Samarium-doped borate glass is widely used in solid-state devices due to their suitable
refractive index and appealing spectral characteristics. Here, we used the melt quenching …

Barium titanium borate glasses doped with ytterbium ions were fabricated via standard melt
quenching technique. The building structure of the glass matrices doped with ascendant …

Exploring the atomic-level structure of lead aluminosilicate glass is extremely important for
improving the performance of the related products such as optical devices and …

Improving the structural, physical, optical, and magnetic properties of glass doped with
erbium ions is important to produce optic fiber communication systems. In this study, the melt …

Alumino tantalum barium borate-65B 2 O 3+ 10Al 2 O 3+ 5SrCO 3+ 5BaCO 3+ 14Li 2 CO 3+
4Ta 2 O 5+ 1Yb 2 O 3 (AlTaBaBO: Yb) and barium antimony borophosphate-35P 2 O 5+ 35B …

The demand for new glass hosts with emergent properties is constantly growing for various
miniaturized applications. Thus, some new types of Sm 2 O 3-activated strontium-telluro …

The rare earth ion doped materials having the xGd 2 O 3•(100-x)[4B 2 O 3• Pb] composition
where x= 0–50 mol% Gd 2 O 3 were synthetised by the melt queching method. XRD data …

With the rapid development of the semiconductor industry, the glass passivation process is
being optimized as an important process for the protection of electronic components. Lead …

The influence of Sm 3+ ion concentration on physical, structural and optical properties of
magnesium-sodium fluoroborate glasses were studied and analyzed. The XRD, FTIR, SEM …

Eliminating surface ion contamination, increasing the reverse breakdown voltage and
reducing the leakage current are extremely important for semiconductor devices. Herein, we …