Superionic conductors

Abstract

Abstract Superionic conductors have high ionic conductivity because of extensive disorder in a component sublattice of the solid. Knowledge of the nature and extent of the disorder and its dynamics is essential for detailed understanding of superionic behaviour. The present article contains an outline of experimental techniques used to obtain this knowledge and describes results of their application to a variety of superionic materials.

Identifiers

DOI

10.1080/00107517808210895

Citations and references