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Citation: Wang Chaoyang, Yang Jihua, Dong Weimin, Pang Shufen. Cyclization Modification in Course of Cis-polymerization of Butadiene Initiated by Rare Earth Catalyst[J]. Chinese Journal of Applied Chemistry, ;1998, 15(6): 57-60. shu

Cyclization Modification in Course of Cis-polymerization of Butadiene Initiated by Rare Earth Catalyst

Changchun Institute of Applied Chemistry, Chinese Academy of Sciences, Changchun 130022

Received Date: 20 April 1998
Revised Date: 4 September 1998

Butadiene was polymerized to some extent in the presence of binary catalyst system NdCl₃° 3i-PrO H-AlEt₃ in toluene and the allylchloride was then added to the solution in order to cyclize the formed polybutadiene and cyclopolymerize the unreacted butadiene monomers. Influ-ences of the amount of rare earth catalyst, molar ratio of allylchloride to AlEt₃, cyclization reaction time and temperature, and concentration of the monomers on the cyclization reaction have been investi-gated. The microstructures of the end polymers have been characterized by IR and ¹H NMR measurements.
- butadiene,
- rare earth catalyst,
- cis-polymerization,
- allylchloride,
- cyclization,
- cyclopoly-merization
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