The effect of material interfaces on electrical tree growth and breakdown time of epoxy resin
The effect of material interfaces on electrical tree growth and breakdown time of epoxy resin
复制标题
材料界面对环氧树脂电树生长和击穿时间的影响
DOI：
--
复制
发表时间：
2013
期刊：
影响因子：
--
通讯作者：
S. Rowland
中科院分区：
文献类型：
--
作者：
M. Pattouras;A. Tzimas;S. Rowland
本研究研究了势垒和界面对环氧树脂样品寿命的影响，以及电树的生长特性。提供了四种样本类型；所有这些都是使用皮下注射针作为高压电极以点平面配置制备的。测试在 13 kV rms 下进行，并在测试期间以固定的一分钟间隔拍摄样本图像。结果表明，阻隔层的加入缩短了所测试的环氧树脂的击穿时间。包含主要空隙缺陷不会加速包含有效阻挡层的样品的失效。
This study investigates the effect of barriers and interfaces on the lifetime of epoxy resin samples, as well as the growth characteristics of electrical trees. Four sample types are presented; all having been prepared in the point-plane configuration using a hypodermic needle as the HV electrode. Tests were carried out at 13 kV rms and sample images were taken at fixed one minute intervals during the test period. Results show that the incorporation of a barrier improves the time to breakdown of the epoxy resin tested. The inclusion of a major void defect did not accelerate failure of a sample which included an effective barrier.