The unique photocatalytic mechanism of S-scheme heterojunction can be used to study new
and efficient photocatalysts. By carefully selecting semiconductors for S-scheme …

Photocatalytic H 2 evolution coupled with organic oxidation could replace the slow four-
electron water oxidation and utilize charge carriers to obtain high-valued chemicals. Herein …

Photocatalytic wastewater decontamination techniques hold eminent promise in mitigating
environmental deterioration, yet the lack of distinctive photocatalysts prevents their further …

Abstract Hydrogen peroxide (H 2 O 2) plays a significant role as an industrial chemical and
potential energy carrier. However, common H 2 O 2 photosynthesis catalysts face …

Photocatalytic technology harnesses clean, non-polluting solar energy to synthesize
hydrogen peroxide (H 2 O 2). In this study, ZnO/PBD S-scheme heterojunction composites …

Semiconductor photocatalysis makes full use of solar energy, serving as a potent tactic to
solve the worldwide energy deficit and safeguard the environment. Bismuth-based …

Atomically-dispersed metal-based materials represent an emerging class of photocatalysts
attributed to their high catalytic activity, abundant surface active sites, and efficient charge …

The electronic configuration mismatch between the TiO2 support and the MoS x cocatalyst
induces spontaneous free-electron transfer in an unfavorable direction, resulting in stronger …

S‐scheme heterostructure photocatalysts, distinguished by unique charge‐transfer
pathways and exceptional catalytic redox capabilities, have found widespread applications …

Photocatalytic oxygen reduction is considered an economical and green way to produce H 2
O 2. Graphitic carbon nitride is a common photocatalyst, but its activity is limited by the low …