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Renormalization group approach in the theory of low-frequency electromagnetic plasma fluctuations

机译:低频电磁等离子体波动理论中的重归一化组方法

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摘要

Summary form only given, as follows. The model equations describing nonlinear interaction between the low-frequency potential and magnetic plasma perturbations, are analysed by using the RG methods. The cubic in the k-space correction to the linear damping of the short-wave electrostatic excitations (corresponding to the kinematic viscosity in the Navier-Stokes equation) and the linear correction to the long-wave ones is obtained. It is found that the magnetic nonlinearities may give rise to negative dissipation.
机译:仅给出摘要表格,如下。使用RG方法分析了描述低频电势和磁等离子体扰动之间非线性相互作用的模型方程。在k空间中对短波静电激励的线性阻尼(与Navier-Stokes方程中的运动粘度相对应)进行了三次方校正,并对长波静电激励的进行了线性校正。已经发现,磁性非线性会引起负耗散。

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