基于Si—O—C结构,合成了一种新型水敏感的Y型两亲性聚合物,研究了其在无水环境下的自组装行为。以水诱导组装体形成,研究了该物质的水敏感程度。结果表明,在0.6 m L/min的诱导速率及70%水含量下,合成的Y型两亲性聚合物自组装形成多层囊泡结构,这种多层囊泡具有一定的水解稳定性,且具有温敏性和p H响应性。 Based on the structure of Si-O-C, a novel water-sensitive Y-amphipathic polymer was synthesized and its self-assembly behavior under anhydrous environment was studied. The formation of water-induced assemblies was studied and the water-susceptibility of the material was studied. The results showed that the multilamellar vesicles were self-assembled by the self-assembled Y-type amphiphilic polymers at the induction rate of 0.6 m L / min and the water content of 70%. The multilamellar vesicles had some hydrolytic stability, And has temperature sensitivity and p H responsiveness.