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Plasma turbulence in the interstellar medium

机译:血浆湍流在星际介质中

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摘要

The interstellar medium (ISM) is a multi-phase, magnetized, and highly turbulent medium. In this paper, we address both theoretical and observational aspects of plasma turbulence in the ISM. We successively consider radio wave propagation through a plasma and radio polarized emission. For each, we first provide a theoretical framework in the form of a few basic equations, which enable us to define useful diagnostic tools of plasma turbulence; we then show how these tools have been utilized to detect and interpret observational signatures of plasma turbulence, and what astronomers have learned from them regarding the nature, the sources, and the dissipation of turbulence in the ISM.
机译:星际介质(ISM)是多相,磁化和高湍流介质。 在本文中,我们解决了ISM中等离子体湍流的理论和观察方面。 我们连续地考虑通过等离子体和无线极化发射的无线电波传播。 对于每个,我们首先提供一些基本方程式的理论框架,使我们能够定义等离子体湍流的有用诊断工具; 然后,我们展示了这些工具是如何利用这些工具来检测和解释等离子体湍流的观察特征,以及来自他们的天文学家关于ISM中的性质,来源和湍流的消散。

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