New results of the study of high-speed quasi-stationary plasma flows interacting with the magnetic field of ring conductors with different currents is presented. The MHD model uses the vector potential of the magnetic field and takes into account the electrical conductivity, thermal conductivity of the medium, as well as radiation transport. The most optimal mode of transformation of kinetic energy into thermal energy of the plasma during the heating and deceleration of the flow in the magnetic field of ring conductors with the increasing values of currents from one coil to another was determined as a result of numerical calculations within the framework of new approach being developed to solve the problem of the controlled thermonuclear fusion.

中文翻译：

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注入不同电流的环形导体组中流动的级联等离子体加热的研究

提出了高速准平稳等离子体流与不同电流的环形导体磁场相互作用的研究的新结果。MHD模型使用磁场的矢量势，并考虑了电导率，介质的热导率以及辐射传输。在环形导体磁场中，随着电流从一个线圈流向另一个线圈的电流值的增加，在加热和减速过程中，将动能转换为等离子体的热能的最佳方式已确定。正在开发解决可控热核聚变问题的新方法的框架。