13C NMR is extensively used in catalysis research for various purposes:
Characterizing Catalysts: 13C NMR helps in identifying the nature and location of active sites within a catalyst, as well as the interaction between the catalyst and reactants. Monitoring Reactions: By analyzing the spectra of reactants, intermediates, and products, researchers can track the progress of catalytic reactions and identify key steps and intermediates. Mechanistic Studies: 13C NMR provides insights into the mechanisms of catalytic reactions, helping to elucidate how catalysts accelerate chemical transformations. Isotope Labeling: Using 13C-labeled compounds, researchers can specifically track the fate of carbon atoms throughout a catalytic process, providing detailed mechanistic information.
