A computational study reveals that quaternary hybrid nanofluids containing four nanoparticle types significantly enhance heat transfer across curved stretching surfaces ...
A newly synthesized kaolin-supported silver-copper and graphitic carbon nitride nanocomposite achieved a 98.95 percent degradation efficiency for methylene blue dye ...
Researchers developed fluorinated ligand-modified copper catalysts that achieved a 67.9 percent Faradaic efficiency for multicarbon products during dilute carbon dioxide ...
A new numerical study shows that active and passive nanoparticle control strategies produce distinctly different temperature and concentration profiles in ...
Researchers synthesized copper nanoparticles using chia seed polysaccharides, demonstrating antidiabetic and anti-inflammatory activity in laboratory assays and diabetic mice.
Researchers synthesized copper nanoparticles on pomegranate peel-derived hydrochar that achieved 97.4 percent oleic acid conversion for biodiesel production and kept ...
A laboratory study in India found that higher solar irradiance during green tea–assisted copper nanoparticle synthesis produced smaller, more stable ...
Synchrotron analysis shows that Abbasid potters created iridescent ceramic glazes through firing silver and copper compounds that formed nanoparticles within ...
A laboratory study found that copper nanoparticles in a carbazole copolymer produced smaller threshold-voltage intervals, greater three-state current contrast and ...
A comprehensive review highlights how copper nanoparticles combine drug delivery, targeted tumor therapy, and the newly discovered cell death pathway ...
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