Preliminary study for space charge behavior of different types of polyethylene resin

Zhien Zhu, Yewen Zhang, F. Zheng, Z. An
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引用次数: 1

Abstract

Though the space charge behavior of polyethylene under high DC or AC has been investigated and measured by many researchers, the results between different research groups have little comparability to each other. So itpsilas difficult to achieve a universal conclusion. A lot of experimental data and former research experiences we can acquire so far indicate that many factors affect space charge behavior in a certain extent, such as doping with some types of inorganic nano powders, heating treatment process and the materials of electrode, but there is little substantial change. The space charge behavior is extremely related to the types of polyethylene probably, i.e. the types of polyethylene lead to the difference of research results on the space charge behavior. This paper focuses on the space charge distribution in high electrical field and the isothermal decay in some kinds of LDPE including Exxon-Mobil LLDPE 4004, Sino-SPC JD 200 etc. by using the Pressure Wave Propagation Method.
不同类型聚乙烯树脂空间电荷行为的初步研究
虽然许多研究者对聚乙烯在高直流或交流条件下的空间电荷行为进行了研究和测量,但不同研究组之间的结果几乎没有可比性。因此很难得出一个普遍的结论。目前我们所能获得的大量实验数据和以往的研究经验表明,在一定程度上影响空间电荷行为的因素很多,如掺杂某些类型的无机纳米粉体、热处理工艺、电极材料等,但基本没有实质性的变化。空间电荷行为可能与聚乙烯的种类密切相关,即聚乙烯的种类导致了空间电荷行为研究结果的差异。本文利用压力波传播法研究了埃克森美孚LLDPE 4004、中国- spc JD 200等几种低密度聚乙烯在强电场下的空间电荷分布和等温衰减。
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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