What are the Implications of Elastic Deformation on Catalyst Performance?
Elastic deformation can have several implications on catalyst performance:
- Activity: If the active sites on the catalyst surface are preserved during elastic deformation, the catalytic activity remains high. However, excessive deformation can block or alter these sites, reducing activity. - Selectivity: The shape and size of active sites can change under deformation, affecting the selectivity of the catalyst for specific reactions. - Stability: Catalysts that can undergo reversible elastic deformation without undergoing permanent damage are more stable and have longer lifetimes.
