electric dipole

A variety of factors are responsible for the surface electric dipole.

An electric dipole is a separation of positive and negative charges.

This is usually the situations with the atomic electric dipole as well.

The case of an electric dipole located inside the ground is also considered, and a few representative results are presented.

The theoretical electric dipole moment was calculated to be 0.01 D.

The molecules may remain neutral in charge, yet an electric dipole moment forms.

Forces on an electric dipole in a uniform electric field.

In sharks, sensing an electric dipole alone is sufficient to cause them to try to eat it.

Sometimes, to that list are appended other extensive state variables, for example electric dipole moment.

These forces arise from the interaction of fluctuating electric dipoles in materials.

The file dipole99.data gives electric dipole moments, where available, for the neutral species in the database.

The electric dipoles are unaligned and have no net polarisation.

Electric dipoles bonded with magnets belong to this kind of media.

Such charged pairs act as an electric dipole.

This electronic structure has an electric dipole, hence the name dipolar bond.

This result is reflected in the parity selection rule for electric dipole transitions.

In most cases we only consider an atom interacting with the electric dipole field of the photon.

It is defined as a Lennard-Jones potential with a point electric dipole moment.

The first is an electric dipole which separates the positive charge from the negative charge.

Currently, there are at least four experiments trying to measure for the first time a finite neutron electric dipole moment.

Microwaves heat food because the water molecules rotate due to their electric dipole moments.

Permanent electric dipole moments - in Debye of the neutral molecules.

Transitions between rotational states can be observed in molecules with a permanent electric dipole moment.

Thus, the electric dipole moment vector p points from the negative charge to the positive charge.

In this model, m is similar to the electric dipole moment p due to electrical charges: