How to pronounce “electrical current” in English

on millions of amps of electrical current.

An electromagnet is a loop that has electrical current flowing in it that generates a magnetic field.

Energy of emotions is like the electrical current that is always present in the wire.

box, and we run 100 million amps of electrical current. So massive amounts of electrical current to be able to do this.

You have to reverse the electrical current faster than a millionth degree, which is a very hot gas particle, can move.

flowing in that coil, an equal and opposite electrical current is induced in a piece of metal nearby.

This electrical current — Well, how did I describe a magnet?

That plasmoid is in fact electrical current flowing in the plasma, generating a magnetic field and holding it for longer than it would otherwise.

donut, this FRC that has its own electrical current.

it involved moving a magnet and a wire past one another to induce an electrical current.

What that means is that you're trying to take that electrical current and that magnetic field and reverse its direction,

In a magnetic coil, when you have a round electrical coil, you have electrical current flowing in that coil.

Those windings, you flow electrical current, in this case from a battery.

This electromagnetic force induces an electrical current on the armature, on the shaft.

You have electrical current that's running. And when electrical current, this

is some of Maxwell's equations that we discovered in the 1800s, that when you have an electrical current in a wire, it generates a magnetic

And what they discovered early is if they have field going in one direction, so the plasma, the so the plasma, the electrical current is going around the loop

And so in this condition, you have a conductor, an electrical conductor where current can flow, and you have an electrical current flowing on the outside, electrical current flows on the

So now you have electrical current flowing in the plasma.

tokamak, the theta pinch, the stellarator, there's electrical current flowing in the plasma. But in the field-reversed configuration, you have a lot of electrical current flowing in the plasma,

So you have the center core where electrical current is flowing in this transformer, if you want to think about it, primary and secondary.

But in an FRC, this electrical current is the plasma.

That plasma has current, electrical current flowing in it, and then we see

You have to change the electrical current in a millionth of a second.

In our case, we're inducing an electrical force in that electromagnet, and that's putting an electrical current,

Wire EDM uses very high electrical current.