闪络

The dominant shallow trap is thought to improve the surface flashover performance.

浅陷阱占优的陷阱结构可以改善它的闪络性能。

The critical flashover current reduces with the decrease of air pressure.

临界闪络电流随着气压的降低明显减小。

By detecting high-voltage rectifier circuit in the current point of failure to judge whether the flashover breakdown discharge.

1通过检测高压整流回路中的电流来判断故障点是否闪络击穿放电。

Reflux of electron of high voltage vacuum diode is one of the main factors to cause the dielectric surface flashover.

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。

So the realization of timely monitoring of the atmospheric pressure on the roof is of great significance to prevent the occurrence of flashover.

所以实现车顶大气压力的及时监测对防止闪络的发生有着重要意义。

In this paper, experiments were designed according to the operating state of converter transformers, and processes of breakdown and creeping flashover in oil-paper insulation were studied.

针对换流变压器的特点，设计了相应的试验装置，初步对油纸绝缘中的体击穿和沿面闪络进行了试验研究。

Examined is the initiation mechanism of flashover along the surface of polytetrafluoroethylene under AC voltage in vacuum.

以聚四氟乙烯为例研究了交流电压下聚合物绝缘材料在真空中沿面闪络发生前的表面发光特性。

It is suggested that, the deeper electron traps can restrain the emission of internal secondary electrons inside the surface layer of material, and the surface flashover voltage is possible to be promoted by enhancing the density of deeper traps.

复合材料中的深陷阱对于抑制材料表面的内二次电子发射有一定的作用，通过提高深陷阱的密度可以在一定程度上提高沿面闪络电压。

There were two kinds of mechanisms closely related to the surface charging phenomena of insulating materials, i. e., the secondary electron emission occurred over an insulator, and charge injection and accumulation occurred inside an insulator.

探讨了固体绝缘材料在沿面闪络进展过程中的表面带电机理，将其分为二次电子发射引起的表面带电以及电荷注入和入陷引起的带电两个过程。

The transmission lines designed according to standard are supposed to be secure in practical operation, however, since the second generation of transmission towers for 500kV transmission line are put into operation, the incidence of windage yaw flashover increases year by year, and it is unreasonable theoretically.

按照标准设计的输电线路在实际运行中应该是安全的，但自从500 kV 输电线路第2代杆塔投入使用以来，风偏闪络事故的发生率逐年上升，这在理论上分析是不合理的。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。