Converting solar energy into fuels/chemicals through photochemical approaches holds
significant promise for addressing global energy demands. Currently, semiconductor …

Optimization of the efficiencies of both macroscale mass transport and microscale electron
transfer is highly desired for achieving high-performance electrocatalysts but still remains a …

Bismuth oxyiodide (BiOI) is an emerging photocatalyst material with remarkable electrical
and optical properties, bringing it to the forefront of materials research. Herein, thin films of …

A synthetic strategy for Co-MOF-74-derived Co 3 O 4-based materials (polyhedral prism,
hexagonal-prism spindle and prism-assembly 3D microspheres with different surface dense …

Energy and environmental issues are becoming pressing challenges today, and
photocatalysis is receiving increasing attention due to its green and sustainable features in …

Rational design of cheap and easily available semiconductor photocatalysts for
photocatalytic nitrogen fixation has attracted widespread attention. However, the enhancing …

Construction of the Schottky junction is a promising strategy for realizing efficient
photocatalytic N2 fixation; however, the reported Schottky junction photocatalysts are mainly …

Plasma-based nitrogen fixation is deemed a green alternative to the conventional Haber-
Bosch process to mitigate carbon emissions. The typical plasma synthesis in gas phase is …

Background Photocatalytic nitrogen fixation process has been considered an eco-friendly
technology. Among visible-light-triggered photocatalysts, gC 3 N 4 is an excellent choice …

Magnetic semiconductors with Curie temperatures higher than room temperature show
potential for developing spintronic devices with combined data processing and storage …