Development of flexible thermoelectric module using conducting polymer nanofiber

本研究的目的是研究PAT纳米纤维的热电性能，并制备PAT纳米纤维柔性热电组件。制备了PAT纳米纤维毡和PAT纳米纤维在常规聚合物中的复合膜，并对其塞贝克系数和电导率进行了测试。这些材料表现出显著的热电势效应，纳米纤维往往比非纳米纤维原始薄膜具有更高的效率。但是，这一优点被归因于更高的导电率，并且不能观察到窄线效应。该薄片模块还具有显著的热电势效应。

The purpose of this study was to research the thermoelectric properties of PAT nanofiber and to fabricate the flexible thermoelectric module of PAT nanofiber.The PAT nanofiber mat and composite film of PAT nanofiber embedded in a conventional polymer was prepared, and the Seebeck coefficient and conductivity was evaluated. These materials showed a significant thermopower effect, and the nanofiber tended to have higher efficiency than non-nanofiber pristine films. But, this advantage was ascribed to be higher conductivity, and a narrow-line effect cannot be observed.A flexible thermoelectric module of PAT nanofiber packed in a laminated film with electrodes was made. This sheet module also had a significant thermopower effect.