How Does Nanostructuring Affect Catalytic Performance?
Nanostructuring affects catalytic performance in several ways:
Increased Reactivity: The high surface area and more active sites lead to enhanced reactivity. Selective Catalysis: Tailoring the size and shape of nanoparticles can favor specific reactions, improving selectivity. Enhanced Stability: Nanostructured catalysts often exhibit better resistance to sintering and deactivation. Optimized Electron Transfer: Quantum effects in nanoparticles can facilitate efficient electron transfer, crucial for processes like electrocatalysis.
