CAJ | 학술논문

以（NH4）2Ce（NO3）6/H2SO4为引发剂,通过化学接枝共聚反应在尼龙-6（N6）微孔膜上接枝了丙烯酸（AAC）,探讨单体AAC浓度、反应温度、交联剂BIS质量比对接枝率和膜过滤通量的影响.结果表明：单体浓度、反应温度、交联剂浓度均能影响聚丙烯酸（PAAC）接枝率和膜水通量.AAC的最佳浓度为6mg/mL,反应最佳温度为60℃,BIS的最佳质量比为单体量的5%.
이（NH4）2Ce（NO3）6/H2SO4위인발제,통과화학접지공취반응재니룡-6（N6）미공막상접지료병희산（AAC）,탐토단체AAC농도、반응온도、교련제BIS질량비대접지솔화막과려통량적영향.결과표명：단체농도、반응온도、교련제농도균능영향취병희산（PAAC）접지솔화막수통량.AAC적최가농도위6mg/mL,반응최가온도위60℃,BIS적최가질량비위단체량적5%.
Using (NH4)2Ce(NO3)6/H2SO4 as initiator, acrylic acid (AAC) was grafted on Nylon-6 (N6) microporous membrane by chemical graft copolymerization reaction. The monomer AAC concentration, reaction temperature and mass proportion of crosslinker BIS on the grafting yield and the flux of membrane filtration were investigated. The results suggested that all the above factors have effects on the poly acrylic acid (PAAC) grafting yield and water flux. The optimal AAC concentration is 6 mg/mL, the best reaction temperature is 60℃ and the best mass percentage of BIS is 5% of the monomer.