Preparation of Nanoreactors Based on Porous Materials

These porous materials are generally synthesized through a hydrother-mal/solvothermal synthetic approach, which has become the basis of the synthetic chemistry of porous materials. Hydrothermal synthetic conditions can enhance the effective solvation ability of solvents, increase the solubility of the reactants, and activate the source materials, thus resulting in increased nucleation and crystallization rate. 

SBA-16/FDU-12 with cage-like pore structure could be judiciously chosen as host materials for molecular catalysts depending on the immobilization methods and the types of chemical reactions. 

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