A novel glass system was developed using the melt-quenching technique. The primary aim
was to investigate molybdenum-rich compositions (MoO 3> Li 2 O), with the general formula …

The effectiveness of nuclear shielding has been investigated on Eu 3 doped boro-
phosphate glass matrix by altering the extent of modifier addition (CdF and ZnF), for a …

A unique set of glasses was prepared to explore the substantial effect of nitrate modifiers on
the alkaline oxyfluro phospho-silicate network with the nominal compositional configuration …

In this work, a novel series of 30B 2 O 3–15CaMg (CO 3) 2–(55–x) TeO 2–x Dy 2 O 3 (0.2≤
x≥ 1.3 mol%) glasses coded as BDT x Dy are fabricated via conventional melt quenching …

This research presents the gamma interaction parameters of glass-ceramics with the apatite-
wollastonite (AW) crystal structure within the SiO 2–CaO–Al 2 O 3–MgO–P 2 O 5–CaF 2 …

CeO 2 doped lead silicate glasses samples were prepared by high temperature melting
method. The structural, thermal and optical properties of the glasses were characterized by …

The present study was intended to present new borate glass structure with attractive
properties useful for optical and radiation shielding purposes. Therefore, a novel series of B …

Nuclear shielding efficacy of novel bismuth borate glass matrices was examined by
methodically varying the altering proportions of Ca 2+ and Ba 2+ cations within a …

This study provides a comprehensive survey regarding the incorporation of BaO into
borophosphate glasses, and its influence on optical, thermal, and mainly radiological …

The primary objective of the current investigation is to explore a novel series of Dy 3+ ions
doped Zinc incorporated barium borate glasses synthesized through the classic melt …