论文部分内容阅读
引言研究成功一种新颖的高可靠的干式高压绝缘介质体系。提出合成纤维纸-环氧树脂复合介质设想,经过反复模拟试验与实物试验,从噁二唑纤维纸、芳香聚酰胺纤维纸和聚酯纤维纸中选定噁二唑纤维纸,研制出一种渗透性好、耐高温耐高压和高低温热冲击的环氧配方及灌注工艺,厚1毫米的噁二唑纤维纸-环氧复合介质体系,起始电晕电压达到7000伏以上,最好达到12000伏。用噁二唑纤维纸-环氧复合介质试制成功一种干式
Introduction A successful study of a novel high-reliability dry-type high voltage dielectric system. Proposed synthetic paper - epoxy composite medium envisaged that after repeated simulation and in-kind tests, from the oxadiazole fiber paper, aromatic polyamide fiber paper and polyester fiber paper selected oxadiazole fiber paper to develop a Permeability, high temperature resistant high pressure and high temperature thermal shock epoxy formulation and perfusion process, 1 mm thick oxadiazole fiber paper - epoxy composite media system, the initial corona voltage reached 7000 volts, the best to reach 12000 volts. With oxadiazole fiber paper - epoxy composite medium trial success of a dry