高压固体绝缘的电气树研究

C. S. K. Abdulah, M. Rohani, B. Ismail, M. Isa, A. S. Rosmi, W. Mustafa, M. Kamarol
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引用次数: 1

摘要

电气树是固体绝缘电缆击穿的主要原因。这种现象通过降低绝缘来减少老化,从而导致高压材料失效。研究电树最常见的实验设置是使用针电极启动树图像。在之前的实验基础上,研究了不同类型的针和绝缘材料。本文综述了树木生长的研究方法和树木图像的采集技术。在此综述的基础上,有几种原因导致了埋针实验中树形过程的延迟。相比之下,二维图像处理是固体绝缘电子树中最常见的图像。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Electrical Tree Investigation on Solid Insulation for High Voltage Applications
Electrical treeing is a major cause of a breakdown in solid insulation cable. This phenomenon reduced aging by degrading the insulation, leading to failure in the high voltage materials. The most common experimental set-up in studying the electrical tree is using a needle electrode to initiate the treeing image. Different types of needle and insulation material had been studied from the previous experiment. This paper review the method used to investigate tree growth and its technique to capture the treeing image. Based on this review, several causes delay the treeing process in the needle embedded experiments. In contrast, 2D image processing is the most frequent image developed in the electrical tree on solid insulation.
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