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A planar plasma source based on a high-current discharge in a dielectric capillary has been created, which allows the formation of high-speed plasma flows with a density of at least 10 -7 g/cm 3 . Using a metal plasma duct, a uniform planar flow was obtained, having a speed of 9 cm/ s and an angle of opening of the plasma jet of ~ 20°. A switch based on the created planar plasma source made it possible to implement a controlled mode of shunting the inductive load with a mega-ampere current from the discharge circuit of the primary energy storage device.

Author

Kokshenev, Vladimir

Publisher

IEEE

Published

2020

Language

EN