MC1磁通压缩发生器实验的光磁场诊断

L. Veeser, P. Rodriguez, B. Marshall, W. Lewis, O. Tatsenko
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引用次数: 2

摘要

本文介绍了在联合实验中,用光学诊断仪测量由美国烈性炸药推动的俄罗斯MC1型磁通压缩发生器产生的高达11 MGauss (1100 T)的磁场。这些场是通过放置在薄偏振片之间的玻璃样品的法拉第旋转来测量的。通过多模光纤引入和收集光,使激光光源和记录仪器被安置在距离爆炸地点约20米的掩体中。他们非常小心地把诊断仪器的体积控制在很小的范围内,这样它们就能在发电机内爆后存活足够长的时间来完成测量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Optical magnetic field diagnostics for the MC1 flux compression generator experiments
We describe the optical diagnostics used to measure magnetic fields up to 11 MGauss (1100 T) produced by Russian MC1 magnetic flux compression generators propelled by American high explosives in a joint experiment. The fields were measured by Faraday rotation in glass samples placed between thin polarizers. Light was introduced and collected in multi-mode fiber optics, allowing the laser light source and the recording instrumentation to be housed in a bunker about 20 m from the explosion. Great care was taken to keep the volume of the diagnostics small so that they would survive the generator implosions long enough to complete the measurements.
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