Addressing global warming while fulfilling the growing need for energy, fuels, and chemicals
is a huge challenge currently faced by civilization. Utilization of carbon dioxide (CO 2) or CO …

Photocatalysis of carbon dioxide by the assistance of solar energy has been one of the most
promising approaches to reduce CO2 to renewable fuel. Several methods are pertained to …

A series of novel surface Ru–H bipyridine complexes-grafted TiO2 nanohybrids were for the
first time prepared by a combined procedure of surface organometallic chemistry with post …

Tuning product selectivity and improving activity are significant in CO 2 photoreduction.
Herein, we demonstrate that introducing Cu and S dual vacancies on copper sulfide …

CO2 photoreduction currently faces two challenges: low photoreduction efficiency and poor
product selectivity. Ultrathin two-dimensional bismuth oxyhalide, with a large number of …

Multicomponent alloy (MA) contains a nearly infinite number of unprecedented active sites
through entropy stabilization, which is a desired platform for exploring high-performance …

Heterojunction construction and defect engineering are regarded as a strategy for improving
photogenerated charge carrier transfer and enhancing photocatalytic performances. In this …

Photocatalytic conversion of CO2 into value-added solar fuels is a promising solution for
energy crisis and global warming. Recent experimental studies show that the Pd …

TiO 2 has a high bandgap energy with light absorption in the ultraviolet region making it non-
efficient under visible-light. The purpose of the present work is to modify the properties of TiO …

In this research, a copper-impregnated titanium dioxide (Cu@ TiO2) photocatalyst was
prepared using a wet impregnation method and employed for the photocatalytic degradation …