高功率内爆等离子体脉冲x射线激光器

R. Baksht, I. Datsko, V. Kokshenev, A. Kim, A. V. Luchinski, V. Loskutov, V. Oreshkin, A. Russkich
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引用次数: 0

摘要

用碰撞辐射模型研究了Al-Mg光谐振x射线激光方案。结果表明,单色泵功率为109 Wt,可在48 A铝泵线内获得。在1.2 ~ 1.5 MA的GI-4发生器上进行了铝丝阵列内爆实验,等离子体与回流柱间距为1 cm。λ=48 Å区域的实验输出功率为(1-2)·109 Wt/cm。亮点的主要K壳和l壳辐射产率分布在每cm 2 ~ 3个。利用碰撞辐射模型模拟表明,等离子体温度为200 eV,密度为1020 cm-3。提出了两种产生抽运等离子体的方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
High power imploding plasma por the X-ray laser
The Al-Mg photoresonant X-ray laser scheme is investigated using collisional radiative model. It is g shown that monochromatic pump powers of 109 Wt are obtainable within the 48 A Al pump line. Experiments on Al-wire array implosion were carried out on the 1.2-1.5 MA GI-4 generator with a 1 cm separation between the plasma and the current return posts. The experimental output power in the region of λ=48 Å made up (1-2)·109 Wt/cm. The main K- and L-shell radiation yields from bright spots distributed 2-3 per cm. A simulation with the help of the collisional radiative model has demonstrated that the plasma temperature and density are 200 eV and 1020 cm-3, respectively. Two schemes of the creating of the pumped plasma were suggested.
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