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Plasmon‐enhanced photocatalysis has emerged as a promising technology for solar‐to‐chemical energy conversion. Compared to isolated or disordered metal nanostructures, by controlling the morphology, composition, size, spacing, and dispersion of individual nanocomponents, plasmonic nanostructure arrays with coupling architectures yield strong broadband light‐harvesting capability, efficient charge...
Decontamination of seawater is of particular importance for the waste seawater treatment before its drainage. However, some mature methods to clean waste fresh water cannot be employed to treat waste seawater due to its high slat concentration. Besides, excessive chlorine generation during the seawater decontamination process is toxic for sea creatures. In this work, a microfluidic reactor is designed...
Photocatalysis and optofluidics have an intrinsic synergy as both deal with the same objects — light, fluids and solvents. This study presents different designs of optofluidic microreactors to solve some major problems of current photocatalytic technology.
This paper reports a biomimetic method inspired by clam to immobilize nanoparticles easily on microfluidic chips. In nature, clam predation is benefit from a mucus-covered system, used for trapping suspended plankton. Through mimicking the mucus-covered system by a common adhesive tape, we immobilized TiO2 nanoparticles easily and environmental friendly, obtaining a better immobilization amount than...
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