简介了真空表面闪络机理，径向绝缘结构的设计思路。
The theory of vacuum flashover and the idea of design are briefly introduced.
真空高压二极管中的电子回流是造成绝缘子表面闪络的重要因素。
Reflux of electron of high voltage vacuum diode is one of the main factors to cause the dielectric surface flashover.
对影响表面闪络发生因素，提高表面闪络电压阈值方法进行了分析。
The factors which influenced the surface flashover and the way to rise the withstand voltage are also been analyzed.
绝缘子的真空表面绝缘特性研究真空下的高压沿绝缘子表面击穿物理过程，称真空表面闪络过程。
The insulation characteristic of insulator in vacuum is researched in the process of the high voltage breakdown along the insulator surface in vacuum, which is called vacuum surface flashover.
研究真空表面闪络过程有两类理论：二次电子发射崩溃(SEEA)和电子引发极化松弛(ETPR)。
There are two kinds of theory for the vacuum surface flashover: secondary electron emission avalanche (SEEA) and electron triggered polarization relaxation (ETPR).
分别给出了固化剂、分散方法、偶联剂对复合材料闪络特性的影响和纯环氧表面抛光前后的脉冲真空闪络特性。
The effects of coupling agent, dispersion method, curing agent, and surface roughness on the flashover properties are investigated respectively.
分别给出了固化剂、分散方法、偶联剂对复合材料闪络特性的影响和纯环氧表面抛光前后的脉冲真空闪络特性。
The effects of coupling agent, dispersion method, curing agent, and surface roughness on the flashover properties are investigated respectively.
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