1) Induced Electromotive Force
感生电动势
1.
The relativity between induced electromotive force and motional electromotive force;
感生电动势与动生电动势的相对性
2.
Computing method of induced electromotive force;
一种感生电动势的计算方法
3.
The paper also proves and discusses the equality and the relativity about the two kinds of expression of it,and points out the different on the physics substance between induced electromotive force and motional electromotive force.
根据法拉第电磁感应定律,说明对感应电动势两种表述的理解和这两种表述的地位,证明并讨论了感应电动势两种表述的等价性和相对性问题,指出感生电动势与动生电动势不同的物理实质。
2) induced EMF detection
感生电动势检测
3) induced electric potential field
感生电势场
4) induced electromotive force
感应电动势
1.
Measuring AC magnetic permeability by induced electromotive force;
利用感应电动势测量交流磁导率
2.
This article discusses the transformatoin of induced electromotive force under the condition of relativistic transformatoin, the motion－produced electromotive force do not transfer into induction－produced eletromotive force according to difference of choices of reference system.
讨论感应电动势在相对论变换下，随着参照系选择的不同，动生电动势并不变换为等值的感生电动势，仅当参照系间的相对速度比光速小得多时才例外。
5) induction electromotive force
感应电动势
1.
Using the slider to drive a metal bar to cut perpendicularly the uniform magnetic field in the center of a Helmholtz coil,induction electromotive force could be produced.
利用滑块带动金属杆切割亥姆霍兹线圈中心区域匀强磁场的磁感应线,可以产生感应电动势。
2.
The first discussion is that induced electromotive force plus moving induced electromotive force equaling induction electromotive force in experimental result ; The second discussion is that moving induced electromotive force is divided into three types, according to the generating cause of moving induced electromotive force.
围绕电磁感应定律讨论两个问题,第一论证了感应电动势等于感生电动势与动生电动 势之和是实验结论;第二阐述了依据动生电动势产生的原因,将动生电动势分为三种类型;并且通 过实例进行了相关的讨论。
6) induced EMF
感应电动势
1.
On the Induced EMF in Moving System;
关于运动系统中的回路感应电动势
2.
Induced EMF and Motional EMF are two parts of induced EMF produced in the recireulating loop of conductor.
变化的电场和磁场是相互联系不可分割的,它们组成一个统一的电磁场;感生电动势和动生电动势是电场在导体回路内所产生的感应电动势的两个组成部分。
3.
The voltage drop thus obtained is to be divided by the number of turns of the secondary coil in order to find out the induced emf per turn.
此值除以二次线圈的匝数则得单匝应有的感应电动势。
补充资料：感生电动势
| 感生电动势 induced electromotive force 固定回路中的磁场发生变化，使回路中磁通量变化，而产生的感应电动势。变化磁场产生了有旋电场，有旋电场对回路中电荷的作用力是一种非静电力，它引起了感生电动势，即  式中E旋是有旋电场的场强，即单位正电荷所受有旋电场的作用力。应该指出，按照引起磁通量变化原因的不同，把感应电动势区分为动生电动势和感生电动势，从参考系变换的观点看，在一定程度上只具有相对的意义。在某些情形，例如磁棒插入线圈产生感应电动势，以线圈为参考系，是感生电动势；以磁棒为参考系，是动生电动势。但在一般情形下，不可能通过坐标变换，把感生电动势归结为动生电动势；反之亦然。 |
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