Using nanoclusters and single atoms with unique activity to replace nanoparticles is a
promising strategy to enhance catalyst activity. However, stable loading of nanoclusters and …

The ultrathin nanosheets possess a distinctive structure characterized by an abundance of
active sites fully accessible on their surface. Concurrently, their nanoscale thickness confers …

Molecular co-crystallization to enhance photocatalytic activity is a new strategy. Here, we
design and grow two molecular cocrystals based on octafluoronaphthalene (OFN) by …

To improve the photocatalytic performance of single-phase Bi 2 WO 6, the heterojunction
construction is usually employed to effectively separate and transport photo-induced …

Developing and evaluating advanced antibiotic degradation photocatalysts remains
challenging owing to the lack of rational structural designs and molecular oxygen activation …

Compared to traditional single pollutants, antibiotics and metal composite contamination
(AMC) has attracted significant attention due to its higher toxicity and greater difficulty in …

Nitrogen oxides (NOx) in the atmosphere are significant precursors to the formation of fine
particulate matter (PM 2.5) and ozone. Effectively reducing the concentration of NOx in the …

Photothermal evaporation is an efficient way to utilize solar energy to desalinate seawater
for freshwater resources, which can effectively alleviate the press on accessing to freshwater …

The proper treatment of uranium-contaminated nuclear wastewater is important for uranium
resource recovery and environmental protection. Photocatalytic strategies have emerged as …

Global environmental deterioration poses a major risk to ecological security and human
health, and emerging technologies are urgently needed to deal with it. Therefore, the …