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Toward a simulation approach for alkene ring-closing metathesis: Scope and limitations of a model for RCM

机译:面向烯烃闭环复分解的模拟方法:RCM模型的范围和局限性

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摘要

A published model for revealing solvent effects on the ring-closing metathesis (RCM) reaction of diethyl diallylmalonate 7 has been evaluated over a wider range of conditions, to assess its suitability for new applications. Unfortunately, the model is too flexible and the published rate constants do not agree with experimental studies in the literature. However, by fixing the values of important rate constants and restricting the concentration ranges studied, useful conclusions can be drawn about the relative rates of RCM of different substrates, precatalyst concentration can be simulated accurately and the effect of precatalyst loading can be anticipated. Progress has also been made toward applying the model to precatalyst evaluation, but further modifications to the model are necessary to achieve much broader aims.
机译:已公开的揭示溶剂对二烯丙基丙二酸二乙酯7的闭环复分解(RCM)反应影响的模型已在较宽的条件范围内进行了评估,以评估其在新应用中的适用性。不幸的是,该模型过于灵活,并且公布的速率常数与文献中的实验研究不一致。但是,通过固定重要的速率常数值并限制所研究的浓度范围,可以得出关于不同底物的RCM相对速率的有用结论,可以准确地模拟前催化剂的浓度,并可以预期前催化剂负载量的影响。在将该模型应用于催化剂前评估方面也取得了进展,但是必须对模型进行进一步修改才能实现更广泛的目标。

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