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首页> 外文期刊>Corrosion science >Charge trapping in bilayers of conducting polymers under open circuit conditions: a protection of conducting polymer films from spontaneous charging /discharging
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Charge trapping in bilayers of conducting polymers under open circuit conditions: a protection of conducting polymer films from spontaneous charging /discharging

机译:开路条件下导电聚合物双层中的电荷俘获:防止导电聚合物膜自发地充电/放电

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摘要

Spontneous charging/discharging processes of polymers: polypyrrole and poly (N-methyl- pyrrole), doped with perchlorate (anion exchanging PPy and PMPy, respectively) and poly (4-styrenesulphonate) ions (cation exchanging PPy(PSS) and PMPy(PSS)) occurring in aqueous electrolyte solutions were studied using different electrochemical techniques. These reactions (oxidation of the polymer by dissolved oxygen and discharge of the polymer redox capacitance) are usually undesired processes leading to alteration of the charge accumulated in the polymer films. This paper points out that these processes can be significantly limited in polymer bilayers due to effect of charge trapping.
机译:聚合物的自发充电/放电过程:聚吡咯和聚(N-甲基吡咯),分别掺杂高氯酸根(分别与阴离子交换PPy和PMPy)和聚(4-苯乙烯磺酸根)离子(阳离子交换PPy(PSS)和PMPy(PSS) ))使用不同的电化学技术研究了在电解质水溶液中发生的现象。这些反应(通过溶解的氧进行的聚合物的氧化和聚合物的氧化还原电容的放电)通常是不期望的过程,其导致聚合物膜中累积的电荷的改变。本文指出,由于电荷俘获的影响,这些过程在聚合物双层中可能受到明显限制。

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