Abstract
Abstract
The properties of microdischarges (MDs) in a surface barrier discharge, operating on various electrode materials are studied by current measurements and submicrosecond photography. Based on these data, the dynamics and statistics of MDs at various phases of the applied voltage are analyzed. It is shown that differences in oxide layer structure on the electrode edge strongly affect the spatial organization of the discharge and the properties of the current pulses.
Funder
Russian Foundation for Basic Research
Russian State Assignment for Joint Institute for High Temperatures
Cited by
5 articles.
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