Codoping can effectively engineer the band structures of photocatalysts (eg TiO2) to
enhance their photoelectrochemical performance, however, previous investigations mainly …

Doping with anion and cation impurities is an effective approach to tune the
photoelectrochemical properties of TiO2. Here, we explore the Rh monodoping and (Rh+ F) …

Codoping is an effective method to improve the photoelectrochemical performance of
anatase TiO 2. In this work, through performing extensive hybrid density functional theory …

The development of noble-metal-free TiO2-based catalysts is of significant interest for
photoredox H2 production. In this study, we proposed an efficient Sb–N donor–acceptor pair …

In this study, hybrid density functional theory calculations have been used to investigate the
electronic structures of (Mg, S),(2Al, S),(Ca, S), and (2Ga, S) codoped anatase TiO2, aiming …

To efficiently utilize solar energy and catalyze the water splitting reaction under visible-light,
a novel strategy of first nitridation and subsequent calcination post-treatment methods is …

Future carbon neutrality and the energy crisis are calling for advanced methods to produce
sustainable fuels such as hydrogen production by photocatalytic water splitting. For that, the …

Overall water splitting with photocatalyst particles presents a potentially cost-effective
pathway to hydrogen fuel, however, photocatalysts that can compete with the energy …

Photoelectrochemical (PEC) water splitting is one of the most sustainable approaches for
converting solar energy into hydrogen fuel. Affordable and robust photoelectrodes are …

Despite intense efforts during the past decades, most of the existing photocatalysts suffer
from low solar energy conversion efficiency. Herein, we examine the photocatalytic …