However, ionic conduction can occur, especially as the temperature increases.

The simplest ionic conduction path is to provide a liquid junction.

Ionic conduction is one of the mechanisms by which microwave ovens are believed to work.

Ionic conduction in solids has been a subject of interest since the beginning of the 19th century.

Ionic conduction is one aspect of current.

Unfortunately, the ionic conduction mechanism requires high operating temperatures-usually several hundred degrees centigrade.

Transition between the electronic and ionic conduction is governed by electrochemical processes at the electrode-electrolyte interface.

But again, glass is not a solid, but a viscous liquid, and it is again carried by ionic conduction.

The important case of fast ionic conduction is one in a surface space-charge layer of ionic crystals.

There is always some ionic conduction occurring at field-strengths well below the breakdown field of the aluminum oxide skin on the aluminum foil inside.

True, we have things like NaCl solutions in ordinary HgO which will carry electricity, but here it's ionic conduction.

The easiest way to increase ionic conduction is to increase the number of vacancies-raising the temperature is typically the easiest way to do that.

Ionic conduction in paper insulating lead covered (PILC) cable due to water ingress and can lead to thermal runaway and failure.

To provide a complete electric circuit, there must also be an ionic conduction path between the anode and cathode electrolytes in addition to the electron conduction path.

Microwave-Assisted Extraction (MAE) This method uses microwaves which directly interact with the molecules causing Ionic conduction and dipole rotation.

A paper by P. Meuffels and H. Schroeder published in Applied Physics A noted that one of the early memristor papers included a mistaken assumption regarding ionic conduction.

Haile's research centers on ionic conduction in solids, with the twin objectives of understanding the mechanisms that govern ion transport, and applying such an understanding to the development of advanced solid electrolytes and novel solid-state electrochemical devices.