中文摘要：

与自我排列的 nanofiber 数组装饰的各向异性的 polyaniline (PAni ) 盘子在热水的条件下面被综合。自我装配的结构的形成机制被在反应系统，和数字模拟与添加剂电解质在 PAni 微观结构上学习效果调查因为自我装配的 nanofiber 的生气角度上的系统的静电的精力的依赖在格子穿粗糙的 PAni 盘子。静电的相互作用在自我装配的 PAni 结构的形成基于离子的做的费用起一个重要作用，这被建议。

英文摘要：

Anisotropic polyaniline （PAni） plates decorated with self-aligned nanofiber arrays were synthesized under the hydrothermaI conditions. The formation mechanism of the self-assembled structures was investigated by studying the effect on PAni micro-structure with additive electrolyte in reaction system, and numerical simulation for dependence of systematic electrostatic energy on cross angles of self-assembled nanofiber arrays in grid textured PAni plates. It is proposed that the electrostatic interaction based on ionic doping charges plays an important role in the formation of the self-assembled PAni structures.