The ubiquitous positive streamer

W. G. Chadband, M. Sadeghzadeh-Araghi
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引用次数: 42

Abstract

Liquid insulation occupies a key position in the range of electrical insulating materials. We can conceive of a volume of empty space to which matter is added, molecule by molecule, until the vacuum is transformed, in stages through low pressure gas, high pressure gas, liquid of low viscosity, liquid of high viscosity, to an amorphous solid. First assumptions might be that as the phase changes then so does the breakdown strength and breakdown mechanism. Yet the indications are that there is no sudden change in the breakdown strength as we go from gas phase to liquid phase at constant density. Why therefore should we suppose a change in mechanism?.
无处不在的积极流光
液体绝缘在电气绝缘材料中占有重要的地位。我们可以想象一个真空空间,一个分子一个分子地向其中加入物质,直到真空被转化,通过低压气体,高压气体,低粘度液体,高粘度液体,逐步转化为无定形固体。第一个假设可能是,随着相的变化,击穿强度和击穿机制也随之变化。然而,有迹象表明,当我们在恒定密度下从气相到液相时,击穿强度没有突然变化。因此,我们为什么要假定机理发生了变化呢?
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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