The Influence of Work Pressure on Discharge Properties in DC Argon Discharge Design

  • Murad M. Kadhim , Qusay A. Abbas
Keywords: Hollow Electrodes Discharge, Normal Glow Discharge Distribution, Magnetic Field Configurations, Breakdown Voltage Curve, I-V Characteristic.

Abstract

In this paper, investigated the effects of work pressure and magnetic field configurations on discharge characteristics produced in internal hollow electrodes discharge (HED) design, by the breakdown voltage curve (Paschen’s curve). The normal glow discharge is produced when a DC constant voltage of about 4kV is applied between the two electrodes. Due to this external voltage, the argon plasma discharge is formed and then the voltage of the electrodes will drop.

Published
2021-10-23
How to Cite
Qusay A. Abbas , M. M. K. ,. (2021). The Influence of Work Pressure on Discharge Properties in DC Argon Discharge Design. Design Engineering, 6478-6484. Retrieved from http://www.thedesignengineering.com/index.php/DE/article/view/5620
Issue
Vol 2021: Issue 08
Section
Articles