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New analysis for the assignment of UV-visible ionic Xe laser lines

机译:紫外可见离子Xe激光线分配的新分析

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Visible and UV laser emissions from a highly ionized pulsed Xe plasma were studied in relation to the ionic assignment of the laser lines. Time-resolved spectroscopy and intensity versus pressure analysis were used to determine the ionic origin of the studied lines. The results of both methods show good agreement, and the joint coincidence is used as a criterion for ionic classification, thus imposing a stringent condition for the assignment of the lines and enhancing its reliability. The disagreement between some of our assignments and those from other authors are discussed on the basis of the results of our systematic analysis of more than 200 spontaneous lines in the region of interest.
机译:研究了高度电离的脉冲Xe等离子体的可见光和UV激光发射与激光线的离子分配的关系。时间分辨光谱法和强度对压力的分析用于确定研究线的离子起源。两种方法的结果均显示出良好的一致性,并且将联合重合用作离子分类的标准,从而为线的分配施加了严格条件,并提高了其可靠性。我们对感兴趣区域中200多个自发线的系统分析结果,讨论了我们的某些作业与其他作者的作业之间的分歧。

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