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Syntheses and electric conductivities of poly (methyl vinyl ketone–co–maleic anhydride)s reacted with phosphorus oxychloride

机译:聚(甲基乙烯基酮-共-马来酸酐)与三氯氧磷反应的合成和电导率

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AbstractElectric conductivity of poly (methyl vinyl ketone‐co‐maleic anhydride) (poly (MVK‐co‐MAH)) reacted with phosphorus oxychloride was investigated. It was found that conductivities were strongly dependent on the POCl3treatment time and concentration for poly (MVK‐co‐MAH), but were not appreciably affected by the mol fraction of MAH and copolymerization temperature when the precursor copolymer was obtained. The conductivities of the poly (MVK‐co‐MAH)s treated with POCl3were of the order of 10‐6to 10‐9S cm‐1. The conductivity of the poly (MVK‐co‐MAH) increased with the treatment time and concentrations of POCl3. ©
机译:摘要 研究了聚(甲基乙烯基酮-共-马来酸酐)(聚(MVK-co-MAH))与三氯氧磷反应的电导率。结果表明,电导率与POCl3处理时间和聚(MVK-co-MAH)浓度有很大关系,但当获得前驱体共聚物时,电导率不受[MAH]的摩尔分数和共聚温度的明显影响。用POCl3处理的聚(MVK-co-MAH)s的电导率为10-6至10-9S cm-1。聚乙烯(MVK‐co‐MAH)的电导率随POCl3处理时间和浓度的增加而增加。©

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