任意密度冷磁动等离子体中电子波折射率的模型表达式

D.R. Shklyar , N.S. Artekha
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引用次数: 0

摘要

尽管对磁动等离子体中波模式的折射率有相当简单的分析表达式无疑是非常重要的,但这种表达式只在某些特殊情况下才为人所知。对于频率远高于较低混合共振频率的电子波,只有当电子等离子体频率大大超过电子回旋频率时,稠密等离子体中的啸叫声波才有这种表达式。在这封信中,我们提出了磁活泼等离子体中所有四种电子模式折射率的简单运算表达式,即快速磁声波(也称为惠斯勒模式)、慢非凡模式、普通模式和快速非凡模式。这些表达式的形式并不取决于等离子体频率与回旋频率的比值。
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Model expressions for refractive indices of electron waves in cold magnetoactive plasma of arbitrary density

Despite the undoubted importance of having fairly simple analytical expressions for the refractive indices of wave modes in a magnetoactive plasma, such expressions are known only in some particular cases. For electron waves with frequencies much higher than the lower hybrid resonance frequency, such an expression is known only for whistler waves in a dense plasma when the electron plasma frequency significantly exceeds the electron cyclotron frequency. In this Letter, we propose simple operational expressions for the refractive indices of all four electron modes in a magnetoactive plasma, namely, the fast magnetosonic, also called whistler mode, the slow extraordinary mode, the ordinary mode, and the fast extraordinary mode. The form of these expressions does not depend on the value of the ratio of plasma frequency to cyclotron frequency.

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