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用茂钛配合物高效、高选择性催化4-乙烯基环己烯的异构化
引用本文:钱延龙,沙立克,蔡良珍,洪昆仑,吕家琪.用茂钛配合物高效、高选择性催化4-乙烯基环己烯的异构化[J].催化学报,1999,20(4):389-390.
作者姓名:钱延龙  沙立克  蔡良珍  洪昆仑  吕家琪
作者单位:East China University of Science and Technology,Shanghai Institute of Organic Chemistry,The Chinese Academy of Sciences
基金项目:国家自然科学基金;29734145;
摘    要:The catalytic species Cp2TiH], formed in situ from the reaction of titanocene dichloride with Grignard reagents having a β-H, was found to be a very effective catalytic system for isomerization of diolefin1~3]. Based on our previous work3], the titanium-catalyzed isomerization of 4-vinyl-cyclohexene (VCH) was studied in some detail. In this communication, we report the use of various substituted titanocene and polymer-supported titanocene complexes with Grignard reagents as catalyst for the isomerization of VCH. It was reported that base-catalyzed isomerization of VCH formed a very complicated mixture with 60 % conversion4].

关 键 词:异构化  配合物  均相催化  Ti
收稿时间:1999-08-25
修稿时间:1999年3月2日

HIGHLY EFFECTIVE AND SELECTIVE ISOMERIZATION OF 4-VINYL-CYCLOHEXENE CATALYZED BY TITANOCENE COMPLEXES
Qian Yanlong,Mohammed Abu Saleque,Cai Liangzhen,Hong Kunlun,Lǖ Jiaqi.HIGHLY EFFECTIVE AND SELECTIVE ISOMERIZATION OF 4-VINYL-CYCLOHEXENE CATALYZED BY TITANOCENE COMPLEXES[J].Chinese Journal of Catalysis,1999,20(4):389-390.
Authors:Qian Yanlong  Mohammed Abu Saleque  Cai Liangzhen  Hong Kunlun  Lǖ Jiaqi
Abstract:The catalytic species Cp2TiH], formed in situ from the reaction of titanocene dichloride with Grignard reagents having a β-H, was found to be a very effective catalytic system for isomerization of diolefin1~3]. Based on our previous work3], the titanium-catalyzed isomerization of 4-vinyl-cyclohexene (VCH) was studied in some detail. In this communication, we report the use of various substituted titanocene and polymer-supported titanocene complexes with Grignard reagents as catalyst for the isomerization of VCH. It was reported that base-catalyzed isomerization of VCH formed a very complicated mixture with 60 % conversion4].
Keywords:isomerization  4-vinyl-cyclohexene  titanocene complex
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