面向泵送导流器作业的JET开发

E. Bertolini
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引用次数: 5

摘要

1991-52试验运动于1992年2月完成。这次活动的亮点是初步的氘-氚实验(PTE),导致首次生产兆瓦级的受控热核电力。JET随后进入主要关闭阶段,将于1994年1月完成。关闭的主要目的是在真空容器内安装一个分流器。它由四个极向线圈、石墨瓦靶板和低温泵板组成。导流器的磁性配置需要增加新的射频天线、新的电源和新的导流器相关等离子诊断。转流器计划的目的是显示对热核级等离子体中杂质的主动控制约10秒,这是建设国际托卡马克实验反应堆(ITER)的关键问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
JET development towards pumped divertor operations
The 1991-52 experimental campaign was completed in February 1992. The highlight of this campaign was the preliminary deuterium-tritium experiment (PTE) leading to the first ever production of controlled thermonuclear power in the megawatt range. JET then entered a major shutdown which should be completed by January 1994. The main objective of the shutdown is the installation of a divertor inside the vacuum vessel. It consists of four poloidal coils, of target plates with graphite tiles and of cryo-pumping panels. The divertor magnetic configuration has required the addition of new radio-frequency antennae, new power supplies and new divertor relevant plasma diagnostics. The aim of the divertor programme is to show active control of the impurities in thermonuclear grade plasma regimes for about ten seconds, a key issue for the construction of the International Tokamak Experimental Reactor (ITER).
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