Solar energy is a green, sustainable, and de facto inexhaustible energy source for mankind.
The conversion of solar energy into other forms of energy has attracted extensive research …

In recent years, solar energy-driven photocatalysis materials have drawn significant
attention to addressing the global energy and environmental crisis. However, many of the …

The synergistic effect of surface oxygen vacancy with induced lattice strains on visible light-
driven photocatalytic H2 evolution over black TiO2 was investigated. Experimental …

As a promising approach to achieving two objectives with one strategy, photocatalytic CO2
conversion for C1/C2 “solar fuels” production can provide a package solution to the current …

Black titanium dioxide (TiO 2) has been one of the most researched photocatalyst in recent
years. Its ability to overcome the limitations of pristine TiO 2 through enhanced visible light …

Efficient coupling solar energy conversion and N2 fixation by photocatalysis has been
shown promising potentials. However, the unsatisfied yield rate of NH3 curbs its forward …

In the past few decades, there has been a wide research interest in titanium dioxide (TiO2)
nanomaterials due to their applications in photocatalytic hydrogen generation and …

Crystal engineering of metal oxide supports represents an emerging strategy to improve the
catalytic performance of noble metal catalysts in catalytic oxidation of chlorinated volatile …

Recently reported black TiO 2 nanomaterials are the unequivocally accepted sun light
harvesters which facilitate the maximum solar energy absorption from ultraviolet (UV) to …

This work for the first time reports engineered oxygen-deficient, blue TiO2 nanocrystals with
coexposed {101}-{001} facets (TiO2–x {001}-{101}) to enhance CO2 photoreduction under …