应力聚乙烯中诱导的空间电荷

N. Hozumi, J. Tanaka, A. De Reggi, N. Nagusrinivas
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引用次数: 10

摘要

对从不同老化条件下的交流电缆上割下的交联聚乙烯(XLPE)试样进行了极化诱导的空间电荷测量。通过剥离得到了约220 μ m厚的样品。在样品上蒸发金电极,在70℃下以约0.12 MV/cm (2.75 kV /样品)极化3小时,用热脉冲技术测定空间电荷。相同极化条件下不同样品的空间电荷量随接触时间的延长而增大。此外,还发现极化引起的空间电荷总量与其他参数(如交流击穿强度)有关。此外,还对极化后的空间电荷耗散率进行了数周的监测。在室温下老化,两个电极都接地的样品在一周后保留了超过一半的原始空间电荷。值得注意的是,空间电荷的测定很可能是估计老化电缆退化程度的有力方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Space charge induced in stressed polyethylene
Measurements of space charges induced by poling have been made on XLPE (cross-linked polyethylene) samples cut from AC cables aged under different conditions. The approximately 220- mu m-thick samples were obtained by peeling. Gold electrodes were evaporated on the samples, the samples were poled at approximately 0.12 MV/cm (2.75 kV per sample) for three hours at 70 degrees C, and the space charge was determined by the thermal pulse technique. The amount of space charge induced in different samples by identical poling conditions was larger in the samples with the longer exposure to AC stress. The total amount of space charge which could be induced by poling was also found to correlate with other parameters, such as AC breakdown strength. In addition, the space charge dissipation rate was monitored for several weeks after poling. Samples aged at room temperature with both electrodes grounded retained more than half their original space charge after one week. It is noted that it is highly probable that the determination of space charges will be a powerful method for estimating the degree of degradation of aged cables.<>
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