A magnetic flux rope is sort of like a slinky.

这种磁性通量绳有点像个弹弹圈。

Because, remember, the inductor opposes the change in current with its own changing magnetic flux.

因为，请记住，电感器通过其自身变化的磁通量来对抗电流的变化。

So the magnetic flux through the second coil changes, which induces an emf.

因此，通过第二个线圈的磁通量会 发生变化，从而产生电动势。

As the capacitor discharges, current runs through both wires, generating a changing magnetic flux, just like Ampere's Law says.

当电容器耗尽时，电流会穿过所有电线，并产生可变磁通量，正如安培定律所述。

But a changing magnetic flux is also induced between the two plates when there's no wire connecting the plates.

但是当没有电线连接板时，两个板之间的可变磁通量也是如此。

This means that the magnetic flux through the loops in the coil changes over time, which is what induces an emf.

这意味着通过线圈中的环路的磁通量会随着时间而变化，这就是感应电动势的原因。

So with this equation, you can see the connection between a changing magnetic flux and an induced electric field.

即使使用这个方程，您也可以看到变化的磁通量和感应电场之间的联系。

This results in the overall magnetic flux being zero.

这导致一般磁通量为零。

As the loop rotates, the changing magnetic flux induces a current in the loops of the coil.

当环旋转时，变化的 磁通量会在线圈的环中感应出电流。

Well, Lenz’s law says that the magnetic field generated by the induced current will be in the direction opposite the change magnetic flux.

嗯，楞次定律说，感应电流产生的磁场将与变化的磁通量的方向相反。