Guerrero-Sanchez Carlos, Erdmenger Tina, Sereda Petr, Wouters Daan, Schubert Ulrich S
Laboratory of Macromolecular Chemistry and Nanoscience, Eindhoven University of Technology and Dutch Polymer Institute (DPI), P.O. Box 513, 5600 MB Eindhoven, The Netherlands.
Chemistry. 2006 Dec 4;12(35):9036-45. doi: 10.1002/chem.200600657.
Aqueous solutions of ionic liquids have been used as novel and environmentally friendly reaction media to synthesize and "control" the size of different cross-linked polymer beads by suspension polymerization reactions. It was found that the investigated ionic liquids can act as novel stabilizing agents of the suspensions as a result of their surface-active properties. The results have demonstrated that the average size of polymer beads can be varied from the macro- to the nanoscale and their surface area can also be "adjusted" by this synthetic approach. Furthermore, the use of a combination of ionic liquids and water for the synthesis of polymers, the simple isolation of the products formed in this polymerization procedure, as well as the recycling of the continuous medium for further reactions open up possibilities for the development of "new and green" polymerization processes.
离子液体的水溶液已被用作新型且环境友好的反应介质,通过悬浮聚合反应来合成并“控制”不同交联聚合物珠粒的尺寸。研究发现,所研究的离子液体因其表面活性性质可作为悬浮液的新型稳定剂。结果表明,聚合物珠粒的平均尺寸可从宏观尺度变化到纳米尺度,并且通过这种合成方法其表面积也可被“调节”。此外,将离子液体和水结合用于聚合物的合成、在该聚合过程中产物的简单分离以及连续介质用于进一步反应的循环利用,为开发“新型绿色”聚合工艺开辟了可能性。