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Progress in space charge measurement techniques and their industrial applications

机译:空间充电测量技术的进展及其工业应用

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Space charge measurement has become a common method of investigating the properties of solid dielectrics. The pulsed electroacoustic method is one of the acoustic+ techniques and has been used in various industries. The first application was in the evaluation of high voltage insulations, particularly of dc cables. The observed space charge profiles satisfactorily explained some peculiar phenomena, and at the same time, generate challenging issues, such as '' charge packets'' travelling between electrodes. In the last decade, it has been recognised that the space charge measurement is extremely useful in the photocopier and power electronics industries. With the improvement of the spatial and time resolutions of space charge measurement, not only engineers but also physicists now use experimental data to explain conduction and breakdown phenomena in solid dielectrics theoretically. Progress in the measurement method has expanded the range of applications, and has revealed interesting new topics in research of solid dielectrics.
机译:空间电荷测量已成为研究实心电介质的性能的常用方法。脉冲电声方法是声学+技术之一,并已用于各种行业。第一个申请表现在评估高压绝缘,特别是直流电缆的高压绝缘。观察到的空间电荷分布令人满意地解释了一些特殊的现象,同时产生了挑战性问题,例如“电荷数据包”在电极之间行进。在过去的十年中,已经认识到,空间电荷测量在复印机和电力电子工业中非常有用。随着空间充电测量的空间和时间分辨率的改进,不仅工程师而且物理学家现在使用实验数据理论上使用实验数据来解释固体电介质中的传导和击穿现象。测量方法的进展扩展了应用范围,并揭示了实体电介质研究的有趣新主题。

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