Photocatalytic conversion of greenhouse gas CO 2 into valuable solar fuels represents a
promising technology for addressing the global energy crisis and environmental issues …

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 …

S-scheme heterojunction has attracted much attention due to its unique structure and
interface interaction. Herein, AgBr/BiOBr heterojunction with surface oxygen vacancies …

NiAl-LDH (NALDH) nanosheets were in intimate contact with gC 3 N 4 (CN) nanosheets to
form ultratight sheet-sheet heterojunctions, which interweaved into network framework with …

Surface atomic vacancies in semiconductor photocatalysts are highly attractive for improving
catalysis efficiency and product selectivity, but the underlying mechanism of vacancy …

Low efficient transfer of photogenerated charge carriers to redox sites along with high
surface reaction barrier is a bottleneck problem of photocatalytic H2O overall splitting. Here …

The development of highly-efficient photocatalyst for H 2 production integrated with
microplastic degradation is significant to meet the demand for clean energy and resolve …

Photocatalytic elimination of antibiotic pollutant is an appealing avenue in response to the
water contamination, but it still suffers from sluggish charge detachment, limited redox …

Electrochemical organic oxidation into commodity products coupled with hydrogen evolution
in aqueous media serves as a promising formulation for harvesting both value-added …

This study focuses on improving photocatalytic CO 2 reduction reaction (CRR) activity and
modulating product selectivity. An In 4 SnS 8/Cs 3 Bi 2 Br 9-X (ISS/CBB-X) heterojunction is …