Why are Lattice Structures Important in Catalysis?
The importance of lattice structures in catalysis stems from their impact on the following aspects:
1. Surface Area: The arrangement of atoms in a lattice affects the surface area of a material, which in turn influences the number of active sites available for catalytic reactions. 2. Active Sites: The specific configuration of atoms in a lattice can create unique active sites that facilitate certain chemical reactions. 3. Electronic Properties: The electronic structure of a catalyst, influenced by its lattice, affects its ability to donate or accept electrons during a reaction. 4. Stability: The stability of a catalytic material under reaction conditions is often determined by its lattice structure.
