1.
Research on Simulation and Setting Calculation of Partial or Total Loss of Excitation Protection for Large Generator;
大型发电机低励失磁保护仿真和整定的研究
2.
ANALYSIS OF ABNORMAL POWER FLUCTUATION RESULTED FROM LOW EXCITION LIMIT IN EXCITATION OF 300MW UNIT
300MW机组励磁低励限制引起功率异常波动分析
3.
Low exciting limit test for excitation system of generator and countermeasure
发电机励磁系统低励限制试验及防事故措施
4.
Research on Low-frequency Sine Waveform Exciting Mode for Electromagnetic Flowmeter;
电磁流量计低频正弦波励磁方法的研究
5.
Research on Low-frequency Three-value Trapezoidal Waveform Exciting Mode for Electromagnetic Flowmeter;
电磁流量计低频三值梯形波励磁方法的研究
6.
Treatment of insulation quality lowering of TRT generator excitation winding
TRT发电机励磁绕组绝缘降低故障的处理
7.
Nonlinear Excitation Regulator’s Ability to Suppress Low-frequency Oscillations
非线性励磁调节器抑制低频振荡的能力
8.
Experimental Study of Wideband Electromagnetic Radiation from Plasma Cloud
低温等离子体激励宽带电磁波信号的实验研究
9.
Research for electric power digital excitation AD justed system of lower-noise with internal combustion engines
低噪声内燃机电站数字励磁调节系统应用研究
10.
Multi-pole Low Speed Doubly Salient Electro-magnetic Wind Turbine Generator and Its Rectification Characteristics
多极低速电励磁双凸极风力发电机及整流特性
11.
The Research of Application Technology of the Three Gorges Generator Out of Step Protection and Exciting System;
三峡发电机失步保护及励磁系统应用技术研究
12.
The Electromagnetic Characteristic Study of Brain Impedance under a Low Frequency Current-Source;
低频电流激励下脑电阻抗的电磁特性及应用研究
13.
Research on Several Field Circuit Ground Protections with Low Frequency Voltage Injection
低频电压注入式励磁回路接地保护应用问题的研究
14.
Sensitivity analysis of low frequency oscillation eigenvalue to excitation system model and parameter
励磁系统模型和参数对低频振荡特征值的灵敏度分析
15.
field discharge switch
消磁开关励磁放电开关
16.
It encouraged landowners to plant belts of trees to slow the force of the wind and stop erosion.
它鼓励土地拥有者建造林带以降低风力和控制水土流失。
17.
If the system voltage starts to rise above the desired value, the control circuit will automatically decrease the field excitation and reduce this high voltage by absorbing reactive power.
若系统电压开始升高超过要求值,控制电路就自动降低励磁电流,通过吸收无功来降低电压,
18.
A Study on the Excitation Control System For AC Excited Generator
交流励磁发电机励磁控制系统的研究