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Design study of fusion experimental reactor at JAERI

Sanae Tamura, Fer Design Team1989年Fusion Engineering and DesignIF 1.7出版社

Conceptual design studies of a next generation tokamak fusion reactor, the Fusion Experimental Reactor (FER) at JAERI are described.Recent design efforts have been focused on elaborating two typical design concepts, one based on the best existing physics data bases and the other on rather conservative physics basis, to be capable of achieving a self-ignited, long burning DT plasma and demonstrating the feasibility of key fusion reactor technologies. Various flexibility scenarios to enhance the machine capabilities to realize higher reactor-core performance have also been developed and incorporated in the design in accordance with an overall plan of phased construction and operation program of FER.

日本語訳

次世代トカマク型核融合炉である日本原子力研究所(JAERI)における核融合実験炉(FER)の概念設計研究について述べる。最近の設計努力は、自己点火・長時間燃焼のDTプラズマを達成し、主要な核融合炉技術の実現可能性を実証できるように、一方は既存の最良の物理データベースに基づき、他方は比較的保守的な物理基盤に基づく、二つの代表的な設計概念を詳細化することに焦点を当ててきた。より高い炉心性能を実現するために機器能力を強化するための様々な柔軟性シナリオも開発され、FERの段階的建設・運転プログラムの全体計画に従って設計に組み込まれている。

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