How Does Temperature Affect Catalysis with Gaseous Substances?
Temperature plays a pivotal role in catalytic reactions involving gaseous substances. An increase in temperature generally increases the kinetic energy of the gas molecules, which enhances their interaction with the catalyst surface. However, extremely high temperatures can lead to catalyst deactivation due to sintering or other structural changes. The Arrhenius Equation often describes the temperature dependence of reaction rates, providing insights into the activation energy and reaction mechanisms.
