Abstract
The article describes the synthesis of acetylene amino alcohols based on secondary acetylene alcohol and amino compounds containing a hydroxyl group, the results of scientific research and their analysis to study the influence of factors such as temperature and catalyst on the yield of the product in the process. In the course of the work, a new type of acetylene amino alcohol was obtained with high efficiency as a result of the condensation reaction of ethanolamine (or diethanolamine) with hex-1-yn- 3-ol mediated by formaldehyde. Optimal conditions for carrying out synthesis processes have been determined. The mechanism of these chemical processes is explained on the basis of theoretical quantum chemical calculations of the reactivity of the starting substances.
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