electron beam

But, no, they turned on the electron beam, and it looked right.

She turned on the electron beam and the video display.

There are three electron beams that move simultaneously across the screen.

The splash from those electron beams could fry them all.

The effectiveness of the electron beam depends on many factors.

Any material can be melted by an electron beam in vacuum.

It takes precise alignment of the electron beams to do this.

To process materials, either a gamma source or an electron beam can be used.

Manipulation of the electron beam is performed using two physical effects.

A manufacturing process using electron beams could mean big savings and environmental benefits.

"How do you know the electron beam will be able to vaporize a bit of the rock?"

Only with something practical, instead of an electron beam.

This makes the electron beam an excellent tool in many applications.

But when electron beams are bent they lose vast amounts of energy.

The electron beam is directed onto three potential targets (see below).

The spent electron beam, with reduced energy, is captured in a collector.

It is one of the world's best with respect to electron beam brilliance and stability.

An electron beam, for example, has only negative charges.

The point where the electron beam strikes the target is called the focal spot.

The polarized electron beams can be useful for various experiments.

They might use an electron beam, laser, or ultrasonic sound waves.

This brings the electron beam gun around at millimeter range.

Getting the electron beam to hit the correct pyramid, and not surrounding ones, was a major problem for the design.

The weld quality is high, similar to that of electron beam welding.

In some cases, electron beam lithography is used instead.