1) sympathetic inrush
和应涌流
1.
Effects of neutral earthing on the occurrence of sympathetic inrush in transformer;
变压器中性点接地方式对和应涌流产生的影响分析
2.
Wye-delta current transform effect on sympathetic inrush transfer;
电流互感器星-三角变换对传变和应涌流的影响
3.
Comparison of sympathetic inrush influence on differential protection between parallel and series transformers
变压器并联与串联和应涌流对差动保护影响的比较研究
2) Sympathetic inrush current
和应涌流
1.
Analysis of protection maloperation caused by sympathetic inrush current
一起和应涌流引起的保护误动分析
2.
First,the resultant phenomenon of sympathetic inrush current and its influence on the harmonic distribution of capacitor banks are analyzed theoretically.
首先,从原理上分析由空投主变压器引起的和应涌流现象,以及由此对电容器组谐波分布的影响;其次,通过建模仿真,得出空投主变压器时相邻运行变压器电容器组的波形及谐波分量,并进一步分析影响电容器组谐波水平的可能因素。
3) sympathetic current
应涌流
1.
Based on analysis of sympathetic current for three phase transformer,a simulation model is built by using power system block set(PSB) of MATLAB.
在分析变压器和应涌流产生机理基础上,利用MATLAB仿真软件中的PSB模块库建立了系统仿真模型。
4) inrush voltage and current
浪涌电压和电流
1.
Unreasonable selection of dead time can make inverting components to produce higher inrush voltage and current and even damaged.
死区时间选择的不合理会使逆变器件产生过高的浪涌电压和电流甚至损坏。
5) asthenospheric lateral flow and upwelling
软流圈侧向流动和上涌
6) inrush current
涌流
1.
The expenriment shows that this equipment is fast response, highprecision and without inrush current input.
试验表明:该设备响应快,精度高,实现了无涌流投入。
2.
The experimental results show that the operation is stable and may be used to complete the synchronized-closing of capacitor banks in order to limit the transient over-voltage and inrush current.
结果表明,相控真空断路器动作分散性小,可以有效地完成电容器组的同步关合,大幅度降低系统暂态过电压、减小涌流。
3.
The transient overvoltage and inrush current when energizing shunt capacitor banks are discussed .
讨论了并联无功补偿电容器组关合时的暂态过程;分析了电容器组中性点接地和不接地两种情况下关合的最佳时机;对电容器组随机关合和同步关合过程进行仿真,表明采用同步开关技术可以大大减小电容器组投入时的过电压和涌流。
补充资料：和应
1.指车铃之声相应。 2.和气感应。
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