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Diffusion and Mobility of Charged Particles of a Gas-Discharge Plasma in a Transverse Magnetic Field

This article discusses the calculated values of diffusion and mobility of charge carriers, which characterize the motion of electrons and ions in a low-temperature gas-discharge plasma of inert gases. These parameters make it possible to describe the motion of electrons and ions in a gas-discharge plasma over long (compared to the free path time) times in the presence of an external electric field and without it. Graphs of the mobility of charge carriers in a magnetic field are obtained and analyzed. The article calculates the minimum values of the magnetic field of inert gases, at which low-temperature plasma becomes homogeneous.