中文摘要：

导电聚苯胺（PANI）由于具有合成工艺简单、环境稳定性好、独特的电学和光学性质等特点而备受关注，广泛应用于化学和生物传感器、电子显示器及超级电容器等领域．另外，导电高分子的微纳米结构也被应用于发光二极管、电致发光器件及传感器等方面．

英文摘要：

We developed a method for patterning organic light emitting molecules with polyaniline（PANI） microstructure as a template.Its microstructure was characterized with atomic force microscopy（AFM）.PANI microstructure was treated with O2 plasma at low power and short time to get the hydroxyl groups on the silicon substrate,meanwhile,which can minimize the impact on PANI structure.We modified the structure with fluoro-silane reagent through self-assembly to make substrate bearing different surface energies on different areas.Finally,we deposited dyes on substrate by evaporation.The results show that the dyes on the fluoro-silane monolayer can move toward the PANI structure during storage duration and form the structure of organic light emitting molecules.