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Study on Electrocarboxylation of [(4-Methoxy-Benzylidene)-Amino] - Acetic Acid Ester

机译:[(4-甲氧基-苄叉基)-氨基]乙酸酯的电羧化研究

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In an undivided cell, the electrocarboxylation of [(4-methoxy-benzylidene)-amino] - acetic acid esterbearing an aliphatic substituent on the amine fragment was first investigated in the DMF solutionunder the atmospheric pressure of carbon dioxide using magnesium rod as the sacrificial anode. As aresult, C-carboxylated, N-carboxylated and C,N-dicarboxylated products were isolated as their methylesters whose yields were influenced by various reaction conditions including the supportingelectrolyte, cathode material, current density, charge passed and temperature. Using glassy carbon asthe working electrode, the electrochemical behavior of the aryl alkyl substrate was studied by cyclicvoltammetry. Based on the character in the absence and presence of carbon dioxide, the possibleelectrocarboxylation mechanism was postulated accordingly.
机译:在一个未分割的电池中,首先在DMF溶液中,在二氧化碳的大气压下,以镁棒为牺牲阳极,研究了胺片段上带有脂族取代基的[(4-甲氧基-亚苄基)-氨基]-乙酸酯的电羧化。结果,分离出C-羧化,N-羧化和C,N-二羧化产物作为它们的甲酯,其收率受多种反应条件的影响,所述反应条件包括支持电解质,阴极材料,电流密度,通过的电荷和温度。以玻璃碳为工作电极,通过循环伏安法研究了芳基烷基底物的电化学行为。基于不存在和存在二氧化碳的特征,据此推测可能的电羧化机理。

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