A comparison of the electric strengths of hexane vapor and liquid in the critical region

P. Watson, A. Sharbaugh
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Abstract

The breakdown strength of gases at low pressures increases regularly with density; using this fact, one can extrapolate the strength of a vapor to densities corresponding to the liquid state. An extrapolation of this type is shown in figure 1 for hexane1,2, for comparison, point X shows a typical observed value of the strength of the liquid3. As may be seen, the liquid strength is appreciably lower than the extrapolated value. One of the aims of this investigation has been to bridge the gap between these two extremes in density, and to determine whether breakdown strength is a continuous function of density or whether there is a singularity corresponding to the change of phase.
临界区域内己烷蒸气与液体电强度的比较
气体在低压下的击穿强度随密度有规律地增大;利用这一事实,我们可以推断出蒸气的强度与液体状态相对应的密度。这种类型的外推如图1所示为己烷1,2,为了比较,点X显示了液体强度的典型观测值3。可以看出,液体强度明显低于外推值。这项研究的目的之一是弥合这两个极端密度之间的差距,并确定击穿强度是密度的连续函数还是存在与相变化相对应的奇点。
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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