1.
Research on Fiber-optical Single-phased Current Differential Protection;
数字式光纤分相电流差动保护的研究
2.
Research on the Adaptive Single-phased Current Differential Protection for Power HV Transmission Line;
高压输电线自适应分相电流差动保护的研究
3.
Research on Segregated Current Differential Protection Based on Optical Fiber Channel for Transmission Lines;
输电线路光纤分相电流差动保护的研究
4.
Study on new principle of adaptive current differential protection for EHV transmission line
一种超高压输电线路自适应分相电流差动保护新原理研究
5.
Research on Segregated Current Differential Protection based on Accurate Parameter Estimation for Transmission Lines;
基于参数精确估计的输电线分相电流差动保护的研究
6.
phaseangle of a current transformer
电流互感器的相角差
7.
a thermoelectric(al) current
温差电流, 热电流
8.
Phase Segregated Current Phase Differential Protection for UHV Transmission Lines;
特高压输电线的分相电流相位差动保护
9.
Phase error analysis and correction of electronic current transformer based on Rogowski coils
Rogowski线圈电流互感器的相差分析与校正
10.
A set of ac power-supply circuits (usually three) carrying currents of equal frequency with uniformly-spaced phase differences.
一组频率相同,相位彼此相差均匀的交流供电电路(一般是三相)。
11.
Microprocessor-based Adaptive Directional Segregated Current Differential Pilot Protection for Transmission Lines;
输电线微机自适应分相方向电流差动纵联保护
12.
Deadbeat Predictive Current Control Method for Three-phase Grid-connected Inverters
三相并网逆变器无差拍电流预测控制方法
13.
Prediction Current Deadbeat Control of PV Grid-connected Inverter
预测电流无差拍控制的并网型三相光伏逆变器
14.
Calculation and test of phase difference of fiber optic current transducer
闭环全光纤电流互感器相位差的计算与测试
15.
Novel Criterion of Transformer Protection Based on Time Difference Characteristic Between Phase Voltage and Differential Current
基于相电压和差流时差特征的变压器保护新判据
16.
Scheme of Current Longitudinal Differential Protection for HV Transmission Lines;
高压输电线路自适应分相电流纵差保护方案的设计
17.
In modern parlance, the two currents are 90 degrees out of phase, and the motor runs on two-phase current.
以现代的讲法，这两道电流的相位差了90度，而马达是靠著双相的电流运转。
18.
The sensitivity of the single fault with high earth resistance and the phase-selecting reliability of phase-phase to ground fault all are improved in contrast to the phase selector using superimposed differential current between phases.
与电流突变量差选相元件相比,提高了在高阻接地时选相的灵敏度和两相接地短路的可靠性。