Sensitivity of physics parameters for establishment of a burned CANDU full-core model for decommissioning waste characterization
スポンサーリンク
概要
著者
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Cho Dong-Keun
Korea Atomic Energy Research Institute
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Sun Gwang-Min
Korea Atomic Energy Research Institute
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Choi Jongwon
Korea Atomic Energy Research Institute
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HWANG Dong-Hyun
Nuclear Engineering & Technology Institute
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HWANG Tae-Won
Nuclear Engineering & Technology Institute
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YANG Ho-Yeon
Nuclear Engineering & Technology Institute
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PARK Dong-Hwan
Korea Electric Power Research Institute
関連論文
- Sensitivity of physics parameters for establishment of a burned CANDU full-core model for decommissioning waste characterization
- Sensitivity of Physics Parameters for Establishment of a Burned CANDU Full-Core Model for Decommissioning Waste Characterization
- Characteristics of a Geological Disposal System for the Increasing Burn-up of Spent Nuclear Fuel in Korea
- Sensitivity of Physics Parameters for Establishment of a Burned CANDU Full-Core Model for Decommissioning Waste Characterization
- Verification of Source Term Estimation Method against Measured Data for Decommissioning Waste from a CANDU Reactor
- Analysis of Leaching Behavior of Simulated LILW Glasses by Using the MCC-1 Test Method
- Characteristics of Fabricated Neutron Detectors Based on a SiC Semiconductor
- Analysis of Leaching Behavior of Simulated LILW Glasses by Using the MCC-1 Test Method
- Verification of Source Term Estimation Method against Measured Data for Decommissioning Waste from a CANDU Reactor
- Concept of a Korean Reference Disposal System for Spent Fuels
- Characteristics of Fabricated Neutron Detectors Based on a SiC Semiconductor
- Doppler-broadened Boron Peak Analysis Software and Its Application to Various Boron Compound Samples