Abstract Two-dimensional (2D) semiconductor heterojunctions are considered as an
effective strategy to achieve fast separation of photoinduced carriers. Herein, a novel …

Ternary transition metal tungstates with low cost, high stability, and narrow band gap have
exhibited great opportunities for photocatalysis, but their application in CO 2 photoreduction …

The heterojunction structure of the photocatalyst composite, which necessitates a robust
interface and sufficient contact areas, holds the key to obtaining high charge carrier …

The pressure effects on the optical and structural properties of NiWO4 have been studied
experimentally and theoretically. The fundamental bandgap decreases with a pressure …

In this work, we used Raman spectroscopic and optical absorption measurements and first-
principles calculations to unravel the properties of wolframite-type ScNbO4 at ambient …

This paper reports an experimental high-pressure study of natural mineral ferberite (FeWO4)
up to 20 GPa using diamond-anvil cells. First-principles calculations have been used to …

This work describes the investigation of the photoelectrochemical response and
photocatalytic activity of homojunction NiWO 4| CoWO 4 films as a photoanode for …

We report an extensive study of the optical and structural properties of NiWO4 combining
experiments and density functional theory calculations. We have obtained accurate …

We present a comprehensive experimental study of the crystal structure of calcium vanadate
(Ca3V2O8) under systematic temperature and pressure conditions. The temperature …

Abstract (CoCrNiMoW)-WC composites were prepared by powder metallurgy. The
microstructure, tribological properties and wear mechanisms of the composites were …