International audienceUnderstanding the cationic network and the medium range order of glasses and melts allows rationalization of each elements role in terms of the network former, charge compensator or network modifier concepts. Such knowledge can be combined with further details, e.g. regarding the role of highly coordinated network former elements, to model the macroscopic properties of glasses and melts, like their molar volume, density, configurational entropy and viscosity. In this chapter, we present recent advances on such work, which open new avenues for the production of useful and precise models of geologic and industrial glasses and melts
We have established a relationship between the viscosity activation energy of metaphosphate melts an...
The Thermodynamics of quasi-chemical and polymeric models are briefly reviewed. It is shown that the...
Very different materials are named ‘‘Glass,’ ’ with Young’s mod-ulus (E) and Poisson’s ratio (n) ext...
Knowledge of the physical, chemical and thermodynamic properties of silicate melts and glasses is ...
Knowledge of the physical, chemical and thermodynamic properties of silicate melts and glasses is re...
A brief introduction on the technological importance of chalcogenide glasses is followed by a13; dis...
Silicate melts are major components of magmatic activity and of its most spectacular expression, vol...
The atomic structures of magnesium silicate melts are key to understanding processes related to the ...
Much progress has been made in elucidating the complex structures of silicate glasses and melts. X-r...
The atomic structures of magnesium silicate melts are key to understanding processes related to the ...
The atomic structures of magnesium silicate melts are key to understanding processes related to the ...
The atomic structures of magnesium silicate melts are key to understanding processes related to the ...
International audienceThe Adam and Gibbs theory depicts the viscous flow of silicate melts as govern...
International audienceThe Adam and Gibbs theory depicts the viscous flow of silicate melts as govern...
The Adam and Gibbs theory depicts the viscous flow of silicate melts as governed by the cooperative ...
We have established a relationship between the viscosity activation energy of metaphosphate melts an...
The Thermodynamics of quasi-chemical and polymeric models are briefly reviewed. It is shown that the...
Very different materials are named ‘‘Glass,’ ’ with Young’s mod-ulus (E) and Poisson’s ratio (n) ext...
Knowledge of the physical, chemical and thermodynamic properties of silicate melts and glasses is ...
Knowledge of the physical, chemical and thermodynamic properties of silicate melts and glasses is re...
A brief introduction on the technological importance of chalcogenide glasses is followed by a13; dis...
Silicate melts are major components of magmatic activity and of its most spectacular expression, vol...
The atomic structures of magnesium silicate melts are key to understanding processes related to the ...
Much progress has been made in elucidating the complex structures of silicate glasses and melts. X-r...
The atomic structures of magnesium silicate melts are key to understanding processes related to the ...
The atomic structures of magnesium silicate melts are key to understanding processes related to the ...
The atomic structures of magnesium silicate melts are key to understanding processes related to the ...
International audienceThe Adam and Gibbs theory depicts the viscous flow of silicate melts as govern...
International audienceThe Adam and Gibbs theory depicts the viscous flow of silicate melts as govern...
The Adam and Gibbs theory depicts the viscous flow of silicate melts as governed by the cooperative ...
We have established a relationship between the viscosity activation energy of metaphosphate melts an...
The Thermodynamics of quasi-chemical and polymeric models are briefly reviewed. It is shown that the...
Very different materials are named ‘‘Glass,’ ’ with Young’s mod-ulus (E) and Poisson’s ratio (n) ext...