How Do Hybrid Materials Enhance Catalytic Performance?
Hybrid materials enhance catalytic performance in several ways:
1. High Surface Area: The porous nature of many hybrid materials provides a large surface area, which increases the availability of active sites for catalytic reactions. 2. Tunability: The properties of hybrid materials can be precisely tuned by altering the composition and structure of their components. This allows for the optimization of catalytic activity and selectivity. 3. Stability: Hybrid materials can offer enhanced thermal and chemical stability, which is essential for catalysts operating under harsh conditions. 4. Multi-functionality: The combination of different components allows hybrid materials to perform multiple functions simultaneously, such as adsorption, reaction, and separation.
