有机粘土合成的介孔材料(MSCs)是用有机物或聚合物有机改性的粘土凝胶经过水热结晶,使得插层的粘土片层随机分散在聚合物基体中,然后焙烧脱去有机模板而制得.介孔半径的大小与聚合物质量百分含量及分子量大小有关.该类介孔材料可应用于加氢脱硫催化剂载体、分子的选择吸收、聚合物基纳米复合材料等领域.本文介绍了MSCs的制备方法及应用.
参考文献
[1] | Carrado K A;Marshall C L;Brenne J R et al.[J].Microporous and Mesoporous Materials,1998,20:17. |
[2] | Carrado K A;Xu L Q .[J].Microporous and Mesoporous Materials,1999,27:87. |
[3] | Grim R E.Clay Miner McGraw-Hill NY[M].,1968:68. |
[4] | Barrer R M;Dicks L W R.[J].Journal of the Chemical Society A:Inorganic Physical Theoretical,1967:1523. |
[5] | Carrado K A;Thiyagarajan P;Song K 等.[J].Clay Minerals,1997,32:29. |
[6] | Carrado-Gregar K;Winans R E;Botto R E .[P].U.S Patent.5308808,1994. |
[7] | Carrado K A;Thiyagarajan P;Winans R E 等.[J].Inorganic Chemistry,1991,30:794. |
[8] | Carrado K A;Thiyagarajan P;Elder D L 等.[J].Clays and Clay Minerals,1996,44:506. |
[9] | Carrado KA.;Song K.;Brenner JR.;Zajac GW. .CRYSTAL GROWTH OF ORGANOHECTORITE CLAY AS REVEALED BY ATOMIC FORCE MICROSCOPY[J].Langmuir: The ACS Journal of Surfaces and Colloids,1997(10):2895-2902. |
[10] | Carrado K A;Thiyagarajan P;Elder D L.[A].Marcel Dekker NY,1997:551. |
[11] | Carrado K A;Xu L .[J].,1998,10:1440. |
[12] | Carrado K A;Xu L;Seifert S .[J].Prepr Pap-Am Chem Soc,Fuel Chem Div,2000,45:320. |
[13] | Rosa-Brussin M F .[J].Catalysis Review-Science and Engineering,1995,37:1. |
[14] | Vasudevan P T;Fierro J L G .Catal Rev Sci Eng[J].Catalysis Review-Science and Engineering,1996,38:161. |
[15] | Carrado K A;Xu L;Marshall C L.[A].,2000:2. |
[16] | Ramesh K S;Edwin S O.Processing and Utilization of High-Sulfur Coals Ⅳ[M].Amsterdam:Elsevier,1991:377. |
[17] | Segal S R;Anderson K B;Carrado K A .[J].Applied Catalysis A:General,2002,231:215. |
[18] | Wu C G Bein T .[J].Science,1994,264:1756. |
[19] | Stucky G D;Almqvist N;Thomson N H .[J].Methods for Fabricating and Characterizing a New Generation of Biomimetic Materials,1999,7(01):37. |
[20] | Carrado K A .[J].Applied Clay Science,2000,17:1. |
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