波沿MMP波导传播的极端情况和非倒易性

L. Shenggang, Yan Yang, Zhu Da-jun
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引用次数: 0

摘要

波沿等离子体波导的传播是等离子体物理学和微波等离子体电子学中最有趣和最有吸引力的课题之一。在作者先前的论文(刘生刚等,Physical Rev. E, vol. 65, no. 5)中。(3, pp. 036411-1-036411- 8,2002),揭示了波沿移动磁化等离子体(MMPW)波导传播的许多有趣和重要的物理特征。本文对非互反性质和极端相对论性情况进行了理论研究。数值计算表明,在MMPW中存在非互反特性,且该特性与等离子体的漂移速度密切相关。因此,波在反方向上的传播与在正方向上的传播有很大的不同。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The extreme cases and the non-reciprocal property of the wave propagation along a MMP waveguide
Wave propagation along a plasma waveguide is one of the most interesting and attractive topics in plasma physics and microwave plasma electronics. In the authors' previous paper (Liu Shenggang et al, Physical Rev. E, vol. 65, no. 3, pp. 036411-1-036411-8, 2002), a lot of interesting and important features in physics were revealed for wave propagation along waveguides filled with moving magnetized plasma (MMPW). A theoretical study on the non-reciprocal properties and the extreme relativistic cases are given in this paper. The numerical calculations show that in a MMPW there exists a non-reciprocal property, and it strongly depends upon the drift velocity of the plasma. As a consequence, the wave propagation in the opposite direction is quite different from that in the positive direction.
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