Assume a simple cubic lattice of polarisable points with polarisability .

A much larger increase in ER effect can be obtained by coating the electrodes with electrically polarisable materials.

An ITIES is an electrochemical interface that is either polarisable or polarised.

Which begs the question why the professors would suggest that the tiny and incredibly weak interacting neutrinos would cause this kind of interaction (spewing out electron positron pairs) when the much more massive and arguably more polarisable neutron does not?

An ITIES is said polarisable if one can change the Galvani potential difference, or in other words the difference of inner potentials between the two adjacent phases, without noticeably changing the chemical composition of the respective phases (i.e. without noticeable electrochemical reactions taking place at the interface).

They may also look like squares or rods which are polarizable.

A charge placed in a polarizable medium will be screened.

Likewise, larger molecules are generally more polarizable than smaller ones.

But chemists also talk about molecules that are "polarizable", which has nothing to do with the definition above.

The water molecules in aqueous solution are both dipolar and polarizable.

'Soft' applies to species which are big, have low charge states and are strongly polarizable.

Such effects are unaccounted in standard simulations, but can be included by developing polarizable force fields (see below).

For many years, polarizable MD simulations have been touted as the next generation.

In this theory 'Hard' applies to species that are small, have high charge states, and are weakly polarizable.

A polarizable model of water for molecular dynamics simulations of biomolecules.

If the electrode is polarizable, then its surface charge depends on the electrode potential.

This problem was addressed by developing "polarizable force fields" or using macroscopic dielectric constant.

Water models incorporating Drude sites have also been developed and refined for incorporation into a polarizable force field under development.

Dielectrophoresis occurs when a polarizable particle is suspended in a non-uniform electric field.

Though water is a very polar molecule, alkanes and other hydrophobic molecules are more polarizable.

Aromatics, which contain one or more aromatic rings, are slightly more polarizable.

A very interesting material is hydrogen deuteride, because it has the maximal content of polarizable nucleons.

In contrast, "bound charge" arises only in the context of dielectric (polarizable) materials.

(All materials are polarizable to some extent.)

Alkanes are the most polarizable molecules.

In this context hard implies small and nonpolarizable and soft indicates larger atoms that are more polarizable.

The fluorine's electron cloud is definitely less shielded from the nuclear charge and will thus be less polarizable.

Polyatomic ions are also polarizable.

The CFCs have still higher boiling points because the chloride is even more polarizable than fluoride.

For the derivation of the Maxwell-Garnett equation we start with an array of polarizable particles.