How Does Electronic Modification Affect Catalyst Performance?
Electronic modification affects several key aspects of catalyst performance:
1. Activity: By altering the electron density on the active sites, electronic modification can increase the rate at which reactants are converted to products. 2. Selectivity: Modifying the electronic properties can make the catalyst more selective for a desired reaction pathway, reducing the formation of side products. 3. Stability: Changes in electronic structure can also enhance the thermal and chemical stability of the catalyst, extending its operational lifespan.
