Abstract A glass insulation, coated with superhydrophobic soot and provided with two suspended electrodes, was made. An insulating cover is used to minimize the ejection voltage outside the insulation of any moisture and thus inhibiting its electrical flashover. It result that a covered deposit of drops under zigzag arrangement is expelled according to a groupo-individual and bidirectional evacuation mode under a voltage equal to 26% of that of insulation's flashover in dry case. This decreases with their volume whatever the distribution of their size and their conductivity. Under such a level of voltage, its longevity is largely optimized.

中文翻译：

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通过弱交变电场排出任何湿沉积物来优化超疏水绝缘寿命

摘要 制备了涂有超疏水烟灰并带有两个悬浮电极的玻璃绝缘体。绝缘盖用于最大限度地减少任何水分绝缘外的喷射电压，从而抑制其电闪络。结果表明，在干燥情况下绝缘闪络电压的26%的电压下，按照分组-个体和双向疏散模式排出锯齿形排列下覆盖的液滴沉积物。无论它们的尺寸分布和导电性如何，这都会随着它们的体积而减小。在这样的电压水平下，其寿命在很大程度上得到了优化。