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以丙烯酸为单体 ,Ni(NO3) 2 ·6H2 O为交联剂 ,采用低温等离子体引发其水溶液聚合 ,制得吸甲醇率达 64g/g、吸乙醇率达 48g/g的高吸醇树脂。考察了后聚合时间、单体质量分数、放电时间以及交联剂与单体质量比等操作参数对树脂吸醇率的影响 ,得出了试验条件下的最适宜合成条件。
Using acrylic acid as monomer and Ni (NO3) 2 · 6H2O as cross-linking agent, low temperature plasma was used to initiate the aqueous solution polymerization to obtain highly absorbent resin with methanol absorption rate of 64g / g and ethanol absorption rate of 48g / g . The effect of operating parameters such as post-polymerization time, monomer mass fraction, discharge time and mass ratio of crosslinking agent to monomer on resin absorption rate was investigated. The optimum synthesis conditions were obtained under the experimental conditions.