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In-Situ Spectroelectrochemical Study of Conductive Polyaniline Forms for Sensor Applications

机译:用于传感器应用的导电聚苯胺形式的原位光谱电化学研究

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Our contribution focuses on a correlative study of polyaniline (PANI) electropolymerisation and UV/VIS spectroscopy. PANI was prepared via electro-oxidation using a potentiodynamic method on commercial gold screen-printed electrodes (Au-SPE). By using an in-situ spectroelectrochemical method, the development of the polymer was observed from monomer, monomer oxidation to final polymer formation and its transformations between the oxidation forms. The results confirm the spontaneous doping of the polymer during the polymerisation, the instability of leucoemeraldine form in air and its two-stage oxidation to emeraldine form. The final conductive PANI deposited on Au-SPE will be used as sensor element for the detection of toxic organic compounds.
机译:我们的贡献侧重于对多苯胺(PANI)电聚合和UV / VI光谱的相关性研究。通过在商业金丝网印刷电极(AU-SPE)上使用电位动力学方法通过电氧化制备PANI。通过使用原位光谱电化学方法,从单体,单体氧化到最终聚合物形成的溶液和氧化形式之间的转化,观察到聚合物的显影。结果证实了聚合过程中聚合物的自发掺杂,空气中的渗透液形式的不稳定性及其两级氧化至祖母绿形式。沉积在Au-SPE上的最终导电持续的PANI将用作检测有毒有机化合物的传感器元件。

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