Why are Hybrid Nanomaterials Important in Catalysis?
Hybrid nanomaterials offer several advantages in the field of catalysis, making them highly valuable:
1. Enhanced Catalytic Activity: The combination of different materials can create a more active catalytic site. For instance, [metal-organic frameworks (MOFs)]() can be combined with nanoparticles to improve the overall catalytic performance. 2. Stability: Hybrid nanomaterials often exhibit improved thermal and chemical stability, which is crucial for catalytic processes that operate under harsh conditions. 3. Selectivity: The unique properties of hybrid nanomaterials can be tuned to achieve high selectivity for specific reactions, thus reducing unwanted by-products. 4. Versatility: These materials can be engineered to catalyze a broad range of reactions, from [oxidation and reduction reactions]() to complex organic transformations.
