As an organic semiconductor, graphitic carbon nitride (gC 3 N 4) nanosheets have been
developed into a highly active photocatalyst for H 2 O splitting generating H 2 under visible …

Separation of photogenerated electrons and holes is the essential factor in determining the
quantum efficiency of photocatalysis. Constructing heterojunction structure by combining two …

Abstract Two-dimensional (2D) semiconductor heterojunctions are considered as an
effective strategy to achieve fast separation of photoinduced carriers. Herein, a novel …

As a crucial part of artificial photosynthesis, the design of the catalyst is important essential.
Among them, the interface engineering between semiconductors and the construction of …

To solve the contamination of organic antibiotics in water environment, the 3D/2D CuBi 2 O
4@ Bi 2 O 2 CO 3 (CBO@ BOC) hierarchical structure was constructed through the in situ …

Graphitic phase carbon nitride (CN) is a safe and green photocatalyst, but the activity of the
pristine CN photocatalyst is still unsatisfactory due to the significant recombination of …

The development of stable, efficient photocatalyst for environmental antibiotics degradation
is great significant and remains a major challenge. Herein, novel 2D/0D n-MoSSe/p-Co 3 O …

The development of low-cost co-catalysts matched with proper photocatalysts to enhance
the photocatalytic hydrogen evolution performance is highly demanded. Herein, the AgPt …

This review article analyzes the recent progress and achievements on MXenes as co-
catalysts in hydrogen fuel production via photocatalytic water splitting. MXenes as an …

High photogenerated carrier recombination and poor visible light response in symmetry
graphitic carbon nitride are two classical problems for photocatalytic hydrogen evolution. In …