Metal and metal-oxide particles are commonly photodeposited on photocatalysts by
reduction and oxidation reactions, respectively, consuming charges that are generated …

Solar‐driven photocatalytic hydrogen evolution is important to bring solar‐energy‐to‐fuel
energy‐conversion processes to reality. However, there is a lack of highly efficient, stable …

This work provides a hydrothermal method to synthesize noble-metal-free materials core-
shell CdS@ MnS nanorods as catalysts for photocatalytic hydrogen evolution. To …

Fabrication of core–shell heteronanostructures with excellent optical properties and light
induced charge separation effects have recently emerged as promising materials for solar to …

Conversion of solar energy to hydrogen requires efficient, low-cost and earth-abundant H-
producing photocatalysts. Herein, a novel noble metal-free photocatalyst 1T–MoS2/CdS …

Robust and highly active photocatalysts, CdS@ MoS2, for hydrogen evolution were
successfully fabricated by one-step growth of oxygen-incorporated defect-rich MoS2 …

The photocatalytic hydrogen evolution reaction using semiconductor nanostructures has
received considerable attention in tackling energy and pollution problems. Although several …

CdTe quantum dots (QDs) have an extended absorbance region compared to that of CdSe
or CdS QDs for solar utilization; however, their low activities, especially the chemical …

Facilitating charge separation as well as surface redox reactions is central to improve
semiconductor catalyzed solar hydrogen generation. Photocatalysts comprising intimately …

Development of noble metal free, novel and highly efficient co-catalysts that favor high
performance is of great significance towards elevated photocatalytic hydrogen production …