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Functionalization of mesostructured inorganic-organic and porous inorganic materials

机译:介孔结构的无机-有机和多孔无机材料的功能化

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摘要

The capability to functionalize the interior channels and/or high internal surface areas of mesostructured inorganic-organic or porous inorganic solids with specific organic or inorganic moieties has dramatically expanded the potential applications for these versatile materials in catalysis, separations, optical and optoelectronic devices, drug delivery, sensors, and energy conversion. Key to the widespread application of these materials are the various synthetic schemes that have been developed to provide control over the types of species incorporated and, more importantly, their distributions within the mesostructured hosts. Furthermore, multiple active species can often be independently incorporated and collectively optimized to yield multifunctional properties that widen application prospects. Several recent developments and examples in this rapidly growing field of materials chemistry and engineering are highlighted and discussed.
机译:具有特定有机或无机部分的介孔结构无机有机或多孔无机固体的内部通道和/或高内部表面积功能化的能力极大地扩展了这些通用材料在催化,分离,光学和光电装置,药物中的潜在应用输送,传感器和能量转换。这些材料广泛应用的关键是已开发出各种合成方案,以控制引入的物种的类型,更重要的是,它们控制了介孔结构宿主中的分布。此外,多种活性物质通常可以独立地结合并共同优化以产生多功能特性,从而拓宽了应用前景。在这个迅速发展的材料化学和工程领域中,重点介绍并讨论了一些最新的发展和实例。

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