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Dielectric Relaxations and Conductivity Mechanism of Nafion: Studies Based on Broadband Dielectric Spectroscopy

机译:Nafion的介电弛豫和电导机理:基于宽带介电谱的研究

摘要

The electrical performance of Nafion was investigated from -155 to 155°C in the frequency range from 10 mHz to 10 MHz and for two different hydration conditions. The electrical responses are mainly due to conductivity, electrode polarization and relaxation phenomena. These features were correlated to the molecular and nano-scale structure of the material and to the transition/relaxation phenomena observed in both DSC and DMA studies.
机译:在-155至155°C的温度范围(10 mHz至10 MHz)以及两种不同的水合作用条件下,研究了Nafion的电性能。电响应主要归因于电导率,电极极化和弛豫现象。这些特征与材料的分子和纳米级结构以及在DSC和DMA研究中观察到的过渡/松弛现象相关。

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