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Electrical Insulation Breakdown Strength in Epoxy/Spherical Alumina Composites for HV Insulation

机译:高压绝缘用环氧树脂/球形氧化铝复合材料的电绝缘击穿强度

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In order to develop high voltage (HV) insulation materials, epoxy/spherical alumina composites with two different particle sizes (in ) were prepared and a dynamic mechanical analysis (DMA) and electrical insulation breakdown strength test were carried out in sphere-sphere electrodes and the data were estimated using Weibull statistical analysis. Alumina content varied from 50 to 70 wt%. The electrical insulation breakdown strength for epoxy/alumina (50 wt%) was 44.0 kV/1 mm and this value decreased with increasing alumina content. The effects of insulation thickness and alumina particle size on the insulation breakdown strength were also studied. The insulation thickness varied from 1 mm to 3 mm, and the particle sizes were 7.3 or .
机译:为了开发高压绝缘材料,制备了两种粒径不同的环氧/球形氧化铝复合材料(in),并在球形电极和球形电极中进行了动态力学分析(DMA)和电绝缘击穿强度测试。数据使用Weibull统计分析进行估计。氧化铝含量为50至70重量%。环氧/氧化铝(50 wt%)的电绝缘击穿强度为44.0 kV / 1 mm,并且该值随氧化铝含量的增加而降低。还研究了绝缘厚度和氧化铝粒度对绝缘击穿强度的影响。绝缘厚度从1毫米到3毫米不等,粒径为7.3或。

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