Large-Scale Instabilities in Strong, Fast Rising Magnetic Fields

N. Labetskaya, I. Datsko, Vladimir I. Oreshkin, D. Rybka, S. Chaikovsky, V. Van'kevich
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Abstract

Experiments on the MIG high-current generator at a current of ~ 2 MA with a rise time of 100 ns were performed to study the explosion of cylindrical copper conductors of diameter 2 mm in a magnetic field of up 400 T. Plasma jets propagating in the radial direction with a velocity of ~ 7·105 cm/s were recorded on the surface of a conductor. A possible reason for the appearance of such plasma structure is the development of flute instabilities.
强快速上升磁场中的大尺度不稳定性
在MIG大电流发生器上进行了~ 2 MA、上升时间为100 ns的实验,研究了直径为2 mm的圆柱形铜导体在高达400 t的磁场下的爆炸,在导体表面记录到了以~ 7·105 cm/s的速度沿径向传播的等离子射流。出现这种等离子体结构的一个可能原因是笛子不稳定性的发展。
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