electrical conductivity

The electrical conductivity can be changed a great deal with a high level of control.

The electrical conductivity increased by a factor of 10 million in a few minutes.

These will affect electrical conductivity, but it is not clear just how.

As with a previous method, the effects on the electrical conductivity have to be considered.

So there must be some other picture dominating electrical conductivity.

Primary factors usually include high electrical conductivity, and low density.

Aluminum has at least half the electrical conductivity of copper.

Therefore oxygen doesn't participate in the electrical conductivity of water.

Among other things the electrical conductivity between the two salts could have an effect.

So electrical conductivity has no simple relationship with density or atomic number.

This in turn affects other properties, such as electrical conductivity.

A region of higher electrical conductivity may have water or galena.

There is a simple relation between mobility and electrical conductivity.

They also proposed using this effect to measure the electrical conductivity of tissue.

The water is intended to enhance the electrical conductivity of the solution.

This interest is due to the rediscovery of high electrical conductivity.

Electrical conductivity varies over more than 15 orders of magnitude.

In spite of a certain salt content, the product has a limited electrical conductivity.

We have also measured electrical conductivity of single carbon spheres.

Interference with the electrical conductivity of organs such as the heart and nerves.

Barium has a medium specific weight and good electrical conductivity.

The electrons in a metal, which give it its electrical conductivity, cause the light to be reflected.

The electrical conductivity depends upon the mobility of electrons in the material.

Often this is stated as: full bands do not contribute to the electrical conductivity.

The good electrical conductivity of plasmas makes their electric fields very small.