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.

中文翻译：

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sDBD 中的微放电特性：暴露电极氧化的作用

通过电流测量和亚微秒摄影研究了在各种电极材料上运行的表面阻挡放电中微放电 (MD) 的特性。基于这些数据，分析了在施加电压的各个阶段的 MD 的动力学和统计数据。结果表明，电极边缘氧化层结构的差异强烈影响放电的空间组织和电流脉冲的特性。