Plasmon photocatalytic CO₂ reduction reactions over Au particles on various substrates

Abstract

Surface plasmonic effects have been widely used in the photocatalytic reactions like CO2 conversion in the past decades. Owing to the significant controversy in the physical processes of plasmon photocatalytic...

In Situ Photodeposition of Au Nanoparticle Plasma: Enhanced Defect-State g-C3N4 Photocatalytic Hydrogen Evolution

“…This enhancement can boost the light absorption capacity, facilitate the transfer of semiconductor photogenerated charges, and consequently lead to the achievement of excellent photocatalytic performance. Au possesses high stability, exceptional oxidation resistance, and favorable plasma optical properties . Therefore, Au is selected as the plasma nanometallic material in this paper.…”

“…Au possesses high stability, exceptional oxidation resistance, and favorable plasma optical properties. 44 Therefore, Au is selected as the plasma nanometallic material in this paper.…”

Fabrication of a P–Si/ZnO heterojunction based on galvanic cell driven and the complete degradation of RhB via fast charge transfer

“…Semiconductor materials have stable properties and wide bandgaps, and can absorb light in a wide spectral range, so they are widely used in photocatalytic degradation technology. 7 However, in photocatalytic degradation technology, using a single semiconductor material encounters issues of poor stability and inefficient utilization of photogenerated carriers, leading to photo corrosion and low catalytic degradation efficiency. 8–12 Therefore, it is customary to construct semiconductor heterojunctions with controllable structures for application in photocatalytic degradation technology.…”