Achieving generalizability in catalysis involves several strategies:
1. Mechanistic Studies: Understanding the mechanism of a catalytic reaction can provide insights into why a catalyst behaves the way it does. This knowledge can then be applied to other systems.
2. Computational Modeling: Advanced computational methods can predict the behavior of catalysts under different conditions, aiding in the generalization process.
3. Experimental Validation: Testing a catalyst under a variety of conditions and with different substrates can help in understanding its generalizability.
