1) scattered voltage
散布电压
2) scattered current
散布电流
3) stray voltage
杂散电压
4) voltage distribution
电压分布
1.
Simulation and analysis on impulse response voltage distribution in transformer series insulation design;
变压器纵绝缘设计中冲击响应电压分布的仿真分析
2.
The insulator strings of UHV AC transmission lines are very long, and the voltage distribution along them is non-uniform.
特高压输电线路绝缘子串较长,电压分布很不均匀。
3.
It is shown that voltage distribution of insulator.
1 000 kV交流特高压输电线路电压较高,需要对绝缘子串进行均压和屏蔽以保证线路能安全稳定运行,为此,应用有限元法对1 000 kV交流特高压输电线路各种典型绝缘子串型的电压分布进行了计算。
5) distributed voltage
分布电压
1.
Based on the analysis of detection methods of faulty insulator running on power transmission line, a new method is put forward to detect a faulty insulator, which is identified by the distributed voltage, and takes account of the leakage current and pulse current.
为及时检测出挂网运行绝缘子串中的低零值绝缘子,在总结输电线路瓷质低零值绝缘子检测方法后提出一种以分布电压为主,辅助考虑泄漏电流和脉冲电流的低零值绝缘子检测新方法,并据此研制了一套可在线定量测量≤220kV电压等级的输电线路瓷质绝缘子分布电压、泄漏电流和脉冲电流的低零值绝缘子检测仪。
2.
A measuring apparatus for high voltage insulator s distributed voltage based on single chip microcomputer C8051F330 was proposed.
以C8051F330单片机为核心,设计了一种绝缘子串分布电压测量仪,通过介绍系统硬件的构成,描述了各个模块的功能和实现,详细论述了测量触发和测量稳定条件。
3.
In order to learn the regularity of distributed voltage of the insulator string on 330kV line, and to correctly judge the condition of insulators in operation, large-scaled field measurment has been done in Xian-Yang area.
为了掌握３３０ｋＶ线路绝缘子串分布电压的规律，以便正确判别运行中绝缘子的好坏，在咸阳地区开展了规模较大的实测工作，对各种不同结构的绝缘子串电压分布规律进行了研究。
6) potential distribution
电压分布
1.
A software package used to calculate electric field intensity and potential distribution of SF6 circuit breaker in GIS based on ANSYS is designed.
为此基于APDL语言开发了一种实用的电场和电压分布计算软件,APDL是ANSYS的二次开发语言,具有参数化操作的特性,使工程人员在无需掌握有限元软件ANSYS的情况下,利用有限元法计算GIS高压断路器内部的三维电场和电压分布。
2.
In this paper,the Surface Charge Simulation Method(SSM)is used to compute the potential distribution and electric field along the surface of composite insulator.
利用表面电荷法对绝缘子表面的电压分布和场强进行了计算,研究了影响电压分布的某些因素,如均压环、伞裙对电压分布的影响。
3.
Because of the more units and the giat dimensions, it shoud been payed much more attention to the problem about the potential distribution of the MOA used in 1000 kV ultra high voltage(UHV) power system.
由于1000kV交流特高压氧化锌避雷器(MOA)因其元件数多、结构高度尺寸巨大,其电压分布会影响其安全运行,探讨了该电压分布不均匀系数的测量。
补充资料：标准操作冲击电压波形(见冲击电压发生器)
标准操作冲击电压波形(见冲击电压发生器)
standard switching impulse voltage waveform
b .oozhun CooZuo ChongJld，onyo boxlng标准操作冲击电压波形(standard switchingimpulse voltage waveform)见冲击电压发生器。
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