Abstract

A source of high-frequency electromagnetic radiation is formed by energetic particles in the magnetic structures of plasma corona. Energetic particles are formed in the electric and magnetic fields of the dissipative structures of the magnetic reconnection caused by the low-frequency induction process in a hot, collisionless plasma expanding over the magnetization regions. The stationary process of kinetic acceleration refers only to the group of resonant particles in the phase space of velocities and determines the dissipation. Impedance characteristics, which make it possible to calculate the power of the acceleration process and the energy of electromagnetic fields formed by current systems and to determine the internal oscillation and relaxation times of current systems (CSs) of magnetic structures, are introduced for the process.

中文翻译：

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电晕中的电磁辐射源和固定磁重联区的阻抗

摘要

高频电磁辐射源是由等离子体电晕的磁性结构中的高能粒子形成的。高能，无碰撞的等离子在磁化区域中扩展，在低频感应过程引起的磁重新连接的耗散结构的电场和磁场中形成高能粒子。动加速度的平稳过程仅指速度相空间中的共振粒子组，并确定耗散。引入了阻抗特性，可以计算加速过程的功率和电流系统形成的电磁场的能量，并确定磁性结构的电流系统（CSs）的内部振荡和弛豫时间。