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An Electrochemical Procedure Coupled with a Schiff Base Method; Application to Electroorganic Synthesis of New Nitrogen-Containing Heterocycles

机译:电化学程序与席夫基础法耦合;施加到含新氮杂环的电动重组合成

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The synthesis of Nitrogen-containing heterocycles has been achieved using chemical and electrochemical methods, respectively. The direct chemical synthesis of nucleophiles proceeds through the Schiff base chemical reaction. This procedure offers an alternate reaction between dicarbonyl compounds and diamines leads to the formation of products. The results indicate that the Schiff base chemical method for synthesis of the product has successfully performed in excellent overall yield. In the electrochemical step, a series of Nitrogen-containing compounds were electrosynthesized. Various parameters such as the applied potential, pH of the electrolytic solution, cell configuration and also purification techniques, were carried out to optimize the yields of corresponding products. New Nitrogencontaining heterocycle derivatives were synthesized using an electrochemical procedure coupled with a Schiff base as a facile, efficient and practical method. The products have been characterized after purification by IR, ~1H NMR, ~(13)C NMR and ESI-MS~2.
机译:使用化学和电化学方法实现了含氮杂环的合成。亲核试剂的直接化学合成通过Schiff基础化学反应进行。该方法提供二羰基化合物和二胺之间的替代反应,导致产品的形成。结果表明,产品合成席克夫基化学方法成功地以优异的总产量进行。在电化学步骤中,将一系列含氮化合物进行电酸化。进行各种参数,例如施加电位,电解溶液的pH,电池构型和纯化技术,以优化相应产物的产率。使用与席夫底座相结合的电化学程序作为容易,有效和实用的方法,合成了新的氮损伤的杂环衍生物。通过IR,〜1H NMR,〜(13)C NMR和ESI-MS〜2纯化后,已经表征了该产品。

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