Artificial photoreduction of CO 2 is confined by low separation efficiency of photoinduced
charge carriers and poor activation of CO 2 over photocatalysts. Herein, a brilliant ultrathin …

The rational design of a two-dimensional (2D)/2D “face-to-face” heterojunction photocatalyst
is crucial for the mediation of interfacial charge transfer/separation. Herein, a unique 2D/2D …

Conversion of CO2 into valuable chemical feedstocks through artificial photosynthesis is an
effective strategy to alleviate energy and environmental issues. Herein, we have developed …

Halide and oxide double-perovskites (HODPs) are a novel class in semiconductor
photocatalysts, which have been deemed as auspicious alternatives to replace the toxic …

The effect of surface defects on photogenerated carriers separation and CO 2 activation is
not always clear. Herein, the well-defined bimetallic oxyhalide PbBiO 2 Br atomic layers with …

Abstract Heterojunction engineering, especially 2D/2D heterojunctions, is regarded as a
quite promising strategy to manipulate the photocatalytic performance of semiconductor …

Heterojunction engineering, especially S-scheme heterojunction, has been recognized as a
promising way to explore photocatalysts with boosted charge separation and CO 2 …

Architecting Z-scheme heterojunction can restrain the recombination of photoinduced
carriers to improve the photocatalytic performance. However, it still lacks high-efficiency …

Lead halide perovskite (PVK) has been deemed as a promising photocatalyst alternative
because of its remarkable photoelectrical properties; however, the severe charge …

Metal halide perovskite quantum dots (QDs) are regarded as one of the promising
photocatalysts for CO2 reduction because of their unique optoelectronic properties …