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Electrochemical Preparation,Redox Behaviour and Stability of Some Electroactive Films Having Organic/Organic and Organic/Inorganic Hybrid Structures

机译:某些具有有机/有机和有机/无机杂化结构的电活性膜的电化学制备,氧化还原行为和稳定性

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摘要

Electrochemical polymerization of aniline from the electrolytic solutions containing (i) organic dyes,viz.,methylene blue or procion red and (ii) inorganic oxide,TiO2 leads to the formation of stand-alone electroactive polyaniline/methylene blue,polyaniline/procion red and polyaniline/TiO2 composite films,respectively.The presence of methylene blue,procion red and TiO2 significantly affects the rate of formation,morphology and the redox activity of the composite films.The electrochemical stability of the film at highly positive potential was also examined.The results based on cyclic voltammograms demonstrate that although overoxidative degradation takes place with the composite films,the extent of degradation is not as drastic as happened with the bulk polymer film suggesting a better electrochemical stability of the composite film relative to the bulk polyaniline one.
机译:苯胺从含有(i)有机染料,即亚甲基蓝或皮林红色和(ii)无机氧化物TiO2的电解液中进行电化学聚合,导致形成独立的电活性聚苯胺/亚甲基蓝,聚苯胺/皮辛红色和分别存在亚甲基蓝,procion红和TiO2显着影响复合膜的形成速率,形貌和氧化还原活性。还检查了该膜在高正电势下的电化学稳定性。基于循环伏安图的结果表明,尽管复合膜发生过氧化降解,但降解程度不像本体聚合物膜那样剧烈,这表明复合膜相对于本体聚苯胺具有更好的电化学稳定性。

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