How Does Electrical Conductivity Influence Catalytic Performance?
High electrical conductivity enhances catalytic performance by:
1. Improving Electron Transfer: Efficient electron transfer reduces the energy barrier for reactions, leading to faster and more efficient catalytic processes. This is especially important in redox reactions. 2. Enhancing Stability: Conductive materials often provide structural stability to the catalyst, preventing degradation over prolonged use. 3. Facilitating Reaction Mechanisms: Conductive catalysts can facilitate complex reaction mechanisms by providing multiple active sites for reactants.
