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The breeding shield design for the technology test reactor TIBER-II

M.E. Sawan, J.D. Lee1989年Fusion Engineering and DesignIF 1.7出版社

The breeding shield design for the compact technology test reactor TIBER-II is described. The shield allows for tritium self-sufficiency by utilizing a beryllium multiplier zone in the outboard shield and an aqueous solution coolant in which LiNO3 is dissolved. This low-temperature and low-pressure design yields an overall tritium breeding ratio of 1.05 and provides adequate protection for the TF coils. The design features of this breeding shield render it an attractive low-risk candidate for ITER.

日本語訳

TIBER-IIコンパクト技術試験炉の増殖ブランケット設計について述べる。このブランケットは、アウトボード側ブランケットにベリリウム増倍材を利用し、LiNO₃を溶解した水溶液冷却材を用いることにより、トリチウム自給自足を可能にする。この低温・低圧設計は、総合トリチウム増殖比1.05を達成し、トロイダル磁場(TF)コイルに対し十分な遮蔽を提供する。この増殖ブランケットの設計特徴は、ITERに対する魅力的でリスクの低い候補設計となっている。

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