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An electrochemical impedance and ac-electrogravimetry study of PNR films in aqueous salt media

机译:盐介质中PNR薄膜的电化学阻抗和交流电重研究

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摘要

Electrochemical impedance spectra and ac-eletrogravimetry of poly(neutral red) films are studied in different aqueous media. The dependence of these experimental data on the nature of alkaline cation and monovalent anion present in the solution and on the pH is analysed. During the electrochemical processes, it is observed that all three species - the salt cation, the salt anion and the hydronium ion - participate to balance the electrical charge with the film. It is also possible to conclude that the participation of anions takes place faster than hydronium ions participation. Besides, the relative participation of these species is related to the pH of the solution.
机译:研究了在不同水性介质中聚(中性红)膜的电化学阻抗谱和交流电法。分析了这些实验数据对溶液中存在的碱性阳离子和一价阴离子的性质以及对pH的依赖性。在电化学过程中,观察到所有三种物质-盐阳离子,盐阴离子和水合氢根离子-参与平衡电荷与薄膜。还可以得出结论,阴离子的参与比水合氢离子的参与要快。此外,这些物质的相对参与与溶液的pH有关。

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