How Do High Temperatures Affect Catalyst Selectivity?
Selectivity is a critical parameter in catalysis, referring to the ability of a catalyst to direct the reaction towards a specific product. High temperatures can influence selectivity in various ways. For instance, certain intermediates may become more reactive at elevated temperatures, leading to different reaction pathways. Additionally, the adsorption and desorption kinetics of reactants and products on the catalyst surface can be significantly altered, impacting the overall selectivity of the process.
