Discharging dye contaminants into water is a major concern around the world. Among a
variety of methods to treat dye-contaminated water, photocatalytic degradation has gained …

Photocatalytic solar energy conversion is considered one of the most promising pathways to
address the global energy shortage and environmental crisis. Layered bismuth oxyhalides …

The exploration of multiple composite with heterojunction structures to replace single
catalysts with insufficient capacity is significant for the photocatalytic evolution of high-yield …

Bismuth-based semiconductors are a unique and promising group of recently developed
advanced photocatalytic materials. They have been widely applied in several areas …

Heterogeneous photocatalysis that employs photo-excited semiconductor materials to
reduce water and oxidize toxic pollutants upon solar light irradiation holds great prospects …

The photocatalytic activity of materials for water splitting is limited by the recombination of
photogenerated electron–hole pairs as well as the back-reaction of intermediate species …

Two-dimensional photocatalytic materials have potential applications in the fields of
environmental purification and energy conversion owing to their rich surface active sites …

Semiconductor photocatalysts show a great potential for environmental and energy-related
applications, however one of the major disadvantages is their relatively low photocatalytic …

Abstract Design of three-dimensional (3D) hierarchical architectures and nano-phase-
junctions are of huge significance for semiconductor photocatalysis. Herein, we report the …

Magnetic iron based materials are generally effective for many catalytic reactions and can
be magnetically recovered after application, showing advantages than other metal oxides. In …