1) surface flashover
沿面闪络
1.
Research and development of the surface flashover of ceramic insulators used in vacuum devices;
真空中陶瓷绝缘子的沿面闪络现象及其研究进展
2.
Surface flashover characteristics of polyethylene film under ns impulse voltage in vacuum;
真空中聚乙烯膜在纳秒脉冲电压下的沿面闪络特性
3.
Synchronization in laser-triggered surface flashover experiment;
激光触发沿面闪络试验中的同步研究
2) Flashover
[英]['flæʃ,əuvə] [美]['flæʃ,ovɚ]
沿面闪络
1.
But in engineering practice, due to the usage of oil-immersedsolid dielectric as equipment insulation supports, surface flashover across the oil-solidinterface happens easily and becomes the weakness factor of insulation.
在工程实际中常采用固体介质作为绝缘支撑,使得固-液交界面易发生沿面闪络,是绝缘的薄弱环节。
2.
The different glass-phase contents on surface of samples treated by hydrofluoric(HF) solutions of diverse concentrations affect their flashover characteristics in vacuum.
为了解决真空中的沿面闪络现象制约真空绝缘系统的整体性能的问题,提出将一种具有优良的可加工性能及表面耐电性能的微晶玻璃(又称可加工陶瓷)引入真空绝缘领域,研究了氢氟酸的体积分数φ(HF)不同时处理可加工陶瓷样品前后其电学特性的变化。
3) solid-liquid interfaces flashover
固液沿面闪络
4) Surface flashover switch
沿面闪络开关
1.
Surface flashover switch have been investigated as a low inductance,low pulsed rate and low jitter command triggered switch.
介绍了沿面闪络开关的发展状况和基本原理,实验研究了真空条件下激光触发介质沿面闪络特性。
2.
This paper summarizes the relevant research of surface flashover switch.
笔者综述了脉冲功率中应用的沿面闪络开关的研究成果。
5) vacuum surface flashover
真空沿面闪络
1.
Based on the nanosecond(10 ns/30 ns) pulsed power vacuum experimental facility with Marx generator and single coaxial pulse-forming line,the vacuum surface flashover characteristics of the micro-stacked insulators were tested.
基于Marx发生器及单同轴脉冲形成线的纳秒脉冲真空实验平台,对微堆层绝缘子的真空沿面闪络性能进行了测试。
2.
Preliminary experiment of vacuum surface flashover in nanosecond pulse voltage was done and micro-stacked insulator exhibited favorable vacuum surface flashover performance with flashover field strength of near 180 kV/cm.
利用有限元及粒子模拟方法,理论计算了微堆层绝缘子的沿面电场分布及电子运动轨迹,提出微堆层绝缘子的优化设计方案;采用高温层压的方法,研制出以聚全氟乙丙烯薄膜为介质层、不锈钢膜为金属层的微堆层绝缘子试样,并初步开展了纳秒脉冲下微堆层绝缘子的真空沿面闪络实验。
6) flashover
[英]['flæʃ,əuvə] [美]['flæʃ,ovɚ]
沿面滑闪
1.
There is no flashover occurred when the elec,tric field is less than 3kV/cm at the triple point(junction of a lucite wall with metallic wall anda vacuum).
结合二极管实验对计算结果进行了分析，用耐压因子概念解释沿面滑闪问题。
补充资料：闪面
1.方言。露面。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条