1.
The law which goes by his name is a useful rule for predicting the direction of an induced current.
这条用他的名字命名的定律，是判断感生电流方向的极有用的定则。
2.
It has been proved that induced voltage causes a current to flow in opposition to the force producing it.
已经证明，感应电压使电流的方向与产生电流的磁场力方向相反。
3.
To reverse the direction of(an alternating electric current)each half - cycle to produce a unidirectional current.
变换电流方向颠倒每一半周（交流电流的）方向，以产生单方向性电流
4.
The direction of an induce current is such as to oppose the cause producing it.
感生电流的方向是这样的，使得感生电流反抗产生它自己的那个原因。
5.
Directional Research on Internal Magnetic Shielding Scheme of Large Current Transformer
大电流互感器内磁屏蔽方案的方向性研究
6.
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。
7.
"Direct current (DC): Flow of electric charge that does not change direction, is produced by Batteries, fuel cells, rectifiers, and generators with commutators."
直流电:方向不变的电流,由电池、燃料电池、整流器和装有整流子的发电机产生。
8.
The current flowing in one direction is called direct current .
沿着一个方向流动的电流叫做直流电。
9.
THE RIGHT HAND CAUSE-RULE,A NEW METHOD FOR JUDGING THE DIRECTION OF AMPERE FORCE,MOTIONAL ELECTROMOTIVE FORCE AND MOTIONAL CURRENT
判定安培力、动生电动势、动生电流等方向的新方法──右手因果定则
10.
Direct current flows in one direction only. Alternating current flows first in one direction and then in the other.
直流电流仅向一个方向流动,而交流电流则先向一个方阿流动,继而又向另一个方向流动
11.
By AC it is meant that the current is flowing first in one direction and then back again.
交流电是指电流先流向一个方向，然后反方向流动。
12.
an electric current that reverses direction sinusoidally.
正弦地改变方向的电流。
13.
To produce(an electric current or a magnetic charge) by induction.
感应通过感应而产生（电流或电磁）
14.
The direction of conventional current flow is counterclockwise.
传统的电流方向是逆时针方向。
15.
Development of a New Type of Low Inductance Rectangular DC Power Cable
新型直流低电感方形电力电缆的研制
16.
The difference between a direct and an alternating current is that a direct current always flows in one direction.
直流电和交流电的区别在于直流电总是向一个方向流动。
17.
energize a battery by passing a current through it in the direction opposite to discharge.
通过电流朝与放电相反的方向流动给电池充电。
18.
High-current Generating Methods for On-site Calibration Tests of GIS Current Transformers
GIS电流互感器现场检定中的大电流升流方法