In this work several complementary techniques have been employed to carefully characterise the structure of CaO\u2013ZrO2\u2013SiO2 glasses as a function of Zr content. The research started from the basic binary system 40CaO.60SiO2 (wt%) to which 5, 10, 15 and 20 wt% ZrO2 has been added.Chemical and physical characterisation has been performed using classical techniques such as thermal analyses (differential thermal analysis and dilatometery) and water chemical resistance. Deeper insight on the intimate structure of the glasses has been achieved through molecular dynamics simulations and x-ray absorption spectroscopy. All results have been combined in order to accurately describe the role played by the different oxides in determining the pr...
The influence of the introduction of ZrO2 up to 5 mol% into a 30K2O-70SiO2 base glass composition ha...
Glasses with the composition 51.9 SiO2 21.2 MgO 21.2 Al2O3 5.7 ZrO2 (in mol%) are transformed into h...
The behaviour and some physical, chemical and thermal properties of Li2O-SiO2 glasses with ZrO2 addi...
In this work several complementary techniques have been employed to carefully characterise the struc...
In this work several complementary techniques have been employed to carefully characterise the struc...
The addition of zirconia to lime silicate glasses produces consistent glass structure modifications ...
The structure of the Zr atomic environment in a CaOZrO2SiO2 glass ceramic as a function of thermal t...
The structure of Zr atomic environment in a CaO-ZrO2-SiO2 glass-ceramic has beenstudied combining x-...
The structure of the Zr atomic environment in a CaO - ZrO2 - SiO2 glass ceramic as a function of the...
The structure of the Zr atomic environment in a CaO-ZrO2-SiO2 glass ceramic as a function of thermal...
Glasses belonging to the CaO-ZrO2-SiO2 ternary system were prepared by melting raw materials at 1600...
Glass-ceramics are composite materials obtained from partial devitrification of a parent glass throu...
In this work a wide series of compositions, belonging to the CZS ternary system, are analysed. The l...
The influence of the introduction of ZrO2 in concentrations of up to 5 mol% into a 30K(2)O-70SiO(2) ...
International audienceWe report a detailed structural investigation of Ca-Na aluminosilicate glasses...
The influence of the introduction of ZrO2 up to 5 mol% into a 30K2O-70SiO2 base glass composition ha...
Glasses with the composition 51.9 SiO2 21.2 MgO 21.2 Al2O3 5.7 ZrO2 (in mol%) are transformed into h...
The behaviour and some physical, chemical and thermal properties of Li2O-SiO2 glasses with ZrO2 addi...
In this work several complementary techniques have been employed to carefully characterise the struc...
In this work several complementary techniques have been employed to carefully characterise the struc...
The addition of zirconia to lime silicate glasses produces consistent glass structure modifications ...
The structure of the Zr atomic environment in a CaOZrO2SiO2 glass ceramic as a function of thermal t...
The structure of Zr atomic environment in a CaO-ZrO2-SiO2 glass-ceramic has beenstudied combining x-...
The structure of the Zr atomic environment in a CaO - ZrO2 - SiO2 glass ceramic as a function of the...
The structure of the Zr atomic environment in a CaO-ZrO2-SiO2 glass ceramic as a function of thermal...
Glasses belonging to the CaO-ZrO2-SiO2 ternary system were prepared by melting raw materials at 1600...
Glass-ceramics are composite materials obtained from partial devitrification of a parent glass throu...
In this work a wide series of compositions, belonging to the CZS ternary system, are analysed. The l...
The influence of the introduction of ZrO2 in concentrations of up to 5 mol% into a 30K(2)O-70SiO(2) ...
International audienceWe report a detailed structural investigation of Ca-Na aluminosilicate glasses...
The influence of the introduction of ZrO2 up to 5 mol% into a 30K2O-70SiO2 base glass composition ha...
Glasses with the composition 51.9 SiO2 21.2 MgO 21.2 Al2O3 5.7 ZrO2 (in mol%) are transformed into h...
The behaviour and some physical, chemical and thermal properties of Li2O-SiO2 glasses with ZrO2 addi...