Hybrid organicinorganic zeolites: status and perspectives
The modification of the properties of zeolites through the incorporation of organic groups into the framework is reviewed. Three main synthesis approaches are discussed: a) the incorporation of simple organic groups (mainly CH 2 ) into a known zeolite framework, b) the pillaring of pre-formed layere...
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Veröffentlicht in: | Catalysis science & technology 2016-04, Vol.6 (8), p.252-2527 |
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creator | Millini, Roberto Bellussi, Giuseppe |
description | The modification of the properties of zeolites through the incorporation of organic groups into the framework is reviewed. Three main synthesis approaches are discussed: a) the incorporation of simple organic groups (mainly CH
2
) into a known zeolite framework, b) the pillaring of pre-formed layered zeolite precursors, and c) the direct synthesis of microporous crystalline hybrid organicinorganic metallosilicates. For each of these topics, the most relevant results reported in the literature are provided together with some considerations on the future perspectives.
This Perspective article focuses on the recent progress and research directions in the preparation of hybrid organicinorganic zeolites for applications in heterogeneous catalysis. |
doi_str_mv | 10.1039/c5cy02057c |
format | Article |
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2
) into a known zeolite framework, b) the pillaring of pre-formed layered zeolite precursors, and c) the direct synthesis of microporous crystalline hybrid organicinorganic metallosilicates. For each of these topics, the most relevant results reported in the literature are provided together with some considerations on the future perspectives.
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2
) into a known zeolite framework, b) the pillaring of pre-formed layered zeolite precursors, and c) the direct synthesis of microporous crystalline hybrid organicinorganic metallosilicates. For each of these topics, the most relevant results reported in the literature are provided together with some considerations on the future perspectives.
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2
) into a known zeolite framework, b) the pillaring of pre-formed layered zeolite precursors, and c) the direct synthesis of microporous crystalline hybrid organicinorganic metallosilicates. For each of these topics, the most relevant results reported in the literature are provided together with some considerations on the future perspectives.
This Perspective article focuses on the recent progress and research directions in the preparation of hybrid organicinorganic zeolites for applications in heterogeneous catalysis.</abstract><doi>10.1039/c5cy02057c</doi><tpages>26</tpages></addata></record> |
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title | Hybrid organicinorganic zeolites: status and perspectives |
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