free electron

Much more light would be absorbed by a set of free electrons.

The free electrons and the physical basis of their application.

The resulting material has a large number of free electrons.

Gold is a conductor and has some free electrons around.

Very few free electrons are available to conduct an electric current.

The free electrons will spread out before slowing to a stop.

This force moves free electrons in a certain way, which constitute a current.

The free electron is able to move freely within the solid material.

A conductor such as copper on the other hand has a large number of free electrons present.

And the Thing was a complex of free electrons.

In a vacuum, free electrons can act as charge carriers.

In order to break up a Cooper pair so that two free electrons are created, a certain amount of energy is needed.

It must be a pattern of free electrons, bound into an organization which is alive.

The freed electrons are then collected to produce the final image.

It indicates that the availability or lack of free electrons in the water.

Understand the effect of free electrons on the solution.

Materials with high amount of free electrons are used.

These free electrons are necessary to cause an arc.

A layered free electron model is used in the screening calculation.

As a result of the collision the free electrons transferred energy to the atom.

This free electron laser could eventually provide a test of quantum gravity.

To keep the discharge going on, free electrons must be created at the cathode surface.

Broad bands in dense materials are better described by a nearly free electron model.

The number of these free electrons is sufficient to affect radio propagation.

The freed electrons travel through a wire creating the electric current.