Energy and mass compositions of the plasma of a nanosecond coaxial vacuum surface discharge
С. В. Барахвостов, I. L. Muzyukin, Yu. N. Vershinin
Abstract
С. В. Барахвостов, I. L. Muzyukin, Yu. N. Vershinin
Abstract
The energy and mass compositions of the plasma generated by a nanosecond coaxial discharge on the surface of high-pressure polyethylene at different polarities of the central electrode with and without a vacuum gap between the dielectric and the peripheral electrode are investigated. It is shown that a nanosecond coaxial discharge on a dielectric surface is an efficient source of high-energy multicharged ions.
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The energy and mass compositions of the plasma generated by a nanosecond coaxial discharge on the surface of high-pressure polyethylene at different polarities of the central electrode with and without a vacuum gap between the dielectric and the peripheral electrode are investigated. It is shown that a nanosecond coaxial discharge on a dielectric surface is an efficient source of high-energy multicharged ions.
Key concepts: Nanosecond, Coaxial, Materials science, Plasma, Electrode, Dielectric, Dielectric barrier discharge, Polyethylene