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N-羟甲基丙烯酰胺(N-MAM)具有可聚合的双键和可缩合的羟基,能进一步与其它烯烃化合物反应生成共聚物及交联产物,是一种有重要经济价值的水溶性功能高分子单体。苏联等曾进行过以醇钠为催化剂、丁醇为溶剂合成N-MAM的动力学研究。本文报导以碱为催化剂,以水为溶剂合成N-MAM的动力学研究。
N-Methylolacrylamide (N-MAM) has a polymerizable double bond and a condensable hydroxyl group, which can further react with other olefinic compounds to form copolymers and cross-linked products. It is a water-soluble function with important economic value Polymers. The Soviet Union had carried out the sodium alkoxide as catalyst, butanol as a solvent for the synthesis of N-MAM kinetics. In this paper, kinetics of N-MAM synthesis using alkali as a catalyst and water as a solvent has been reported.