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The Analysis of Surface Degradation Mechanism on Epoxy/Glass Fiber Used for Outdoor Insulator

机译:户外绝缘子用环氧/玻璃纤维的表面降解机理分析

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In this study, composite materials were put to dry interfacial treatment by use of plasma technology. It has been presented that the optimum parameters for the best wettability of the samples at the time of generation of plasma were oxygen atmosphere, 0.1 torr of system pressure, 100 W of discharge power, and 3 minutes of discharge time. The decrease in surface potential of charged samples by corona discharge indicates that the amount of accumulated electrical charges reduces and the charges that have been injected lessen rapidly when the duration of UV irradiation increases. The surface resistivity and the tensile strength of plasma treated samples, a longer UV irradiation time resulted in decreased insulation.
机译:在这项研究中,通过使用等离子技术将复合材料进行干界面处理。已经表明,在产生等离子体时样品的最佳润湿性的最佳参数是氧气气氛,0.1托的系统压力,100W的放电功率和3分钟的放电时间。通过电晕放电使带电样品的表面电势降低表明,当UV照射的持续时间增加时,累积的电荷量减少,注入的电荷迅速减少。经等离子体处理的样品的表面电阻率和拉伸强度,更长的紫外线照射时间导致绝缘性降低。

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