Add to ORKGStudy on the correlation between ionic conduction and nonlinear optical (NLO) constants has been extended to fluoride materials. It is found that the activation energy of ion transport decreases with the increase of the NLO constants. To understand the origin of the relationship, the NLO constants of fluoride ion conductors are investigated by using the sheik-Bahae equation, which has been used successfully in the study of nonlinear refractive indexes of semiconductors. The analysis reveals that the bond fluctuation model of superionic conductors provides a basis to understand the observed behavior
The important effects of electrode polarization on the conductivity of ionic materials are illustrat...
The mixed mobile ion effect has been investigated for the first time in zinc fluoride glasses where ...
Fluoride glasses containing single alkali ions as modifiers are fluoride and/or alkali ion conductor...
Guided by the prediction of the bond fluctuation model of superionic conductors, the relation betwee...
According to the bond fluctuation model of superionic conductors, the polarizability of a material ...
The bond fluctuation model of superionic conductors predicts that the polarizabilityof solids that e...
The peculiarities of superionic conductors are elucidated by studying the chemical trends of materia...
We have developed a new scaling property of the conductivity spectra of fluoride glasses. This prope...
AbstractThe peculiarities of superionic conductors are elucidated by studying the chemical trends of...
This paper describes nonlinear ion transport properties of liquid and solid electrolytes. Typically,...
We have developed a new scaling property of the conductivity spectra of fluoride glasses. This prope...
The bond fluctuation model of superionic conductors provides a framework to understand the character...
We report the ionic relaxation and mixed mobile ion effect in 50ZrF<SUB>4</SUB>-10BaF<SUB>2</SUB>-10...
The material trends in various silver ion conducting glasses have been studied recently by focusing ...
We have used a hopping conduction model to calculate the frequency-dependent polarization conductivi...
The important effects of electrode polarization on the conductivity of ionic materials are illustrat...
The mixed mobile ion effect has been investigated for the first time in zinc fluoride glasses where ...
Fluoride glasses containing single alkali ions as modifiers are fluoride and/or alkali ion conductor...
Guided by the prediction of the bond fluctuation model of superionic conductors, the relation betwee...
According to the bond fluctuation model of superionic conductors, the polarizability of a material ...
The bond fluctuation model of superionic conductors predicts that the polarizabilityof solids that e...
The peculiarities of superionic conductors are elucidated by studying the chemical trends of materia...
We have developed a new scaling property of the conductivity spectra of fluoride glasses. This prope...
AbstractThe peculiarities of superionic conductors are elucidated by studying the chemical trends of...
This paper describes nonlinear ion transport properties of liquid and solid electrolytes. Typically,...
We have developed a new scaling property of the conductivity spectra of fluoride glasses. This prope...
The bond fluctuation model of superionic conductors provides a framework to understand the character...
We report the ionic relaxation and mixed mobile ion effect in 50ZrF<SUB>4</SUB>-10BaF<SUB>2</SUB>-10...
The material trends in various silver ion conducting glasses have been studied recently by focusing ...
We have used a hopping conduction model to calculate the frequency-dependent polarization conductivi...
The important effects of electrode polarization on the conductivity of ionic materials are illustrat...
The mixed mobile ion effect has been investigated for the first time in zinc fluoride glasses where ...
Fluoride glasses containing single alkali ions as modifiers are fluoride and/or alkali ion conductor...