1.
The Research of Distribution Transformer Chopped Impulse Overvoltageproof Reactor;
能降低配电变压器截波过电压的电抗器的研究
2.
Smiulated Analysis of Chopping Wave Overvoltage of Distribution Transformers Based on Simple Pattern
基于简易模型的配电变压器截波过电压仿真分析
3.
Study on Mechanism and Defend of Chopped Wave Overvoltage of Transformers Based on Insulator Arc-over;
基于绝缘子闪络的变压器截波过电压机理及防护研究
4.
nonconducting voltage
截止[不导电]电压
5.
Calculation of Electric Field and Wave Process in Ultra over Voltage Power Transformer;
超高压电力变压器电场及波过程计算
6.
Time-domain Calculation of Transformer Windings Overvoltage under VFTO Considering Frequency-dependent Parameters;
陡波前过电压下频变变压器绕组过电压时域算法研究
7.
Slow Front Overvoltage and Insulation Coordination of ±800 kV UHV DC Transmission Line
±800kV特高压直流线路缓波前过电压和绝缘配合
8.
Characteristic of Very Fast Transient Overvoltages in GIS and Analysis of Influencing Factors;
GIS中陡波前过电压特性及影响因素的研究
9.
A stable flying capacitor voltage must be maintained to facilitate the operation of the chopper.
在斩波电路的工作过程中，稳定的浮动电容电压是非常重要的。
10.
Computation and Simulation of Transient Voltage in Lightningproof Transformer Based on Wave Reflection;
基于波反射的防雷变压器内部过电压分布的计算与仿真
11.
Study on Modeling of Power Transformers and Fast Simulation Algorithm under Very Fast Transient Overvoltages;
陡波前过电压下变压器的建模及快速仿真算法研究
12.
Low-pressure Conductor Section Selection And Determine Of Power Supply Radius
低压导线截面选择及供电半径的确定
13.
The selection and energy saving of the lead cross-section of the low voltage distribution network line
低压配电网线路导线截面选择与节能
14.
Explain the characteristics of piezoelectric crystals and the factors relating to the resonant frequencies of a piezoelectric crystal, and the procedure of the pulse-echo method.
说明压电晶体的特性和与压电晶体的共振频率有关的因数，以及脉波－波法的过程。
15.
tap a telephone or telegraph wire to get information.
通过电话或者电报截取消息。
16.
full-wave voltage impulse
(避雷器的) 全波电压电击
17.
overvoltage protection varistor
过电压保护压敏电阻器
18.
Analysis of Transmission Process of Fault-Generated Travelling Wave along EHV Transmission Lines and Performance of Transient Current Protection
超高压输电线路波过程及暂态电流保护性能分析