The zinc alkali pyrophosphate system has been investigated in order to produce glasses with low glass transition temperature (Tg 2O–33.4P2O5 (with M = Na) composition line was first analysed to determine how the Zn2+/Na+ substitution impacts the macroscopic properties and glass stability. In a second time, the three alkali oxides Na2O, K2O and Li2O were mixed and used in combination with the optimum ZnO amount (46.6 mol%) to investigate the mixed alkali effect. Finally, comparison with other low Tg systems from the literature proves the relevancy of that system for the development of low-Tg and stable glasses
Bulk and structural properties of zinc oxide (0 up to 20 mol%) containing phosphate glasses, develop...
Zinc polyphosphate glasses were examined as potential candidates for low temperature sealing applica...
We show that changes in the relative mole fractions of Li2O and Na2O in alkali metaphosphate glasses...
The zinc alkali pyrophosphate system has been investigated in order to produce glasses with low glas...
A zinc alkali pyrophosphate system 46.6ZnO-20Na2O-33.5P2O5 presenting low-Tg (339 °C) and good therm...
The zinc iron phosphate system is investigated for use as an enamel for the automotive industry. The...
Phosphate glass compositions were evaluated in this work. The general compositions were P2O5-Al2O3-F...
New compositions of low-temperature black enamels have been developed. Compositional modifications w...
Electrical conductivities, densities, thermal expansion coefficients, glass transition temperatures ...
We report on the softening properties and viscosity of glasses from the system ZnO-Na2O-SO3-P2O5 for...
Physical and thermal properties, crystallization behaviour and dc conductivity of glasses with the g...
The structure of the (66-x)ZnO-xNa2O-33.4P2O5 composition line, selected for the development of low-...
Glasses have been prepared by conventional quenching techniques in the ternary sulphate system K<SUB...
Electrical conductivities, densities, thermal expansion coefficients, glass transition temperatures ...
Phosphate glasses have special applications, but tra,ditionally never have had both durability and a...
Bulk and structural properties of zinc oxide (0 up to 20 mol%) containing phosphate glasses, develop...
Zinc polyphosphate glasses were examined as potential candidates for low temperature sealing applica...
We show that changes in the relative mole fractions of Li2O and Na2O in alkali metaphosphate glasses...
The zinc alkali pyrophosphate system has been investigated in order to produce glasses with low glas...
A zinc alkali pyrophosphate system 46.6ZnO-20Na2O-33.5P2O5 presenting low-Tg (339 °C) and good therm...
The zinc iron phosphate system is investigated for use as an enamel for the automotive industry. The...
Phosphate glass compositions were evaluated in this work. The general compositions were P2O5-Al2O3-F...
New compositions of low-temperature black enamels have been developed. Compositional modifications w...
Electrical conductivities, densities, thermal expansion coefficients, glass transition temperatures ...
We report on the softening properties and viscosity of glasses from the system ZnO-Na2O-SO3-P2O5 for...
Physical and thermal properties, crystallization behaviour and dc conductivity of glasses with the g...
The structure of the (66-x)ZnO-xNa2O-33.4P2O5 composition line, selected for the development of low-...
Glasses have been prepared by conventional quenching techniques in the ternary sulphate system K<SUB...
Electrical conductivities, densities, thermal expansion coefficients, glass transition temperatures ...
Phosphate glasses have special applications, but tra,ditionally never have had both durability and a...
Bulk and structural properties of zinc oxide (0 up to 20 mol%) containing phosphate glasses, develop...
Zinc polyphosphate glasses were examined as potential candidates for low temperature sealing applica...
We show that changes in the relative mole fractions of Li2O and Na2O in alkali metaphosphate glasses...