Atmospheric pressure pulsed-periodic source of high energy plasma flows and its applications

A new electromagnetic plasmadynamic system, pulsed-periodic plasmatron, operating at standard atmospheric pressure with high frequency has been developed. In this system plasma flow velocity reaches 3–5∙103m/s with temperature up to 15·103K. The results are presented on the use of the pulsed-periodi...

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Veröffentlicht in:Surface & coatings technology 2011-07, Vol.205, p.S347-S350
Hauptverfasser: Chivel, Yu, Kuznechik, O.
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description A new electromagnetic plasmadynamic system, pulsed-periodic plasmatron, operating at standard atmospheric pressure with high frequency has been developed. In this system plasma flow velocity reaches 3–5∙103m/s with temperature up to 15·103K. The results are presented on the use of the pulsed-periodic plasmatron for carbon steel (0, 45% C) surface layer hardening and boronized layer modification.
doi_str_mv 10.1016/j.surfcoat.2011.03.138
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subjects Atmospheric pressure
Atmospheric-pressure process
Barometric pressure
Carbon steels
Coatings
Cross-disciplinary physics: materials science
rheology
Exact sciences and technology
Hardening
High frequencies
Materials science
Physics
Plasma flow
Plasmatrons
Pulsed-periodic plasmatron
Surface layer
Surface modifications
Surface treatments
title Atmospheric pressure pulsed-periodic source of high energy plasma flows and its applications
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