Vitrification is currently the most effective process for immobilization of nuclear waste.
However, ubiquitous borosilicate glass is not suitable for immobilization of nuclear waste …

Sodium aluminium phosphate (NAP) glass is a potential candidate for the immobilization of
minor actinides (MA). The composition of the NAP glass 38Na 2 O–30Al 2 O 3–32P 2 O 5 …

The presented work has been undertaken to evaluate the applicability of BaO doped PbO-P
2 O 5 glass system as gamma ray shielding material in terms of mass attenuation coefficient …

Structural modification of conventional Yb 3+ doped phosphate glass by GeO 2 was shown
to significantly improve both thermal and spectroscopic properties, namely, transition …

Theoretically, the realization of phase transformation in glass requires enough energy to
overcome a certain barrier. Conventionally, the transition from amorphous to crystalline …

Phosphate glasses are an important group of materials for wide applications. They have
received attention as biomaterials, eco-fertilizers, in optoelectronic devices, waste …

Phosphate glasses containing different additives of cadmium, zinc, borate, and copper
oxides have prepared through melt annealing technique. Copper oxide introduced as a …

Ceramic crucibles are known to corrode in contact with glass melts. Here, we investigate the
effect of alumina and fused silica crucibles on the composition, structure, and properties of …

Phosphate glasses have features that separate them from other materials such as borates,
silicates, and tellurides, and they can be employed in a variety of applications including …

We report the optical, physical, structural, and heavy charged particle absorption parameters
of CdO doped P 2 O 5-TeO 2-ZnO ternary glass structures with a nominal composition of 20 …