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以紫外 /可见光分光光度计为检测手段 ,研究确定了水 /Span85 - Tween6 0 /环己烷反相微乳液体系的适宜条件如乳化剂含量、HL B值和溶水量值 ;进而在其中进行丙烯酰胺(AM)聚合反应和 Ag Cl、Zn S沉淀反应 ,制备了 Ag Cl/PAM、Zn S/PAM纳米复合微粒 ,并采用透射电镜 (TEM)观察了纳米微粒的形貌
UV / Vis spectrophotometer was used as a detection method to determine the suitable conditions of emulsifying agent, HLB value and water solubility in water / Span85 - Tween6 0 / cyclohexane reverse microemulsion system. Am (AM) polymerization and AgCl and ZnS precipitation reactions were carried out to prepare AgCl / PAM and Zn S / PAM nanocomposite particles. The morphology of the nanoparticles was observed by transmission electron microscopy (TEM)