At the other end, the current energizes an electromagnet and this attracts the armature.

在另一端，电流使电磁铁充电，并吸到电枢。

The Large Hadron Collider at Cern is a 27km loop of powerful electromagnets.

欧洲核子研究组织的大型强子对撞机是一个长达27公里的强大电磁线圈。

For you though, you're going to use the electromagnet without the crane.

不过，对于您来说， 您将在没有起重机的情况下使用电磁铁。

This makes electromagnets quite different from permanent magnets.

这使得电磁体与永磁体有很大不同。

These electromagnets will help keep the superhot plasma in the center of a tube.

这些电磁铁将有助于将超热等离子体保持在管子的中心。

So let's take a look at that and compare permanent magnets to electromagnets.

让我们看一下并将永磁体与电磁体进行比较。

But Dr Laberge believes that doing without electromagnets has simplified the design and removed potential points of failure.

但 Laberge 博士认为，不使用电磁铁可以简化设计并消除潜在的故障点。

Electromagnets are typically made of loops of wire and a coil.

电磁体通常由线圈和线圈制成。

And finally, electromagnets need a power source in order to generate the electricity required to produce magnetic fields.

最后，电磁体需要电源才能产生产生磁场所需的电力。

One type of temporary magnet is called an electromagnet.

一种类型的临时磁铁称为电磁体。