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The study of plasma flows in accelerators with thermonuclear parameters

A N Kozlov2017年Plasma Physics and Controlled FusionIF 2.2出版社

The research of two-dimensional axisymmetric plasma flows in the channel of the quasi-steady plasma accelerator (QSPA) was carried out on the basis of the MHD equations taking into account the electrical conductivity, thermal conductivity, and radiation transport. The plasma accelerator is considered as an injector for magnetic traps. Conditions are determined to obtain the high-energy deuterium–tritium plasma flows in which the ion energy at the outlet from the QSPA is large enough to provide a subsequent fusion reaction in the prospective thermonuclear installations.

日本語訳

二次元軸対称プラズマ流の準定常プラズマ加速器(QSPA)チャネル内における研究は、電気伝導度、熱伝導度、および放射輸送を考慮したMHD方程式に基づいて実施された。プラズマ加速器は磁気トラップ用のインジェクターとして考えられている。将来の熱核融合施設におけるその後の核融合反応を提供するのに十分な大きさのQSPA出口におけるイオンエネルギーを得るための、高エネルギーの重水素-トリチウムプラズマ流を実現する条件が決定された。

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