DC component appearing in the corona current of a point-to-plane electrode system capacitively coupled to an ac voltage source

Gosho, Y.; Endo, Masamori; Saeki, Masamori

doi:10.1016/0304-3886(93)90100-l

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Influence Of Dielectric Surface1

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“…In the case of SPMD, only small pulses of current are observed for both polarity of applied voltage. Gosho and Saeki [9] have investigated the influence of UV irradiation on the initial electrons from dielectric surface. They found that the high peak pulse of current disappears for only dielectric(-)-metal(+) polarity by increasing the intensity of UV irradiation.…”

Section: Influence Of Dielectric Surfacementioning

confidence: 99%

Distribution of Microdischarges and Influence of Dielectric Surface on Ozone Yield

et al. 1996

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The distribution of microdischarges in time and space , the influence of dielectric surface on microdischarges, and the characteristic of ozone generation were studied using electrical and optical methods . As a result, the phenomenon of a chain of microdischarges occurring in a brief period could be observed . In addition, it was found that the microdischarge characteristic, collective microdischarge phenomenon, and ozone yield varies according to the surface condition of the dielectric electrode. The ozone yield was high with a glass surface and low with a ceramic surface.

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Section: Influence Of Dielectric Surfacementioning

confidence: 99%