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Ru催化的C-H键的活化反应
引用本文:余世超,麻生明.Ru催化的C-H键的活化反应[J].有机化学,2002,22(5):307-317.
作者姓名:余世超  麻生明
作者单位:中国科学院上海有机化学研究所金属有机化学国家重点实验室,上海,200032
基金项目:上海市优秀学科带头人资助项目
摘    要:概述了Ru催化的碳氢键的活化反应,包括C-H/烯烃,C-H/炔径和C-H/CO/烯烃 偶联反应,加氢酰化反应,硅化反应。

关 键 词:活化  偶联  反应  加氢反应  酰化    催化剂  烯烃    氢键

Activation reactions of Ru-catalyzed arylic or olefinic C-H bonds
YU,Shi Chao MA,Sheng Ming.Activation reactions of Ru-catalyzed arylic or olefinic C-H bonds[J].Chinese Journal of Organic Chemistry,2002,22(5):307-317.
Authors:YU  Shi Chao MA  Sheng Ming
Institution:State Key Laboratory of Organometallic Chemistry, Shanghai Institute of Organic Chemistry, Chinese Academy of Sciences.Shanghai (200032)
Abstract:In the last few years, much has been learned about the transition metal catalyzed activation of arylic or olefinic C-H bonds. An important extension of these reactions such as C-H/olefin, C-H/acetylene, C-H/CO and C-H/CO/olefin couplings, hydroacylation and silylation can be regarded as practical tools, for these reactions exhibit high selectivity, high efficiency and wide applicability. Especially the C-H/CO/olefin coupling protocol can be a useful complementary method to Friedel Crafts reaction, since it takes place even when there're electron withdrawing groups in the aryl groups of substrates. In these reactions the coordination of the substrates to the ruthenium center in the catalyst complex is a necessary prerequisite for the reactions to proceed. In this paper, we'll survey the Ru catalyzed functionalizations of C-H bonds that were published up to the end of 2000. These catalytic reactions involve a step of nucleophilic addition by a ruthenium complex. The factors affecting the selectivity shown by different catalysts are also discussed.
Keywords:ruthenium complex  C-H bond  activation  coupling  hydroacylation  silylation  
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