Abstract

An ablation of a thin layer of surface contamination of the target that self-recovers after each pulse of a powerful ion beam has been used to control ion fluences. Using a time-of-flight optical spectrometer, the average speeds of the lightest components of the ablative plasma, which are hydrogen and carbon, have been measured. and the ion fluence has been determined by their difference.

中文翻译：

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大功率脉冲离子束的飞行时间光学诊断

摘要

目标的表面污染薄层的消融，在强大的离子束的每个脉冲被用来控制离子通量之后，会自动恢复。使用飞行时间光谱仪，已测量了烧蚀等离子体中最轻的组分（氢和碳）的平均速度。离子通量取决于它们之间的差异。