The manuscript describes a method, which ensures a selective functionalization of the mesopore surface with a clickable linker and thus makes it possible to study confinement effects during catalyzed reactions. First, the silanol groups on the particle surface and in the pore entrances of the SBA-15 are passivated. By solvent extraction, the template is removed and afterwards the pore walls are functionalized with 3-azidopropyltriethoxysilane before the catalyst is clicked on the pore walls. In initial experiments of asymmetric Rh-catalyzed 1,2-addition, the performance of a catalyst clicked selectively on the mesopore walls is investigated.
The data used for the manuscript are sorted by the respective characterization method.The data are named either according to the sample name, the entry or the figure in the paper. All data are raw data that can be processed with the corresponding software.
