Critical review is given on the recent progress in superionic conducting glasses. The ion
species of Ag+, Cu+, Li+, Na+, and F-are separately treated since the level of progress is …

A critical review of the literature is presented, dealing with inorganic oxide glasses with more
than one glass former. Competitive network formation by trivalent and pentavalent glass …

The interrelations between ionic conductivity, network expansion, medium-range-order, and
average electronegativity in superionic glasses are discussed. It is shown that salt doping in …

Abstract Reverse Monte Carlo produced structural models of silver ion conducting glasses
and crystals have been investigated by the bond-valence technique. Both absolute ionic …

This paper investigates the ionic (Li+) conductivity and thermal stability properties of glasses
of the Li 2 O/B 2 O 3/P 2 O 5 system. For the same molar ratio between lithium oxide and …

Raman scattering measurements are reported for different glasses containing silver halides.
The high frequency (Δv> 250 cm-1) study implies that the interactions between the …

The relation between ionic conductivity, glass transition temperature and structure has been
investigated in silver-metaphosphate, AgPO 3, glasses synthesized under varying …

Fast ion conducting (FIC) phosphate glasses and glass ceramic composites have gained
considerable importance due to their potential applications in the fabrication of solid-state …

Glasses having the composition (AgI) x-(Ag 2 On B 2 O 3) 1− x, where x is in the range from
0 to 0.7 and n is either 1 or 2, have conductivities as high as 10− 2 S/cm at room …

There exist many investigations of ionic transport in a variety of glasses. These studies
exhibit strong correlation between ionic conductivity and activation energy: Typically, it is …