Aiming to extend the scope of utilizing glass in radiation shielding, this work investigates the
radiation interaction response of a borate-based glass system. Four borate-glass samples of …

In this study, four alloys composed of highly pure elements (lead, zinc, tin and bismuth),
named Pb–Zn50, Pb–Sn50, Sn–Zn50 and Sn–Bi50 were prepared by rapid solidification …

The current work deals with the synthesis of a new glass series with a chemical formula of
5Al2O3–25PbO–10SiO2–(60-x) B2O3–xBaO; x was represented as 5, 10, 15, and 20 mol …

Three zinc barium-borate glasses were produced in the current work, incorporating different
metal oxides (MO)(CaO, TiO 2, and CuO) via the melt quenching technique under a 1100° C …

Abstract The Sn-Bi x (x= 30, 40, 50, 60 and 70%) radiation shielding alloys were prepared
using a melting process of the alloying material in a ceramic crucible at 200° C for 120 min …

In this work, five tin alloys have been synthesized by rapid solidification process using melt-
spun technique. Physical analysis demonstrates that, adding high density metals to tin alloy …

Investigations were conducted on the addition of barium's impact on the radiation shielding
and physical attributes of five different glasses, designated S1–S5, with varying BaO …

This study aims to prepare NiFe_2O_4 nanoparticles using a glycine assisted auto-
combustion method. Characterization of the investigated ferrite was achieved by XRD, FTIR …

The radiation shielding properties of a barium-zin-titanium-borate glass system were
theoretically reported. Four glasses were investigated, with compositions of (80-x) B2O3 …

Abstract The PbO-SrO-ZnO-B 2 O 3 (PSZB) glasses were synthesized through the melt-
quenching. The introduction of larger-sized PbO into the glass matrix led to structural …