dielectric constant

However, ice also does not have a high dielectric constant - I think!

Such compounds are often found to have a high dielectric constant.

The latter is expressed by a number called the dielectric constant.

So in the future, they had apparently found a material with a nearly infinite dielectric constant!

For the real part of the dielectric constant we have:

The various forms of ice all have higher dielectric constants than does water.

Stable layers were achieved with dielectric constant down to about 3.5-3.7.

Dielectric constants are hard to explain until you lean more chemistry.

The synthetic material has a very large dielectric constant (300) at room temperature and low electric field.

One of the important properties of water is that it has a high dielectric constant.

The absorption coefficient is related to the dielectric constant (especially complex term).

The dielectric constant also shows a critical behavior near the percolation threshold.

The microwave absorption is directed by the dielectric constant of the tissue.

Therefore, the dielectric constant (and the conductivity) has contributions from both terms.

Outside of this cavity the medium is assumed to have a uniform dielectric constant.

The dielectric constant of this ferroelectric material varies with temperature.

Dipole moment values can be obtained from measurement of the dielectric constant.

We can use several fluids of various dielectric constants.

This is called the relative permittivity or dielectric constant.

Here, is the dielectric constant of the medium.

As a result, the dielectric constant of water inside an ion channel could be quite different from the value under bulk conditions.

Another potential difficulty of the reaction field method is that the dielectric constant must be known a priori.

Dielectric constants lower than 2.0 have been reported.

The properties under consideration are usually the conductivity or the dielectric constant of the medium.

In the case of ferroelectric or conducting material, the particles would have a high dielectric constant.