The influence of adding Tm 2 O 3 in the tellurite-based glasses is analyzed through their
physical, optical, structural, elastic, and gamma rays resisting features. The proposed …

In this research, the synthesis, optical parameters, and radiation absorption quantities of
50TeO 2–15Na 2 O—(20-x) PbO—15ZnO—xEu 2 O 3 glasses were reported. The glasses …

The melt and quench technique was used to create a new TeO 2–Li 2 O–MoO 3 glass
system with the objective of providing alternative and new shielding materials for radiation …

Abstract In this paper, 75TeO 2–5Na 2 O–20BaO‒xTiO 2 (TNB-Tix with x= 0, 05, 10, and 15)
glasses were synthesized by the conventional melt-quench technique using analytic grade …

The impact of adding PbO and WO 3 on the mechanical properties and radiation shielding
efficiency of 4 different glass samples labeled as TWP1, TWP2, TWP3, and TWP4 (samples …

Mechanical moduli, such as Young's modulus (E), Bulks modulus (B), Shear modulus (S),
longitudinal modulus (L), Poisson's ratio (σ) and micro Hardness (H) were theoretically …

In this paper, we have investigated the properties of tellurite-based glass system in the form
(100-xy) TeO 2–xNbO 2.5-yWO 3, x= 5, 10, 15, 20, 25 mol% and y= 5 mol% for gamma and …

The main goals of this current work are to study the elastic and radiation shielding properties
of seven different compositions of ZnO-TeO 2 transparent glass and characterize them using …

Ionizing radiation has become much more prevalent in our lives, which need an increasing
requirement for radiation shielding materials. The conventional melt-quench procedure was …

Tellurite glass systems become an essential component for several medical and nuclear
technologies. Radiation shielding characteristics of a newly developed tellurite glasses …