This study aims to synthesize Au/TiO2/Na2Ti6O13 composites to reduce the occurrence of
recombination and increase photocatalytic activity in phenol degradation. Gold was used …

The global energy crisis and environmental problems have become two unprecedented
challenges. Semiconductor photocatalysis offers a promising strategy to solve them, while its …

In this study, V5+ doped sodium titanate nanorods were successfully synthesized by a sol–
gel method with different optimized vanadium concentrations. Before testing as a promising …

Abstract Transition magnetic metals (Fe, Ni, Co) were inserted into sodium titanate
nanotubes subjected to calcination. In the calcination process at 400° C, the nanotubular …

New biocompatible biopolymer membranes have been synthesized from naturally occurring
bacterial polysaccharide Dextran, which is efficacious versatile polymer known for medicinal …

Abstract Sodium titanate (Na 2 Ti 6 O 13; NTO) was loaded onto aluminium oxide fibres
(AFs) using the sol–gel method to synthesize NTO/AF fibres. The surface roughness of …

Sodium titanate is considered as one of the most promising anode materials for sodium-ion
batteries without any serious safety concerns due to its high theoretical capacity at …

The use of γ-irradiation to tailor the physicochemical properties of materials is not widely
applied to layered alkali metal oxides. Herein, we show that γ-irradiation (up to 400 kGy) of …

In this work, the variation in the structural and electrical properties of lithium-doped sodium
titanate, obtained from an ultrafast (15 min) microwave-assisted synthesis has been …

Ceramics-polymer composites have garnered significant interest in recent years due to their
unique combination of properties and potential applications. This study presents an in-depth …