对导电高分子感兴趣的课题之一是用它作电池的电极材料以代替金属电极。除了导电高分子比重轻之外,在电极反应过程中,它的母体不发生溶解,在电极表面也不产生沉积现象。这种特性对蓄电油来说是十分重要的,而金属电极不具备这种性能。 Mac Diarmid首次用导电高分子聚乙炔构成电池。P型掺杂的聚乙炔电池能在较大电流密度下充放电,但它的稳定性较差;n型掺杂的聚乙炔电池,其稳定性相当好,而且能充 One of the topics of interest to conductive polymers is to use it as a battery electrode material instead of a metal electrode. In addition to the light weight of the conductive polymer, its parent does not dissolve during the electrode reaction and does not deposit on the surface of the electrode. This feature is very important for the storage of oil, and metal electrodes do not have this performance. Mac Diarmid for the first time with conductive polymer polyacetylene battery. P-doped polyacetylene batteries can charge and discharge at a higher current density, but its stability is poor; n-doped polyacetylene batteries, the stability is quite good, and can charge