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The Oxalic acid: 2-Chloroacetamide Crystallization: A new revelation

机译:草酸:2-氯乙酰胺结晶:新启示

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摘要

The OH of COOH can acts as both donor and acceptor of hydrogen bond. OH of COOH as an acceptor was primarily observed in Oxalic acid Amide complexes. In order to further understand the packing in these complexes, oxalic acid was complexed with 2-tricholoroacetamide. This crystallization resulted in the formation of ammonium tetraoxalate dehydrate. A result similar to what was observed in complexation of oxalic acid with amide containing amino acids (asparagine and glutamine). Interestingly in all these cases, the amide bond is broken, to form the ammonium ion when trying to complex with oxalic acid.
机译:CoOH的OH可以作为氢键的供体和受体。作为受体的哦,主要在草酸酰胺配合物中观察到。为了进一步理解这些配合物中的包装,草酸与2-三啉乙酰胺络合。这种结晶导致形成四氧酸铵脱水的铵。结果与含有氨基酸(天冬酰胺和谷氨酰胺)的酰胺络合在草酸中观察到的结果。有趣的是在所有这些情况下,酰胺键被破坏,在试图与草酸复合时形成铵离子。

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