BiOCl photocatalyst has been extensively investigated due to unique internal electric field.
However, the limited photocatalytic efficiency seriously blocks the further development of this …

In the realm of photoenergy conversion, the scarcity of efficient light-driven semiconductors
poses a significant obstacle to the advancement of photocatalysis, highlighting the critical …

Owing to the anticipated energy crisis, the demand for photocatalytic H 2 evolution is also
growing. Herein, a hydrothermal process is used to prepare an S-scheme CdS/N-rGO …

An efficient way to achieve photo-generated carrier utilization is by heterojunction
engineering of photocatalysts. However, to realize the overall water splitting seems to be …

The use of the BiVO4 semiconductor to generate H2 via water splitting has recently been
studied to meet the global energy demand. However, BiVO4 has some limitations such as …

Constructing Janus junctions is expected to provide a novel perspective for analyzing the
intrinsic photocatalytic activity of bismuth oxyhalide. Herein, Janus-typed BiOBr (0 1 0)/BiOBr …

This work investigates the photoelectrochemical performance of an FTO (Fluorine-doped Tin
Oxide)/WO 3 (tungsten trioxide)/BiVO 4 (bismuth vanadate)/TiO 2 (titanium dioxide) …

An electron spin regulated hydrogen evolution reaction (HER) for photocatalyst is significant
to understand the underlying photocatalytic mechanism. Here, the iron with gradient …

On a quest of efficient catalyst for photocatalytic hydrogen production, the dominantly
acclaimed Z-Scheme BiVO 4/gC 3 N 4 nanocomposite with deliberate modifications was …

BiOCl is considered as a candidate to effectively separate photogenerated carriers due to its
strong internal electronic field, thus being regarded as a new type of photocatalyst. We …