Certain ionic materials containing dissimilar mobile cations exhibit the nonlinear behavior of diffusion-related properties, called the mixed mobile ion effect. In these materials only cations participate in the diffusion process. In this paper we report on the mixed mobile ion effect in fluoride glasses, where anions also participate in the diffusion processes in addition to cations, unlike mixed alkali oxide glasses and crystals. We have provided several pieces of evidence in favor of this effect in fluoride glasses. This phenomenon was associated with the low dimensionality of the diffusion pathways in the mixed alkali fluoride glasses compared to single alkali glasses
The conduction pathways and the extraordinary weak mixed mobile ion effect (MMIE) in AgxNa1-xPO3 gla...
Performing Molecular Dynamic simulations and using the isoconfigurational ensemble method, we studie...
We have presented conductivity spectra at different temperatures for mixed network former silver bor...
Fluoride glasses containing single alkali ions as modifiers are fluoride and/or alkali ion conductor...
The mixed mobile ion effect has been investigated for the first time in zinc fluoride glasses where ...
We report the ionic relaxation and mixed mobile ion effect in 50ZrF4-10BaF2-10YF3-(30-x)LiF-xNaF flu...
We have investigated the dynamics of alkali cations as well as fluorine anions in non-oxide fluoride...
MUCH is known about short-range (< 5 angstrom) structural order in oxide glasses from experimental p...
We have reported the electrical conductivity and the conductivity relaxation in fluoride glasses in ...
The mixed glass former effect (MGFE) is a non-linear variation of transport properties as a function...
Mixed alkali silicate glasses have been studied in detail by the molecular dynamics method in order ...
The mixed alkali effect (MAE) in glasses has been investigated using molecular dynamics simulation. ...
We have reported the relaxation dynamics of charge carriers in mixed alkali fluoride glasses of comp...
The mixed alkali effect in glass refers to the large, orders of magnitude, changes in many propertie...
The conduction pathways and the extraordinary weak mixed mobile ion effect (MMIE) in AgxNa1-xPO3 gla...
The conduction pathways and the extraordinary weak mixed mobile ion effect (MMIE) in AgxNa1-xPO3 gla...
Performing Molecular Dynamic simulations and using the isoconfigurational ensemble method, we studie...
We have presented conductivity spectra at different temperatures for mixed network former silver bor...
Fluoride glasses containing single alkali ions as modifiers are fluoride and/or alkali ion conductor...
The mixed mobile ion effect has been investigated for the first time in zinc fluoride glasses where ...
We report the ionic relaxation and mixed mobile ion effect in 50ZrF4-10BaF2-10YF3-(30-x)LiF-xNaF flu...
We have investigated the dynamics of alkali cations as well as fluorine anions in non-oxide fluoride...
MUCH is known about short-range (< 5 angstrom) structural order in oxide glasses from experimental p...
We have reported the electrical conductivity and the conductivity relaxation in fluoride glasses in ...
The mixed glass former effect (MGFE) is a non-linear variation of transport properties as a function...
Mixed alkali silicate glasses have been studied in detail by the molecular dynamics method in order ...
The mixed alkali effect (MAE) in glasses has been investigated using molecular dynamics simulation. ...
We have reported the relaxation dynamics of charge carriers in mixed alkali fluoride glasses of comp...
The mixed alkali effect in glass refers to the large, orders of magnitude, changes in many propertie...
The conduction pathways and the extraordinary weak mixed mobile ion effect (MMIE) in AgxNa1-xPO3 gla...
The conduction pathways and the extraordinary weak mixed mobile ion effect (MMIE) in AgxNa1-xPO3 gla...
Performing Molecular Dynamic simulations and using the isoconfigurational ensemble method, we studie...
We have presented conductivity spectra at different temperatures for mixed network former silver bor...