Development of Porous Multi-Component Oxide Nanohybrid Materials Using Assymmetric Organic Linkers

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Inorganic-organic nanohybrid structures, 2D hexagonal in Al system and 2D hexagonal and lamellar in Zr system, by using linker molecules asymmetrically substituted with both phosphonate and siliconate groups. Especially in the lamellar materials the lamellar structure was retained even after the removal of the surfactant differently from any known lamellar mesostructures. All of the materials are found to be composed of multiple oxide domains linked with organic linkers