KIT-6介孔材料的研究进展
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摘要
KIT-6介孔材料由于孔径大小适中、比表面积大、三维立方孔道高度有序等结构优势,受到了研究者们越来越多的关注。本文介绍了KIT-6常用的制备方法以及形成机理,对其在催化、吸附两大传统领域的应用做了简明的概述,这其中KIT-6显示出了低污染、低能耗、高性能等应用优势。随后,我们又对KIT-6在生活领域如医药等方面的重要应用价值作出了简要的分析,表明KIT-6是一种理想的实用型材料。事实证明,KIT-6作为一种结构特殊的载体,有利于客体分子在孔道内的流通,可以更好地发挥介孔材料的传质性能,在将来会有更加广阔的应用前景。
Mesoporous material KIT-6 has attracted more and more attention due to its textural advantages such as its moderate pore size,large specific surface area,highly ordered three-dimentional channel structure and so on.Firstly,we introduced some common preparation methods of KIT-6 and its forming mechanisms.KIT-6's performance in its traditional applications such as catalysis and sorption were presented,among which KIT-6 showed great advantages of low pollution,low energy consumption,high performance and so on.Its practical value such as medicinal function was also analyzed,which proved that KIT-6 was a sort of ideal material with practical applicability.It indicated that KIT-6 was in favor of the circulation of guest molecules in the pores so that it could develop the mass transfer performance better.We believe that KIT-6 will have an even broader application prospect in the future.
Mesoporous material KIT-6 has attracted more and more attention due to its textural advantages such as its moderate pore size,large specific surface area,highly ordered three-dimentional channel structure and so on.Firstly,we introduced some common preparation methods of KIT-6 and its forming mechanisms.KIT-6's performance in its traditional applications such as catalysis and sorption were presented,among which KIT-6 showed great advantages of low pollution,low energy consumption,high performance and so on.Its practical value such as medicinal function was also analyzed,which proved that KIT-6 was a sort of ideal material with practical applicability.It indicated that KIT-6 was in favor of the circulation of guest molecules in the pores so that it could develop the mass transfer performance better.We believe that KIT-6 will have an even broader application prospect in the future.
引文
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