Sapienza University of Rome
Pesticides, chiral separations, milk, food safety, high throughput methods, green sample preparation
upcycling polymeric waste, solidification in microemulsion, adsorptive nanocomposite, dynamic water remediation, breakthrough curves, Gompertz function
nanosponges, cyclodextrins, solid phase extraction, pesticides, environmental applications, Green analytical chemistry
Cannabis sativa, High-performance liquid chromatography, micronutrients, diode-array detection, hemp flower
Green analytical chemistry, Menthol, Near zero-waste extraction, pesticides, SOD