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

Thanks to its unique properties, glass plays a fundamental role in science and technology,
especially in optics and photonics. For instance, its transparency has been exploited in the …

New K 2 WO 4-containing potassium-iron-phosphate glasses were synthesized and
examined. Specifically, we studied a glass composition consisting of 20K 2 O-(20-Y) Fe 2 O …

Direct laser writing in glasses is a growing field of research in photonics since it provides a
robust and efficient way to directly address 3D material structuring. Generally, direct laser …

New phosphate glasses based on the K 2 O–Fe 2 O 3–P 2 O 5 system, with variable K 2 WO
4 content in place of Fe 2 O 3, are prepared through the melt quenching route. The thermal …

A spectroscopy study of Sm 3+ and Sm 3+/Eu 3+ doped zinc phosphate glasses is
performed through photoluminescence spectra and decay time profile measurements …

Abstract Zn–Mg-phosphate (ZMP) glasses, including those with the nominal molar
compositions (50− x) ZnO xMgO 50P 2 O 5 (0≥ x≥ 50) and (60− y) ZnO yMgO 40P 2 O 5 …

The direct laser writing (DLW) of photoluminescent metal clusters is inspiring intensive
research in functional glasses. However, understanding the influence of the host structure …

Glass and its properties are subject to a variety of changes under the influence of high
energy radiation. Therefore, radiation‐induced defects in glasses requires high attention …

The glass forming region of the ZnO–Al 2 O 3–P 2 O 5 (ZAP) system was determined and the
structures and properties of the glasses were characterized. For glasses with a constant O/P …