Induced Activity and Dose Rate in a Fusion Reactor with Molybdenum Blanket Structure
スポンサーリンク
概要
著者
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SEKI Yasushi
Japan Atomic Energy Research Institute
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IDE Takahiro
Sumitomo Heavy Industries
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IIDA Hiromasa
Japan Atomic Energy Research Institute
関連論文
- Analyses for Passive Safety of Fusion Reactor during Ex-Vessel Loss of Coolant Accident
- Development of Dust Removal System Using static Electricity for Fusion Experimental Reactors
- Monte Carlo calculations of source characteristics of FNS water cooled type tritium target.
- Unbiasedness evaluation of statistical error in staged Monte Carlo calculation.
- Design study of swimming pool type tokamak reactor (SPTR).
- Evaluation of heat flux concentration in tubes locally heated by high energy beams.
- Induced Activity and Dose Rate in a Fusion Reactor with Molybdenum Blanket Structure
- Radiative heat deposition analysis of fusion reactor first wall by Monte Carlo transport code.
- Fusion reactor shield optimization in terms of personnel access.
- Maintenance method for tokamak fusion reactors with downward access to torus inboard structures.
- Applicability of two-dimensional sensitivity calculation code: SENSETWO.
- Effect of nonelastic neutron anisotropy on fission rates measured in a graphite-reflected lithium assembly.
- Evaluation of decay heat in fusion experimental reactor.
- Radiation streaming analysis through narrow gaps in Fusion Experimental Reactor. (FER)