Non-silica periodic mesostructured materials: recent progress

Abdelhamid Sayari, Ping Liu
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引用次数: 184

Abstract

The discovery of M41S periodic mesoporous silicates in 1991–1992 based on the use of surfactant supramolecular templates had an immediate strong impact on the area of mesostructured inorganic materials. A variety of related synthesis strategies have been developed while a great diversity of materials in terms of both composition and structure has been achieved. This review deals with non-silica mesostructured materials. Supramolecular templating techniques based on electrostatic interactions (ionic bonding), van der Waals interactions (hydrogen bonding) and direct covalent bonding between organic and inorganic species are presented, discussed and evaluated. Important issues, particularly regarding thermal stability of the materials, have been identified for future research.

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非二氧化硅周期性介结构材料:最新进展
1991-1992年,基于表面活性剂超分子模板的M41S周期介孔硅酸盐的发现立即对介孔无机材料领域产生了强烈的影响。各种相关的合成策略已经被开发出来,而材料在组成和结构方面的多样性已经得到了实现。本文综述了非二氧化硅介结构材料。介绍了基于静电相互作用(离子键)、范德华相互作用(氢键)和有机与无机物质之间直接共价键的超分子模板技术,并对其进行了讨论和评价。重要的问题,特别是关于材料的热稳定性,已经确定为未来的研究。
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Author index Subject index Contents Investigation of organosilanes as structure-directing agents in zeolite synthesis The influence of gel properties on the kinetics of crystallization and particulate properties of MFI-type zeolities. I. The influence of time and temperature of gel ageing on the particulate properties of silicalite-1 microcrystals
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