通过高压静电纺丝方法实现了微米/纳米材料的自组装和图案化,建立了一个在高压电场诱导下的微米/纳米材料的连续化形成的新方法,电镜结果表明聚乙烯吡咯烷酮(简称PVP)/锰卟啉纤维直径在3~4μm,长度在几百微米,实验中,卟啉环在锰卟啉/PVP系统中形成π-π堆积,形成面-面排列的堆积效应,这种驱动力是促进超分子化合物自组装的一种很好的构筑方式.
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