Non-crystalline solid tellurite glasses continue to intrigue both academic and industry
researchers not only because of their many technical applications, but also because of a …

Oxidation–reduction equilibrium and coordination of transition metals ions (TM) in meta or
more depolymerised phosphate glasses are reviewed. For small concentrations of metal …

The performance of the anode materials is critical to further development of Li-ion batteries.
However, the cycling stability and safety performance of anode materials are still far from …

Manganese doped lithium strontium borate glasses with chemical composition 25Li 2 O-
15SrO-(60-x) B 2 O 3-xMnO are prepared through the classical melt-quenching method and …

Demand for electrical energy storage (EES) is growing, necessitating the development of
improved batteries. Inorganic glassy materials are a class of essential electrodes due of their …

We present herein a detailed study of the electric and dielectric properties of glasses with
the composition 60V 2 O 5–(40–x) BaO–xLi 2 O, where x= 10, 15, 20, or 25 mol%. The …

A wide range of coloured electronic or mixed electronic–ionic glasses has been shown in
the alkali oxide poor-region of the Li2O–MoO3–P2O5 system, next to the colourless ionic …

Single and mixed transition metal ions doped tellurite glasses were investigated for
dielectric properties in the frequency range 50Hz to 5MHz and temperature range 300 …

We have investigated mixed electronic‐ionic conduction in 0.5 [xAg2O·(1− x) V2O5]–0.5
TeO2 glasses, where the Ag2O amount varies over a range of 5–40 mol%. The glass …

The mixed electronic–ionic conduction in 0.5 [xAg2O–(1− x) V2O5]–0.5 TeO2 glasses with
x= 0.1–0.8 has been investigated over a wide temperature range (70–425K). The …