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MoCl_5与n-C_7H_(15)COOH的取代反应及其产物对丁二烯聚合活性
引用本文:刘亦凡,陈滇宝,董纪元,唐学明.MoCl_5与n-C_7H_(15)COOH的取代反应及其产物对丁二烯聚合活性[J].应用化学,1994(1).
作者姓名:刘亦凡  陈滇宝  董纪元  唐学明
作者单位:青岛化工学院化学工程系
基金项目:国家自然科学基金资助课题
摘    要:研究了MoCl5与n-C7H15COOH间的取代反应条件,如反应温度和时间等,对取代反应产物MoCl5-m(n-C7H15COO)m的影响,讨论了产物的紫外可见光谱,测定了由取代产物组成的铝催化剂对丁二烯聚合反应的活性,结果表明,随着MoCl5中氯的取代量(m=2~4)的增加聚合活性迅速降低。

关 键 词:五氯化钼,正辛酸,Zlegler-Natta催化体系,丁二烯聚合

Products of Substituftion Reaction Between MoCl5 and C7H15COOH and Their Enects on Butadiene Polymerization
Liu Yifan, Chen Dianbao, Dong Jiyuan and Tang Xueming.Products of Substituftion Reaction Between MoCl5 and C7H15COOH and Their Enects on Butadiene Polymerization[J].Chinese Journal of Applied Chemistry,1994(1).
Authors:Liu Yifan  Chen Dianbao  Dong Jiyuan and Tang Xueming
Abstract:The effects of the conditioiis of reaction between MoCl5 and,n-C7H15 COOH on thenumber of chlorine atorn in MoCl5 substituted by functional group C7H15 COO have beenstudied. The UV- Vis spectra of the exchange products MoCl5 m(n-C7H15 COO )m were dis-cussed and assigned. The catalytic activity of the molybdenum catalyst system containingMoCl,m(n-C7H15 COO)m for butadiene polymerization was found to be decreased rapidly withincreasing the number of substituted chlorine atoms in MoCl5.
Keywords:molybdenum pentachoride  octanoic acid  Ziegler- Natta catalyst  butadiene poly merization
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