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Kinetics and Mechanism of Oxidation of 1-Phenyl Ethyl Alcohol by Polymer Supported Chromic Acid

机译:聚合物负载的铬酸氧化1-苯基乙醇的动力学及机理

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Kinetics and mechanism of oxidation of 2-phenyl ethyl alcohol by polymer supported chromic acid has been extensively studied.Kinetic findings indicated zero order reaction kinetics in oxidants,substrates respectively.On the basis of experimental observed kinetic findings,the probable mechanism involving generation of free radical is suggested.The oxidation of alcohols into carbonyl compounds is an important transformation in organic synthesis.Although a large number of reagents are known in the literature,for such transformation there still appears a need either to improvise the existing oxidation methods or to introduce newer reagents to permit better selectivity under mild conditions and with easy work up procedures.Oxidation is certainly one of the most commonly employed reactions especially for oxidation of secondary alcohols.
机译:广泛研究了聚合物负载的铬酸氧化2-苯基乙醇的动力学和机理。动力学发现分别表明氧化剂,底物的零级反应动力学。根据实验观察到的动力学发现,可能的机理涉及游离自由基的产生醇氧化为羰基化合物是有机合成中的重要转变。尽管文献中已知有许多试剂,但对于这种转变,仍然需要即兴改进现有的氧化方法或引入更新的方法。氧化试剂无疑是最常用的反应之一,特别是对于仲醇的氧化而言。

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