绝缘纸和油的热降解特性

D. Saruhashi, S. Arazoe, S. Yanabu, S. Okabe, Ichiro Kiyama
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引用次数: 2

摘要

在寻找矿物油替代品的过程中,作者将重点放在了硅油和酯油上。这些绝缘油是防火和环保的。在前人的研究中,作者研究了这些新鲜油的流电现象和介电击穿现象,发现它们的性能与矿物油相似或优于矿物油。本文主要研究绝缘油的热降解问题。在固体绝缘体和铜存在下进行1000小时的热降解试验。研究了绝缘油在热降解过程中颜色和介电击穿特性的变化。作者还研究了固体绝缘子的机械强度。对陈年油和新鲜油的特性进行了比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Thermal degradation characteristics of insulating paper and oils
In a search for mineral oil substitutes, the authors focus on silicone and ester oils. These insulating oils are fire-resistant and environmentally friendly. In previous studies, the authors investigated streaming electrification and dielectric breakdown phenomena in these fresh oils and found that their performance was similar to or better than that of mineral oil. In the present study, the authors focus on the thermal degradation of insulating oils. Thermal degradation tests in the presence of a solid insulator and copper for carried out 1000 hours. Changes in color and dielectric breakdown characteristics were investigated during thermal degradation of the insulating oils. The authors also investigated the mechanical strength of the solid insulator. The characteristics of aged oils were compared with those of fresh oil.
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