New Study Introduces Predictive Descriptor for Designing High-Performance Nanozymes
Key Points Researchers introduced t2 occupancy as a predictive descriptor to enhance nanozyme design. The study focuses on chromium-based spinel oxides and identifies optimal activity ranges. CuCr2O4 exhibited the highest activity, confirming the descriptor’s reliability. The optimized CuCr2O4 nanozyme achieved double the activity of previous materials. A recent study by Professor Hui Wei and his team has introduced a groundbreaking predictive descriptor, t2 occupancy, to enhance the design of spinel oxide-based nanozymes with superior peroxidase-like (POD) activity. Nanozymes, functional nanomaterials...
