Abstract (Oxy) nitride‐based nanophotocatalysts have been extensively investigated for
solar‐to‐chemical conversion, and not only allow wide spectral utilization to achieve high …

Over the past decades, an enormous amount of research effort has been directed towards
the discovery of high performance photocatalysts for solar hydrogen production via water …

With a light absorption up to 740 nm, BaNbO 2 N is promising for solar water splitting but
normally owns a low activity due to a high defect concentration. Here, Mg is adopted as a …

Conspectus The conversion of solar energy to chemicals and the storage of this energy is
one of the most promising routes to realizing a “carbon zero” society, for which particulate …

Grain boundaries serve as an interception to the transportation of photo-generated charges
(e-and h+), severely undermining the photocatalytic performance. In this work, SrNbO 2 N …

Poly (heptazine imides)(PHIs) have emerged as prominent layered carbon nitride-based
materials with potential oxygen evolution reaction (OER) catalytic activity owing to their …

Solar water splitting using semiconductor photocatalysts is being extensively studied
worldwide. During the past few decades, to meet the feasibility and economic viability …

Particulate photocatalytic water splitting is considered as one of the most promising and low‐
cost routes toward green hydrogen production, toward which developing a semiconductor …

Charge separation is generally considered as the most critical step to achieve efficient
photocatalytic reactions. Although charge separation can be promoted by a semiconductor …

LaTiO2N is a promising narrow‐bandgap semiconductor photocatalyst that shows great
promise for water redox reactions. However, its performance is often hindered by fast …