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Direct organocatalytic enantioselective functionalization of SiOx surfaces

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Figure

Figure 1: Common strategies to prepare chiral surfaces. a adsorption of chiral molecules onto an achiral surface; b adsorption of a species that forms a chiral template; c This work: enantioselective reaction on a surface
figure 2b. The N 1s region was modelled with six peaks, three due to the residual azide (400.6 eV, 401.2 eV, 404.5 eV, green), and three due to the product triazole (399.9 eV, 400.6 eV, 401.9eV,
Figure 3: Enantioselective functionalization of a SiOx surface using isothiourea mediated organocatalysis

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