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Selective Oxidation of Methane and Its Homologues to Alcohols Catalyzed by Gold Compounds and a Proposed Reaction Mechanism

机译:金化合物催化甲烷及其同系物选择性氧化为醇的反应机理

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摘要

Gold complexes with the bioflavonoid rutin in water catalyze the selective oxidation of methane to methanol by air at room temperature and atmospheric pressure like it occurs in bacteria Micrococcus luteus [1]. The present work is aimed at extending the scope of substrates to the nearest methane homologues, ethane and propane, and at studying the mechanism of oxidation of methane and its homologues.
机译:金与生物类黄酮芦丁在水中的复合物可在室温和大气压下催化甲烷将甲烷选择性氧化为甲醇,就像在黄细菌微球菌中一样[1]。目前的工作旨在将底物的范围扩展至最接近的甲烷同系物,乙烷和丙烷,并研究甲烷及其同系物的氧化机理。

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