首页> 外文期刊>Journal of Physics, D. Applied Physics: A Europhysics Journal >SURFACE POTENTIAL DECAY ON CORONA-CHARGED EPOXY SAMPLES DUE TO POLARIZATION PROCESSES
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SURFACE POTENTIAL DECAY ON CORONA-CHARGED EPOXY SAMPLES DUE TO POLARIZATION PROCESSES

机译:极化过程对冠状带电环氧树脂样品的表面电位衰减

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摘要

Surface potential decay after charge deposition by corona or contact has been studied for epoxy samples and compared with polarization measurements. We show that the classical interpretation of the potential decay in terms of the injection of the deposited charge into the volume of the insulator does not account for our results, which can be explained by the effect of slow volume polarization alone. The return potential phenomenon also finds a satisfactory interpretation using this model. The polarization processes involved are the same as for absorption currents. Hence the model may apply to a large variety of other insulating materials. [References: 26]
机译:对于环氧样品,已经研究了通过电晕或接触沉积电荷后表面电位衰减的情况,并将其与极化测量结果进行了比较。我们表明,关于将潜在电荷衰减注入绝缘子体积的经典解释并不能解释我们的结果,这只能由缓慢的体积极化效应来解释。使用此模型,还可以找到令人满意的返回势现象。涉及的极化过程与吸收电流相同。因此,该模型可以应用于多种其他绝缘材料。 [参考:26]

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