初步等离子体聚焦驱动DT微球囊实验

B. Freeman, D. Rickel
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引用次数: 0

摘要

用一个小等离子体焦点驱动DT微球的初步实验得到了结果。DT微球直径为1mm,含有75atm的DT气体,混合比例为50%。等离子聚焦驱动器通过其20kv, 72kj的电容器组实现约1ma的最大电流。等离子体鞘是由氘、氦和氩组成的。在使用实验气体进行几次调节射击后,微气球通过装置阳极的气闸插入焦点区域,以避免正极和目标之间的任何电梯度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Preliminary plasma focus driven DT microballoon experiments
Results have been obtained from initial experiments in which a small plasma focus was used to drive DT microballoons. The DT microballoons were 1 mm in diameter and contained 75 atm of DT gas in a 50% mixture. The plasma focus driver achieves a maximum current of approximately 1 MA from its 20-kV, 72-kJ capacitor bank. The plasma sheath was formed from deuterium, helium, and argon for those tests. After several conditioning shots using the gas for the experiment, the microballoons were inserted into the focus region through an air lock in the device's anode, to avoid any electrical gradient between the positive electrode and the target.<>
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