共轭烯烃

运用我们建议的SC一HMO方法优化了有机共轭烯烃的DELPHIMM力场。

DELPHI Molecular Mechanics ( MM ) force field for organic conjugated hydrocarbons has been optimized with self - consistent HMO ( SC - HMO ) method that is first suggested by us .

首次合成了多种新的MCM-41分子筛固载胺钯（0，Ⅱ）配合物，研究了其催化碘代芳烃与共轭烯烃的Heck偶联反应的性能。

A number of new MCM-41 molecular sieve supported amine-palladium ( 0 , II ) complexes were prepared and their catalytic performances in the Heck arylation of alkenes were studied .

对共轭烯烃加成特点的理论解释

A Theoretical Explanation About The Feature of Conjugated Olefines Addition

含一个杂原子共轭烯烃的能级图解法

Graphic Solution of the HMO Energy of Small Conjugate Molecules Containing a Heteroatom

烯烃与溴、碘的加成及非共轭烯烃与氯的加成以反式为主，而共轭的芳烯烃与氯则以顺式加成为主；

The addition of alkene and bromine 、 iodine , non-conjugate alkene and chlorine were mainly in Trans-Addition . and the addition of conjugate aromatic alkene and chlorine were mainly in Cis-Addition .

多核Nd－Al双金属配合物对共轭双烯烃的聚合Ⅲ.溶剂等因素的影响

Conjugated Diene Polymerization Catalyzed by Polynuclear Nd-Al Bimetallic Complex ⅲ . Influences of Solvent and Other Factors

稀土-其它过渡金属混合催化剂用于共轭双烯烃的聚合&Ⅰ.（NdCl3+FeCl3）·nphen-AlH（i-Bu）2体系对丁二烯聚合

Polymerization of conjugated dienes with mixed catalyst of rare earth and other transition metals I. butadiene polymerization in the presence of ( ndcl_3 + fecl_3 )· nphen-alh ( i-bu ) _2 catalytic system

一种共轭双烯烃聚合的高效催化体系&乙酰丙酮铁-烷基铝-含氮配位体

A novel highly active catalytic system for the polymerization of conjugated diolefins