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Kinetic study of pyrrole polymerization with iron (III) chloride in water

机译:吡咯与水中氯化铁(III)聚合的动力学研究

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AbstractThe chemical synthesis of polypyrrole in water, with FeCl3as an oxidant of pyrrole, was investigated. During these experiments in ambient air, a large evaporation of pyrrole was observed. Moreover, a kinetic study of pyrrole disappearance by high‐performance liquid chromatography (HPLC), with various FeCl3concentrations, proved that the polymerization is first order with respect to the pyrrole and second order with respect to the FeCl3. These kinetics can be explained by the formation of an intermediary FeCl3–pyrrole complex as the first step of the polymerization. The second step, which is rate‐determining, is the pyrrole oxidation by FeCl3, © 1994 John WileySon
机译:摘要 研究了聚吡咯在水中的化学合成,其中FeCl3是吡咯的氧化剂。在环境空气中的这些实验中,观察到吡咯的大量蒸发。此外,高效液相色谱(HPLC)对不同FeCl3浓度的吡咯消失的动力学研究证明,聚合反应相对于吡咯是一级的,相对于FeCl3是二级的。这些动力学可以通过中间体FeCl3-吡咯络合物的形成作为聚合的第一步来解释。第二步是速率决定的,是FeCl3的吡咯氧化,© 1994 John Wiley&Son

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