RAFT controlled polymerisation of methyl methacrylate in various room temperature ionic liquids (RTILs) was carried out to investigate the effect of the anion on both propagation rate and control of molecular weight; a novel RAFT-tethered ionic liquid was prepared by “click” type chemistry to act as a compatibiliser thereby overcoming partitioning effects that were observed with the free RAFT agent and resulted in high levels of control never before achieved using RAFT in such a broad range of RTILs.
在各种室温
离子液体 (RTIL) 中进行
甲基丙烯酸甲酯的 RAFT 控制聚合,以研究阴离子对增长速率和分子量控制的影响;通过“点击”型
化学制备了一种新型 RAFT 束缚
离子液体,作为增容剂,从而克服了用游离 RAFT 试剂观察到的分配效应,并导致在如此广泛的范围内使用 RAFT 从未实现过高
水平的控制RTIL。