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利用冷冻刻饰电子显微镜(FF-TEM)技术研究了两亲分子溶液不同有序聚集体的结构,特别对一些两亲分子溶液体系形成的泡囊结构进行了详细的研究,探讨了聚集体结构的演变规律。对无剪切力下化学反应诱导L_3-相(海绵相)到层状Lα-相,手振荡层状Lα-相到多双层泡囊相及高剪切力作用下多双层泡囊相到单双层泡囊相的结构演变进行了冷冻刻饰电子显微镜追踪研究。首次报道了Zn~(2+)诱导的单链长表面活性剂溶液中泡囊相的形成。
The structures of different ordered aggregates of amphipathic molecules were investigated by using cryo-cut electron microscopy (FF-TEM). In particular, the vesicle structures formed by some amphiphile solution systems were studied in detail. The structure of aggregates The evolution of law. Under the condition of no shear stress, the chemical reaction between L 3 phase (sponge phase) and lamellar Lα-phase, lamellar Lα-phase to multi-layer vesicle phase and multi-layer vesicle phase Structural evolution of single and double vesicle phases was investigated by cryo-cut electron microscopy. The formation of vesicular phase in Zn 2+ -induced single-chain long-surfactant solution was first reported.