1) motional electric field
动生电场
2) Potier e.m.f
气隙磁场产生的电动势
3) Induced Electric Field
感生电场
1.
Validating the existence of induced electric field;
验证感生电场存在的实验
2.
The induced electric field produced by axial variable magnetic field with arbitrary formal interface;
截面异形的轴向变化磁场产生的感生电场
3.
A effectiveness method of calculating induced electric field;
计算感生电场的一种有效方法
4) induced electrical field
感生电场
1.
By comparing the characteristics between induced electrical field and steady magnetic field using time vector method,the corresponding relationship between them was found out and the "Biot-Savart s" law of induced electrical field presented.
利用矢量分析的方法对比了感生电场和稳恒磁场的特点,找出了两者的对易关系,由此给出了感生电场的“毕奥—萨伐尔”定律。
2.
Through the discussion and analysis of the induced electromotive force, the motion caused electromotive force and the Lorentz force, it is profoundly indicated that induced electrical field force and the Lorentz force is the two different presentation of the same physics fact in the different reference systems.
本文通过对感生电动势和动生电动势（瓦洛伦兹力）在不同参照系下的相互变换的讨论与分析，深刻指出感生电场力和洛伦兹力是同一物理实质在不同参照系中的两种表现。
5) induced field
感生电场
1.
In this paper the author analyses the electric potential of the conductor placed in the induced field and points out the concept cannot be introduced when the unclosed conductor is perpendicular to any direction of the induced field.
本文分析放置在感生电场中导体的电势,指出不闭合导体若与感生电场方向处处垂直时,不能引进电势的概念。
