| 초록 |
With the advancement in informatization, lighter, smaller and more stable electronic products are more required. This trend is accelerating the development of high molecular substances, which are light, thermostable and have simple processes, rather than existing plastic or metal materials. In this study, a Bipolar styrene-type copolymer that contains materials; carbazole and harmane for the solution process, was designed and synthesized and a chemical and physical analysis of the synthesized copolymer was completed. Through these studies, it has effectively improving the re coupled to form the luminous efficiency of the charge of the bipolar by using the provided layer of a polymer that has an electron transfer delay characteristics become and then the flow of organic material by heat generated during driving, it is possible to expect the effect of ensuring the stability of the crystallization, the decomposition of such elements. |
