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Electrochemical synthesis of pyrrole through a polystyrene opal matrix

机译:通过聚苯乙烯蛋白石基质电化学合成吡咯

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摘要

Conducting Polypyrrole/Cl~- (Ppy/Cl) has been electrochemically prepared between the open void spaces in polystyrene synthetic opal crystal. The synthetic opal was formed by the sedimentation of colloidal polystyrene (ca. 315 nm) to produce self-assembled face centered cubic (fcc) films exhibiting opalescence. The voids between the colloids were filled by polypyrrole grown through opal deposited onto Indium-Tin-Oxide (ITO) glass slide or platinum coated PVFD filter. Electrochemical studies as well as UV-visible spectroscopic studies were conducted.
机译:已经在聚苯乙烯合成蛋白石晶体的开放空隙之间以电化学方式制备了导电的聚吡咯/ Cl-(Ppy / Cl)。合成蛋白石是通过胶态聚苯乙烯(约315 nm)的沉积形成的,以产生自组装的面心立方(fcc)膜,显示出乳光。胶体之间的空隙被聚吡咯填充,该聚吡咯是通过蛋白石生长的,该蛋白石沉积在铟锡氧化物(ITO)载玻片或涂有铂的PVFD过滤器上。进行了电化学研究以及紫外可见光谱研究。

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