SAXS is crucial in the field of catalysis for several reasons:
Characterization of Catalysts: SAXS allows for the detailed characterization of catalyst materials, including the size and shape of nanoparticles, which can influence catalytic performance. Porosity Analysis: The technique can assess the porosity of materials, providing insights into the accessibility and distribution of active sites within a catalyst. In situ Studies: SAXS can be used in situ to monitor changes in a catalyst's structure under reaction conditions, offering a better understanding of the reaction mechanisms.
