The AC breakdown and space charge characteristics of LDPE in the presence of crosslinking byproduct

N. Hussin, Junwei Zhao, George Chen
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引用次数: 6

Abstract

LDPE films were soaked into crosslinking byproducts which are acetophenone, a-methylstyrene and cumyl alcohol. The samples were used to perform the breakdown test. The ac breakdown measurements were conducted at a ramp rate of 50V/s at room temperature. Weibull plot is used to analyze the ac breakdown result. Comparing the soaked and un-soaked samples, it does show a small change in the characteristic breakdown strength as the LDPE film were soaked into the sample depending on the byproducts. It suggests that the breakdown strength is modified by adding the byproducts in the LDPE film. However, as the range of breakdown strength of all samples are to be compared, these values fall in the same region which indicate no significant difference can be seen in the samples. AC Pulsed Electroacoustic (PEA) technique was used to measure space charge in the samples. The result obtained from this test is used to explain the breakdown phenomena in the crosslinking byproduct soaked LDPE and space charge characteristics.
交联副产物存在时LDPE的交流击穿和空间电荷特性
将LDPE薄膜浸泡在苯乙酮、a-甲基苯乙烯和cumyl醇的交联副产物中。样品被用来进行击穿试验。在室温下,以50V/s的斜坡速率进行交流击穿测量。采用威布尔图对交流击穿结果进行分析。比较浸泡和未浸泡的样品,它确实显示了LDPE薄膜被浸泡到样品中的特征击穿强度的微小变化,这取决于副产物。结果表明,在LDPE薄膜中加入副产物可以改变薄膜的击穿强度。但是由于要比较的是所有样品的击穿强度范围,这些数值都落在同一个区域,说明样品之间没有明显的差异。采用交流脉冲电声(PEA)技术测量样品中的空间电荷。用试验结果解释了交联副产物浸渍LDPE的击穿现象和空间电荷特性。
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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