首页> 外文会议>International Conference on Polymer Processing >ELECTRO-CONDUCTIVE POLYMER NANOFIBRES: ELABORATION BY ELECTROSPINNING, CHARACTERIZATION AND ELECTROSTATIC ALIGNMENT ON SUBSTRATES
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ELECTRO-CONDUCTIVE POLYMER NANOFIBRES: ELABORATION BY ELECTROSPINNING, CHARACTERIZATION AND ELECTROSTATIC ALIGNMENT ON SUBSTRATES

机译:电导聚合物纳米纤维:通过静电纺丝,表征和静电对准在基材上进行阐述

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Electrospinning from polymer blend solutions allowed us to successfully produce PANi nanofibres. The PANi repartition into the nanowires was detennined by nano-SIMS. For the PEO/PANi blend nanowires, the conductive polymer seems more homogeneously distributed than for the PMMA/PANi blend nanowires which exhibit a phase separation. These observations will be correlated in the future with the nanowire electrical conductivity. Moreover, pure PANi nanotubes were prepared from PMMA templates. Their synthesis was followed by XPS, SEM and nano-SIMS. Finally, a simple method based on electrostatic steering allowed us to align these fibres.
机译:从聚合物共混物溶液静电液使我们能够成功地生产PANI纳米纤维。 PANI重置进入纳米线被纳米SIMS衍生。对于PEO / PANI混合物纳米线,导电聚合物似乎比对于具有相分离的PMMA / PANI混合物纳米线更均匀地分布。这些观察结果将来在未来与纳米线导电性相关。此外,纯PANI纳米管由PMMA模板制备。它们的合成之后是XPS,SEM和纳米SIM。最后,基于静电转向的简单方法允许我们对准这些纤维。

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