Abstract
The results of investigation of the distinctive features of the dynamics of outflow of plasma jets and of formation of electrode spots in the source of a high-purity plasma obtained from a dielectric material at atmospheric pressure by analogy with a capillary discharge have been given. It has been established that the geometry of the electrode-spot distribution is dependent on the height of the dielectric projection above the electrodes, cathode spots appear in the negative half-cycle of the current, the outflowing plasma jet is of an intricate shock-wave and intermittent structure, and the space-time distribution of the shock is determined by the energy stored in the storage system.
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