在国家自然科学基金连续资助下,南京大学薛奇教授及其合作者长期系统地研究了杂环化合物单体在金属表面进行化学及电化学聚合的基本规律,制备了分子有序排列的导电聚噻吩薄膜,其拉伸强度甚至超过金属铝,并具有导电性稳定的特点,这些成果在国际学术界产生了较大影响。他们成功地将理论研究成果应用于高分子基复合材料的分子设计 Under the continuous funding of the National Natural Science Foundation of China, Professor Xue Qi and his collaborators at Nanjing University have systematically studied the basic rules for the chemical and electrochemical polymerization of heterocyclic compounds on the metal surface, and prepared a series of molecularly ordered conductive poly Thienyl film, its tensile strength even exceeds the metal aluminum, and has the characteristics of electrical stability, these achievements have a greater impact in the international academic community. They successfully applied the theoretical research results to the molecular design of polymer matrix composites