Phosphate glasses are very promising materials from the application and fundamental point
of view. Properties of the glasses are strongly related to the structure which may be modified …

To rapidly treat soil contaminated with radioactive tailings and high aluminum content, such
soil samples with different Na 2 CO 3 (0–30 wt%) contents were vitrified using microwave …

A new kind of bismuth borate glasses based on P 2 O 5-V 2 O 5-Bi 2 O 3-B 2 O 3 system is
prepared by the modified melt-quenching method. The conformation of the amorphous …

Nuclear contaminated soil can seriously threaten human security. In this study, uranium-
contaminated soil (0–50000 μg/g of uranium) was successfully vitrified in 30 min without …

Commercial melt-quenched bioactive glasses consist of the oxides of silicon, phosphorus,
calcium and sodium. Doping of the glasses with oxides of some other elements is known to …

Typical silicate bioactive glasses are known to crystallize readily during the processing of
porous scaffolds. While such crystallization does not fully suppress the bioactivity, the …

The influence of up to 4mol% substitution of MgO for CaO on the properties of the bioactive
glass S53P4 was studied. Thermal analysis, hot stage microscopy and X-ray diffractometry …

Phosphate glasses are materials that can be used in many technological fields. Their
possible application may be limited due to the existence of easily hydrated P–O–P bonds …

This study aims to develop a geopolymer binder, which requires a control of the reactive
mixture setting time, viscosity and pH value. A previous study underlines the possibility of …

Borosilicate bioactive glasses are attracting an increasing interest due to their good hot
forming ability, low crystallization tendency and high bioactivity. Surface functionalization of …