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Olefin Metathesis over Mo-exchanged Zeolites: A Computational Review

机译:钼交换沸石上的烯烃复分解:计算综述。

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Recently, Sautet et al. (Chem. Rev., 2010, 110, 1788-1806) has given a comprehensive discussion on the surface organometallic species. In this review, a state-of-art understanding will be presented for catalysis of olefin metathesis within zeolites, where the active sites are generally distributed in the nanoscale channels instead of surfaces. It covers the generation of the Mo-carbene active sites from the various olefins, the cross metathesis of ethylene and 2-butylene over these Mo-carbene active sites, the effects of the Mo oxidation state and support acidity as well as the influence of the Al content. More studies are expected for the heterogeneous olefin metathesis such as zeolites, which seems more attractive than the homogeneous counterpart from the industrial point of view.
机译:最近,Sautet等人。 Chem.Rev。,2010,110,1788-1806)已经对表面有机金属种类进行了全面的讨论。在这篇综述中,将介绍分子筛中烯烃复分解催化的最新技术,其中活性位通常分布在纳米级通道而不是表面中。它涵盖了由各种烯烃生成Mo-卡宾活性位,乙烯和2-丁烯在这些Mo-卡宾活性位上的交叉复分解,Mo氧化态和载体酸度的影响以及碳的影响。铝含量。对于非均相烯烃复分解反应,如沸石,预计将有更多研究,从工业角度看,它比均相烯烃更具吸引力。

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