首页> 外文期刊>journal of applied polymer science >Electrical, thermal, and photo properties of poly(phenylene vinylene) precursors. II. Microwave‐induced elimination reactions in precursor polymer films
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Electrical, thermal, and photo properties of poly(phenylene vinylene) precursors. II. Microwave‐induced elimination reactions in precursor polymer films

机译:聚(苯乙烯)前驱体的电学、热学和光学特性。二、微波诱导的聚合物前驱体薄膜消除反应

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AbstractMicrowave radiation (MWR) was used to induce the elimination reaction of the poly(phenylene vinylene)–polyelectrolyte precursors polymer (PPV precursor) into the fully conjugated polymer. The process was applied mainly to the unsubstituted PPV and was followed by infrared spectroscopy. The extent of the elimination process was also determined from the amount of residual sulfur in the film after the irradiation process. The microwave‐induced elimination process was also attempted using PPV precursor films that had been impregnated with anionic compounds containing iron. The molecular mechanisms for the observations are discussed and comparison with the elimination reaction induced by other energy sources is also made. © 1994 John WileySons,
机译:摘要微波辐射(MWR)诱导聚亚苯乙烯-聚电解质前驱体聚合物(PPV前驱体)消除反应进入全共轭聚合物。该过程主要应用于未取代的PPV,然后是红外光谱。消除过程的程度也是根据辐照过程后薄膜中残留硫的量来确定的。还尝试使用浸渍有含铁阴离子化合物的PPV前体薄膜进行微波诱导的消除过程。讨论了观测结果的分子机理,并与其他能源诱导的消除反应进行了比较。© 1994 约翰·威利父子,

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