1.
Effect of Rotor Eccentricity on the Branch Induced Voltage of the Large Salient-Pole Synchronous Generator Under Different Winding Connection Condition
转子偏心对不同绕组形式大型凸极同步发电机支路感应电动势的影响
2.
Discussions on Induced Emf and Induced Current in an Open Conducting Loop
关子非闭合回路中的感应电动势和感应电流的几点讨论
3.
electromagnetic induction: Induction of an electromotive force in a circuit by varying the magnetic flux linked with the circuit.
电磁感应:由于同电路耦合的磁通量的变化而在电路中产生的感应电动势。
4.
condenser shunt type induction motor
电容分路式感应电动机
5.
The generation of electromotive force in a closed circuit by a varying magnetic flux through the circuit.
电磁感应在一个封闭回电路里，通过改变其磁流而产生电动势
6.
In a word, the induced e. m. f. lags behind the current.
总之, 感应电动势滞后于电流。
7.
CALCULATE THE INDUCTION EMF OF A SUPERCONDUCTOR IN TRANSVERSE MAGNETIC FIELD
横向磁场中超导体感应电动势的计算
8.
Stress-induction EMF effects and associated principle of magnetic moment deflection for steel tube
钢管应力-感应电动势效应及其磁矩偏转原理
9.
The Conversion of EMF and Voltage in Different Frames of Reference
不同参照系中感应电动势和电压的转换
10.
Analysis and Calculation of the Linear Generator EMF in Maglev
磁浮列车用直线发电机感应电动势的分析计算
11.
We bring forward a new method to reduce the additive electromotive force(EMF) in circuit of the electrode leads.
提出了一种有效抑制电极引线回路中附加感生电动势的方法。
12.
Study on the Theory of Induction Motors Speed Control Based on Motional Electromotive Force (MEMF);
基于运动电动势控制的感应电动机调速理论研究
13.
Calculation Method of Longitudinal Inductive EMF Under Arbitrary Contiguous Lines Condition
任意接近情况下感应纵电动势的计算方法
14.
Is There Any Induction Electromotive Force in the Non-conductor Variation Magnetic Field;
无导体变化磁场中感应电动势有无的判定
15.
New method to determine the direction of inductive electromotive force by faraday inductive law;
用法拉第定律判定感应电动势方向的简捷方法
16.
Simulation Study on the Characteristics of Auto-tuning Inductance Applied to Load-resonant Circuit
自动调谐电感应用于串联负载谐振电路的仿真
17.
RELATION BETWEEN THE INDUCED EMF AND FARADAY’S LAW OF INDUCTION
动生电动势公式与法拉第电磁感应定律关系的讨论
18.
With the primary current increasing, the induced emf will be in the reverse direction to that of the current.
随着初级电流增加，感应电动势会与电流方向相反。