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Comparisons of discharge characteristics of a dielectric barrier discharge with different electrode structures

机译:不同电极结构的介质阻挡放电的放电特性比较

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摘要

In order to analyze the homogeneous discharge of air dielectric barrier discharge (DBD) under ambient conditions, three different electrode structures are used in the paper. They are aluminum plane electrode, stainless mesh electrode and pure water electrode. The electrical characteristics are obtained and compared by using Lissajous figures, the waveforms of applied voltage and discharge current and the light emission images. The results show that the discharges of the different electrode structures are all filamentary discharges mode in ambient air and the discharge intensity of pure water electrode is much weaker than the other two electrodes.
机译:为了分析环境条件下空气介电势垒放电(DBD)的均匀放电,本文使用了三种不同的电极结构。它们是铝平面电极,不锈钢网状电极和纯水电极。通过使用李沙育图形,施加电压和放电电流的波形以及发光图像来获得并比较电特性。结果表明,在环境空气中,不同电极结构的放电均为丝状放电方式,纯水电极的放电强度远弱于其他两个电极。

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