Porous Structure on the Catalytic Performance of Nanoreactors

Influence of the Porous Structure on the Catalytic Performance of Nanoreactors 

Ti(0 Pr)4-functionalized MOFs increased with increasing channel sizes, probably due to the different diffusion rates of the organic substrates through the open channels of different sizes. Isoreticular MOFs thus represent a tunable platform for designing heterogeneous asymmetric catalysts that have uniform active catalytic sites, identical chiral environments, and controllable channel and pore size. 

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