochromic material:1||thermochromic pigment:1||thermometry:1||곡교천:1||공학:1||광섬유 방사선 센서:1||모델링:1||물수은:1||분광전기학:1||사마륨:1||상온:1||수질:1||액적:1||용융염액체금속 추출:1||>:1||환경공학:1||8Hydroxyquinoline:1||Aerodynamic diameter:1||Aerosol removal efficiency:1||Antibiotic test:1||Aqueous environment:1||Architectural material:1||Bamboo activated carbon:1||Benzene:1||Betaray:1||Boron hideout:1||COD reduction:1||CRUD:1||CRUDInduced power shift:1||Cerenkov detector:1||Cerenkov light:1||Cerenkov radiator:1||Cerium:1||Coating:1||Copper ion:1||

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(31538) 22, Soonchunhyang-ro, Asan-si, Chungcheongnam-do, Republic of Korea+82-41-530-1114

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