Influence of molybdenum ions on the structure of ZnO–As2O3–Sb2O3 glass system by means of spectroscopic and dielectric studies

Physical properties and electrochemical performance of molybdenum–lead-germanate glasses and glass ceramics

“…The growth of these bands reveals the presence of Mo 5 þ ions. The oxidation and reduction processes of Mo 5 þ ions can be highly possible and are expected to participate in the depolymerization of glass network because it creates non-bridging oxygen ions and more bonding defects [26]. The Mo 5 þ ions are essentially coordinated in the studied glasses by five oxygen ligands in a square-pyramidal geometry with a MoQO double bond.…”

Facile surface modification of high-voltage lithium-ion battery cathode materials with electroconductive zinc antimonate colloidal nanoparticles

“…The SbO 6 octahedra of AZO are distorted with three different Sb-O bonds, enabling AZO to be electrically active. [13][14][15] Thus, it is envisaged that the electroconductive AZO nanoparticle coatings, as compared to electrically-inert metal oxide coatings, contribute to improving electronic conduction of cathode materials, in addition to acting as a protective layer that suppresses undesired interfacial side reactions between cathode materials and liquid electrolytes.…”