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Globus-M plasma physics research for fusion application and compact neutron source development

V K Gusev, N N Bakharev, B Ya Ber, V V Bulanin, F V Chernyshev, V V Dyachenko, P R Goncharov, E Z Gusakov, A D Iblyaminova, M A Irzak2016年Plasma Physics and Controlled FusionIF 2.2出版社

During the past decade, plasma physics research promoting the physics base of ITER and developing novel concepts such as a compact fusion neutron source has been conducted on the Globus-M spherical tokamak (ST) (R  =  36 cm, a  =  24 cm, Ip  ⩽  250 kA, BT  ⩽  0.4 T). Tokamak reconstruction is imminent. The upgraded tokamak Globus-M2 will have the same vacuum chamber and an enhanced magnetic system to provide BT  =  1 T and Ip  =  500 kA. In this paper we outline the most important research directions and the main results obtained on Globus-M and make some predictions about the possibilities and parameters of Globus-M2.

日本語訳

過去10年間にわたり、Globus-M球状トカマク(R = 36 cm、a = 24 cm、Ip ≤ 250 kA、BT ≤ 0.4 T)において、プラズマ物理の研究が実施され、ITERの物理基盤の構築と球状トカマクの将来性の実証に貢献してきた。トカマクのアップグレードが完了し、現在はGlobus-M2と命名されている。本論文では、主要な研究結果の概要と、アップグレードされたトカマクのパラメータ(R = 36 cm、a = 23 cm、Ip ≤ 500 kA、BT ≤ 1 T)を提示する。

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