金沢大学理学部It is known that both loosening of glass structure and reduction of ionic diffusion coefficient occur in the mixed alkali system. We have performed molecular dynamics simulations of the mixed alkali system and have observed both characteristics in different time regions. A large decrease in the ionic diffusion coefficient is due to the interception of the jump where the jump path keeps its characteristics. The contribution of accelerated dynamics due to cooperative jumps decreases in such paths. On the other hand, in longer time regions, the motion of the framework has been found to accompany the small number of jump events of alkali metal ions to unlike ion sites. @S1063-651X~98!03210-3
We show that changes in the relative mole fractions of Li2O and Na2O in alkali metaphosphate glasses...
The kinetics of alkali removal from (1-X) Na2O·XK2O·3SiO2 glasses were studied using pH stat titrati...
Molecular-dynamics simulations of sodium silicate glasses in a range of alkali concentration going f...
金沢大学理学部In our previous works on molecular dynamics ~MD! simulations of lithium metasilicate (Li2SiO3...
The comprehension of the nonlinear effects provided by mixed alkali effect (MAE) in oxide glasses is...
MUCH is known about short-range (< 5 angstrom) structural order in oxide glasses from experimental p...
Mixed alkali silicate glasses have been studied in detail by the molecular dynamics method in order ...
Ionic conductivity is a property of rapidly increasing interest. Various models attempting to explai...
The mixed alkali effect (MAE) in glasses has been investigated using molecular dynamics simulation. ...
Performing Molecular Dynamic simulations and using the isoconfigurational ensemble method, we studie...
Silicate glasses have evolved from basic structural materials to enabling materials for advanced app...
Internal friction and sodium and potassium self-diffusion coefficients for (1-X)Na₂O · XK₂O· 3SiO₂ g...
A molecular dynamics stimulation of alkali sulfate-zinc sulfate melts and glasses is presented. Oxyg...
The mixed alkali effect in glass refers to the large, orders of magnitude, changes in many propertie...
A molecular dynamics stimulation of alkali sulfate-zinc sulfate melts and glasses is presented. Oxyg...
We show that changes in the relative mole fractions of Li2O and Na2O in alkali metaphosphate glasses...
The kinetics of alkali removal from (1-X) Na2O·XK2O·3SiO2 glasses were studied using pH stat titrati...
Molecular-dynamics simulations of sodium silicate glasses in a range of alkali concentration going f...
金沢大学理学部In our previous works on molecular dynamics ~MD! simulations of lithium metasilicate (Li2SiO3...
The comprehension of the nonlinear effects provided by mixed alkali effect (MAE) in oxide glasses is...
MUCH is known about short-range (< 5 angstrom) structural order in oxide glasses from experimental p...
Mixed alkali silicate glasses have been studied in detail by the molecular dynamics method in order ...
Ionic conductivity is a property of rapidly increasing interest. Various models attempting to explai...
The mixed alkali effect (MAE) in glasses has been investigated using molecular dynamics simulation. ...
Performing Molecular Dynamic simulations and using the isoconfigurational ensemble method, we studie...
Silicate glasses have evolved from basic structural materials to enabling materials for advanced app...
Internal friction and sodium and potassium self-diffusion coefficients for (1-X)Na₂O · XK₂O· 3SiO₂ g...
A molecular dynamics stimulation of alkali sulfate-zinc sulfate melts and glasses is presented. Oxyg...
The mixed alkali effect in glass refers to the large, orders of magnitude, changes in many propertie...
A molecular dynamics stimulation of alkali sulfate-zinc sulfate melts and glasses is presented. Oxyg...
We show that changes in the relative mole fractions of Li2O and Na2O in alkali metaphosphate glasses...
The kinetics of alkali removal from (1-X) Na2O·XK2O·3SiO2 glasses were studied using pH stat titrati...
Molecular-dynamics simulations of sodium silicate glasses in a range of alkali concentration going f...