Recently, semiconductor‐based photocatalytic water splitting has been extensively studied
as a promising strategy for converting solar energy into carbon‐neutral and clean H2 fuel …

Photocatalytic water splitting based on semiconductor photocatalysts is a promising
approach for producing carbon-neutral, sustainable, and clean H 2 fuel. Cocatalyst loading …

Simultaneous photocatalytic H2 production and preparation of high-value chemicals by the
selective oxidation of organic substances is of great significance for solar energy utilization …

Semiconductor‐based photocatalysis technology has attracted widespread attention due to
its great potential for solving both energy and environmental problems through direct …

Spatially separated loading of reductive and oxidative cocatalysts is a useful strategy for
expediting charge separation and surface reaction kinetics, which are two key factors for …

Mn x Cd 1-x S solid solution is an emerging semiconductor for photocatalytic water splitting
with a tunable bandgap. However, it still leaves much room to improve the photocatalytic …

In contrast to conventional disordered g‐C3N4, the ordered arrangement of s‐triazine units
and cyano‐group is important for its improved photocatalytic H2 evolution activity. However …

MoS2 with 2D structure shows efficient hydrogen evolution reaction (HER) performance
because undercoordinated Mo–S edges have ideal hydrogen adsorption free energy. MoS2 …

Improving the sunlight absorption capacity and the charge separation efficiency is of great
significance for TiO 2 based photocatalyst to achieve highly efficient CO 2 photoreduction …

Utilizing a photoelectrochemical (PEC) fuel cell to replace difficult water oxidation with facile
oxidation of organic wastes is regarded as an effective method to improve the H2 production …