首页> 外文会议>IEEE Conference on Electrical Insulation and Dielectric Phenomena (CEIDP '09) >DC conduction current, dielectric strength and electroluminescence of standard, nanofilled and microfilled polyetherimide varnishes
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DC conduction current, dielectric strength and electroluminescence of standard, nanofilled and microfilled polyetherimide varnishes

机译:标准,纳米填充和微填充聚醚酰亚胺清漆的直流传导电流,介电强度和电致发光

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Results of DC conduction, breakdown strength and electroluminescence of standard (PEI), nanoscale-fllled and microscale-fllled varnishes are described and analyzed in this communication. Silica (10nm and 400nm) has been used as a filler to increase the lifetime of such varnishes submitted to a partial discharge activity (varnish to be used in rotating machines fed by inverters). Experimental results have shown that the dielectric properties of the nanofilled varnish, which exhibits the higher PD lifetime under a PD stress, are not highly affected by the fillers. On the contrary, the microfilled varnish properties are strongly modified.
机译:本文对直流传导,标准强度(PEI),纳米级填充和微米级填充清漆的击穿强度和电致发光结果进行了描述和分析。二氧化硅(10纳米和400纳米)已被用作填充剂,以延长这种具有部分放电活性的清漆的寿命(清漆将用于由逆变器供电的旋转机械中)。实验结果表明,纳米填充清漆的介电性能不受填充剂的影响很大,该介电性能在PD应力下具有较高的PD寿命。相反,微填充的清漆性能被强烈地改变。

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