Physical and spectral studies of vanadium doped strontium titanium boro-tellurite glasses
have investigated by XRD, SEM, optical, EPR & FTIR spectroscopies. The optical absorption …

In this study, 20Li2O-60V2O5-(20− x) B2O3-x Bi2O3 (x= 5, 7.5, 10 mol%) glass materials
have been prepared by the melt-quenching method, and the structure and morphology of …

Among new lithium-ion battery cathode materials, amorphous materials show unique
advantages and vanadium-based materials are potential electrode materials. In our study …

Cobalt-based layered materials have been dominant as cathodes for the rechargeable
lithium-ion battery since it was introduced in 1991. Recently, the focus has been on finding …

In this study, the impact of substituting an intermediate oxide, Fe2O3, for a former glass
network oxide, B2O3, on the structure and electrical properties of lithium vanadate borate …

The efficiency of silicon solar cells is still lower than theoretical values, partly due to their
inability to utilize the ultraviolet and infrared portions of the solar spectrum. Herein, a novel …

This study explores the impact of the oxidation-reduction reaction process and Mo-V
diatomic coupling on lithiation by introducing Mo 2 B as a reducing agent into the structure of …

The addition of V 2 O 5 has been long known to increase the sulfur (as SO 4 2-) solubility in
borosilicate glasses. However, the mechanism governing this effect is still unknown …

The demand for improved performance, coupled with eco-friendly considerations, in lithium-
ion batteries has garnered significant attention in both market and academic realms. This …

Improvement of optical and electrical properties of borate glasses is a great demand for
upgrading optoelectronic devices. Additionally, the transformation of borate glasses to …