Inside the car, electricity energizes an inductive coil attached to a bunch of capacitors that help keep the currents and voltages at the right levels.

在汽车内部，电流激发一个感应线圈，感应线圈连接在一堆电容上面，电容可以保持流过的电流和电压稳定在适当的水平上。

Dynamic characteristic of inductive coil is analyzed and compensating methods for big radius inductive coil are given, and these methods proved by tests are feasible.

分析了线圈靶的动态特性，并给出了大半径线圈靶的补偿方法，试验证明：该方法可行。

Through amplifying the inductive voltage in detective coil, we meliorate the apparatus and thus improved the experiment result considerably.

通过对磁场描绘仪的改进，提高了探测线圈的感应电压，从而使实验效果明显改善。

The inductive reactance of a primary coil is much larger than the value of load resistance converted into the primary;

变压器原边线圈电感的感抗远远大于负载电阻对原边的折算值；

The experimental results are explained, taking account for Faraday inductive law and coil parameters.

实验结果利用法拉第定律和线圈参数得以解释。