This study investigates the effect of La³⁺ rare earth ions on the structural, elastic, optical, and
radiation shielding features of heavy metal borate glass (B₂O₃-PbO) doped with Cr₂O₃ …

This study investigated the structural and optical properties of Cu-doped and Fe-doped
sodium borate glasses. X-ray diffraction (XRD) patterns confirmed that both samples were …

This study highlight the effect of the replacement of a transition-metal oxide Fe2O3 with a
transition-metal halide FeCl3 on the structural and electrical properties of the iron–sodium …

This work prepared a set of six samples of sodium borate glass containing different
concentrations of bismuth and manganese cations using the rapid cooling method. In …

Amorphous SiBON ceramic integrated the advantages of SiO 2 and BN can be used as heat-
resistant wave transparent composites in radome, and corrosive-resistant high strength …

This study investigates the impact of structural modifications induced by rare earth ions,
specifically La 3+, on the ligand field, optical properties, and radiation shielding capabilities …

In this work, the heavy metal borate glass system (B 2 O 3-PbO) was doped with a hybrid of
transition metal and rare earth ions via a fixed ratio of MnO 2 and a variable La 2 O 3 ratio. X …

In this work, the multivalent transition metal oxide, Cu2O3, has been added in different
content to the primary constituents of the Ca/Na lead Arseborate oxide glass. These required …

Objectives: The primary objective of the present investigation was to examine the impact of
Bi3+ ions on the optical, radiation shielding, dielectric and structural characteristics of lead …

This study focuses on how the chemical makeup of the glass' basic components affects the
glass' structure and optical characteristics. Four glass samples have been created for this …