Dynamic Spectral Modulation Enabled by Conductive Polymer-Integrated Plasmonic Nanodisk-Hole Arrays

A More Efficient Method for Preparing a MIP-CQDs/ZnO1–x Photodegradant with Highly Selective Adsorption and Photocatalytic Properties

“…However, due to the antibacterial properties and stable chemical structure of antibiotics, commonly used traditional methods are difficult to completely decompose antibiotics and may also produce superbacteria and secondary pollution. , As a rising cure treatment technology, semiconductor photocatalytic technology is considered a promising antibiotic treatment technology due to its easy to obtain reaction conditions (light and room temperature), strong redox ability, and environmental safety. , In addition, it is additionally extensively identified for its low cost, high efficiency, and environmental friendliness. , The photocatalytic activity of semiconductor photocatalyst technology mainly depends on the choice of semiconductor photocatalyst. Most antibiotics are resistant to decomposition and difficult to be absorbed due to their sturdy molecular structure. − Therefore, it is urgent to develop, design, and manufacture appropriate photocatalysts with high photocatalytic activity.…”