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Study of dielectric barrier townsend discharge in air at atmospheric pressure

机译:大气压下空气中介质阻挡物汤森放电的研究

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. However, it was found that diffuse DBD free of filaments could be produced in a 3mm air gap at one atmospheric pressure using two plane parallel electrodes each covered by one specific alumina plate bought from Zhuhai Yueke Co. LTD. Based on the discharge photographs of short exposure time taken with an ICCD camera, the discharge was identified with Townsend discharge. The Townsend breakdown voltage is only 5.7 k V, significantly lower than 11.2 kV, the static breakdown voltage of the 3mm air gap. If the alumina plates were replaced by 1mm-thick quartz plates which have the same capacitance with the alumina plates, it's impossible to get avoid filamentary discharges in atmospheric air or even the pressure went down to 1k Pa.
机译:。然而,已经发现,使用两个平面平行电极,每个大气压在3mm的气隙中,在一个大气压下,可以在3mm的气隙中产生不含DBF的扩散DBD,每个电极均覆盖有一个从珠海悦科有限公司购买的特定氧化铝板。根据使用ICCD相机拍摄的短时间曝光放电照片,使用Townsend放电识别放电。汤森德击穿电压仅为5.7 k V,大大低于3mm气隙的静态击穿电压11.2 kV。如果将氧化铝板替换为与氧化铝板具有相同电容的1mm厚的石英板,则无法避免大气中的丝状放电,甚至压力降至1k Pa。

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