| 초록 |
The driving force on conjugated polymeric materials has been to improve the processibility in aqueous media, to increase the speed of electrochromic switching, and to achieve the increased charge storage performance of polymer-based batteries. Here, we report a facile synthetic method for the water-soluble conjugated polymer by the hydrolysis of the precursor polymer, poly(diethyldipropargyl malonate). This polymer was characterized by such instrumental methods as NMR (1H- and 13C-), IR, UV-visible spectroscopies to have a conjugated polymer backbone system with the two carboxylic acids as substituents at 4-carbon. This polymer was completely soluble in polar organic solvents and well processible. The electric and electro-optical properties of the resulting polymer were studied. |
