<PULSE-POWER TECHNOLOGY AND REACTOR DESIGN>PRELIMINARY DESIGN OF LIGHT ION BEAM FUSION REACTORS, UTLIF (1) AND ADLIB-I
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概要
- 論文の詳細を見る
UTLIF (University of Tokyo Light Ion beam Fusion reactor) and ADLIB (A/Advanced Design of Light Ion Beam fusion reactor) are conceptual reactor design studies for inertial confinement fusion with beams of light ions. The former is a solid wall-type reactor of pin bundle blankets and the latter is a liquid wall-type reactor of a rotating cavity vessel. The objectives of the studies are the investigation of the system characteristics of light ion beam fusion reactors and the identifications of problems to be investigated in the future. The study was started in November 1981. The present report is of a preliminary nature and represents the status as of March 1982. This stage of the designs will sometimes be referred to as UTLIF (1) and ADLIB-I.
- 核融合科学研究所の論文
著者
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Madarame H.
Department of Life Sciences, Graduate School of Arts and Sciences, University of Tokyo
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Madarame H.
Department Of Nuclear Engineering
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Oka Y.
The University of Tokyo The Faculty of Engineering Nuclear Engineering Research Laboratory
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Miya K.
The University of Tokyo The Faculty of Engineering Nuclear Engineering Research Laboratory
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Kondo S.
Department of Nuclear Engineering
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Nakazawa M.
The University of Tokyo The Faculty of Engineering Nuclear Engineering Research Laboratory
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Tagawa S.
Research Center for Nuclear Science and Technology
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Iwata S.
Department of Nuclear Engineering
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Tanaka S.
The University of Tokyo The Faculty of Engineering Nuclear Engineering Research Laboratory
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Shimotono H.
Department of Nuclear Engineering
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Akiyama M.
The University of Tokyo The Faculty of Engineering Nuclear Engineering Research Laboratory
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Kobayashi H.
The University of Tokyo The Faculty of Engineering Nuclear Engineering Research Laboratory
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Hashikura H.
The University of Tokyo The Faculty of Engineering Nuclear Engineering Research Laboratory
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Furuta K.
The University of Tokyo The Faculty of Engineering Nuclear Engineering Research Laboratory
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Ogata Y.
Department of Nuclear Engineering
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Madarame H.
Department of Ischemic Circulatory Physiology, KAATSU Training, University of Tokyo
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