A thermochemical assessment was performed for the system K2O-Na2O-SiO2. The modified associate species model was applied to the ternary liquid in the system. All binary subsystems remained unchanged. The new databank was used for the representation of the phase equilibria in the ternary system including the quasi-binary sections of the ternary diagram. The calculated phase relations are in good agreement with the experimental data. The phase equilibria in the experimentally uninvestigated region near the alkali oxide edge are proposed as extrapolations using the new databank. (C) 2008 Elsevier Ltd. All rights reserved
Phase equilibria and thermodynamic data in the FeO-FeO-SiO system were critically reviewed. New expe...
A viscosity model based on the associate species thermodynamic model is currently being developed fo...
Despite the wealth of information available on phase equilibria of oxide systems, there remain many ...
The K2O-Al2O3-SiO2 system has been thermodynamically assessed. The associate species model was appli...
The associate species model was applied to the thermodynamic representation of the liquid in oxide s...
The K2O–MgO–SiO2 system has been thermodynamically assessed. The modified associate species model wa...
The associate species model was applied to the thermodynamic representation of liquids in the oxide ...
The Al2O3-SiO2 system was reassessed using the associate species model for the liquid and the sublat...
Complex oxide systems containing silica and alumina (so-called slag) are important in many fields of...
Alkali release and behaviour of molten coal ashes (slags) are among the main problems in coal combus...
Equations were developed for the analysis of the thermodynamic properties of molten silicate solutio...
A modified associate species approach is used to model the liquid phase in oxide systems. The relati...
The slags used in metallurgical processes are usually very complex in nature, being ternary, quatern...
For the development of a hot gas cleanup unit in IGCC-power plants, information about thermodynamic ...
Slag viscosity as a function of temperature and composition is a very important factor in determinin...
Phase equilibria and thermodynamic data in the FeO-FeO-SiO system were critically reviewed. New expe...
A viscosity model based on the associate species thermodynamic model is currently being developed fo...
Despite the wealth of information available on phase equilibria of oxide systems, there remain many ...
The K2O-Al2O3-SiO2 system has been thermodynamically assessed. The associate species model was appli...
The associate species model was applied to the thermodynamic representation of the liquid in oxide s...
The K2O–MgO–SiO2 system has been thermodynamically assessed. The modified associate species model wa...
The associate species model was applied to the thermodynamic representation of liquids in the oxide ...
The Al2O3-SiO2 system was reassessed using the associate species model for the liquid and the sublat...
Complex oxide systems containing silica and alumina (so-called slag) are important in many fields of...
Alkali release and behaviour of molten coal ashes (slags) are among the main problems in coal combus...
Equations were developed for the analysis of the thermodynamic properties of molten silicate solutio...
A modified associate species approach is used to model the liquid phase in oxide systems. The relati...
The slags used in metallurgical processes are usually very complex in nature, being ternary, quatern...
For the development of a hot gas cleanup unit in IGCC-power plants, information about thermodynamic ...
Slag viscosity as a function of temperature and composition is a very important factor in determinin...
Phase equilibria and thermodynamic data in the FeO-FeO-SiO system were critically reviewed. New expe...
A viscosity model based on the associate species thermodynamic model is currently being developed fo...
Despite the wealth of information available on phase equilibria of oxide systems, there remain many ...