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Water-Stable, Nonsiliceous Hybrid Materials with Tunable Porosity and Functionality: Bridged Titania-Bisphosphonates

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Combining the properties of organic and inorganic moieties with high surface areas and pore volumes offers endless possibilities to design materials adapted to a wide range of advanced applications... Click to show full abstract

Combining the properties of organic and inorganic moieties with high surface areas and pore volumes offers endless possibilities to design materials adapted to a wide range of advanced applications...

Keywords: hybrid materials; materials tunable; water stable; tunable porosity; nonsiliceous hybrid; stable nonsiliceous

Journal Title: Chemistry of Materials
Year Published: 2020

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