1) current-to-ground
对地电容电流
1.
The experimental results show that values of the capacitive current-to-ground measured with this method approximate to the field values measured with the two-point method,which proves that this system is reliable.
最后,根据注入法检测对地电容电流的原理,搭建了硬件平台,并在VC平台上完成了程序开发。
3) shunt capacitance
对地电容
1.
An on-line measurement method of shunt capacitance of distribution power system(DPS)based on injection signal and a synthetical auto-tuning criterion of arc suppression coil(ASC) were presented.
模拟实验表明,所提方法能够精确计算电网的对地电容容抗,还能够在避免频繁调节的情况下保证脱谐度绝对值最小,从而实现精确跟踪补偿。
2.
In the Peterson coil neutral grounding system, understanding the per-phase shunt capacitance value of lines in a distribution network and then taking effective measures can improve the compensation effect of Peterson coil.
在消弧线圈接地系统中，求得配电网各相对地电容值以后，采取针对性措施，可提高消弧线圈的补偿作用。
4) capacitance to earth
对地电容
1.
Though the repeated operations and tests of the electrical blocking circuit for 220 kV disconnector,it is found that the capacitance to earth of ground bus forms a AC on-circuit in the electrical blocking circuit which leads to the failure of electrical blocking.
通过对220 kV隔离开关电气闭锁回路的反复操作和试验,发现了电气闭锁回路中因接地母线对地电容形成交流通路,使保持回路无法返回而导致电气闭锁回路失效的隐患,并针对原因提出了具体的防范措施。
5) ground capacitance
对地电容
1.
Through circuit theory and simulation analyses,the impacts on the measured signal,which are caused by the sampling resistor\'s residual inductance and the coil\'s ground capacitance,have been studied.
研制了一种自积分型Rogowski线圈,从电路理论和电路仿真角度分析了信号电阻的寄生电感和线圈对地电容对测量信号的影响。
补充资料：电容电流
分子式：
CAS号：
性质：是残余电流(residual current)的主要部分。这种电流是由于对滴汞电极和待测溶液界面上双电层的充电形成的，所以又叫充电电流(charging current)。
CAS号：
性质：是残余电流(residual current)的主要部分。这种电流是由于对滴汞电极和待测溶液界面上双电层的充电形成的，所以又叫充电电流(charging current)。
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