聚氯丁二烯

多官能团不饱和单体对聚氯丁二烯辐射交联的敏化效应初探

The sensitizing effect of polyfunctional monomers on the radiation crosslinking of polychloroprene

单体转化率对聚氯丁二烯微观结构的影响

Effect of polymerization conversion on Microstructure of polychloroprene

用碘仿作为退化链转移剂，采取以上方法先制得碘原子封端结构的聚氯丁二烯（PCP-I）.然后，用PCP-I作为大分子链转移剂，在AIBN引发下，进行苯乙烯的溶液聚合。

Adopting iodoform as chain-transfer agent , the iodine atom-ended polychloroprene was prepared first in accordance with the aforementioned method . Then styrene solution polymerization was conducted in toluene with AIBN as initiator and the above obtained polychloroprenes as macro-chain transfer agents .

首先，用碘仿作为退化链转移剂，按照传统粘接型CR-244氯丁橡胶大生产配方及反应条件，进行了氯丁二烯的低温乳液聚合，得到一定分子量的聚氯丁二烯（PCP-I）种子乳液。

In the first place , based on the domestic traditional industrial large-scale production formula and reaction conditions of adhesive type CR-244 , the chloroprene free radical emulsion polymerization was performed by iodoform as the degenerative chain transfer agent to obtain the iodine atom-ended polychloroprene seed latex .

端异丙黄原酰硫基液体聚氯丁二烯的性能及应用研究

Properties and applications of terminated iso-propyl xanthic sulfide liquid neoprene rubbers

端羧基液体聚氯丁二烯的合成、表征及对环氧树脂的增韧作用

Synthesis and characterization of liquid carboxyl-terminated polychloroprene and its toughening effect for epoxy resin