SPS-PMHS杂化的离子金属聚合物的性能研究
he performance of Ionic polymer-metal composites with SPS-PMHS as fillers
以聚苯乙烯为初始原料，经过磺化、酰化、胺基化、硅氢化反应制备出高分子聚合物（SPS-PMHS），红外光谱监控了整个合成过程。将SPS-PMHS掺杂在Nafion溶液中制备出其含量为33.3%IPMC复合材料。实验结果表明：杂化的IPMC薄膜的输出位移和纯IPMC薄膜相比有所降低，非水工作时间是纯的IPMC薄膜的2.7倍。
SPS-PMHS was total synthesized from polystyrene by sulfonation recation, acyation recation, amine reaction, hydrosilation reaction, the synthesis process was monitored by FTIR. The SPS-PMHS was homogeneously dispersed in Nafion matrix with doping level of 33.3wt%. The results demonstrated that the tip displacement of the actuator with doping of 33.3wt% is smaller than virgin actuator, but the non-water work time of the news actuator is 2.7 times than virgin actuator.
徐云霞、焦战士、郭东杰、戴振东、赵慧慧
材料科学高分子化合物工业电化学工业
IPMC，输出位移，SPS-PMHS，非水工作时间
Ionic polymer-metal composites displacement SPS-PMHS non-water work time
徐云霞,焦战士,郭东杰,戴振东,赵慧慧.SPS-PMHS杂化的离子金属聚合物的性能研究[EB/OL].(2012-03-06)[2025-08-16].http://www.paper.edu.cn/releasepaper/content/201203-221.点此复制
评论