Nonstationary thermal and diffusion problems for the cathode units of high-current plasma systems

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The article considers thermal and diffusion problems for an axially symmetric cathode of low temperature plasma generators. The main problem in the article is based on the solution of two-dimensional equations of heat conduction, current continuity and diffusion of activators with nonlinear boundary conditions for the system insert - clip, taking into account all major types of energy exchange with the environment.

Optimization problem, heat flow, energy transfer, generator, low-temperature plasma

Короткий адрес: https://sciup.org/142142248

IDR: 142142248

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