2006Technical PhysicsRequires access

Energy and mass compositions of the plasma of a nanosecond coaxial vacuum surface discharge

С. В. Барахвостов, I. L. Muzyukin, Yu. N. Vershinin

Open publisher page 2 citations

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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What this paper is about

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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Available 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.

Key concepts: Nanosecond, Coaxial, Materials science, Plasma, Electrode, Dielectric, Dielectric barrier discharge, Polyethylene

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