作　　者： (王延杰）; (汝杰）; (赵东旭）; (王田苗）; (沈奇）; (陈花玲）; (朱灯林）;

机构地区： 河海大学机电工程学院,常州213022

出　　处： 《材料导报》 2017年第15期24-29,共6页

摘　　要： 离子聚合物-金属复合材料(Ionic polymer-metal composites,IPMC)是一种新型的智能材料,由于其具有良好的机电转换能力且本体柔软,可以制作成多种驱动器和传感器,因而在各个领域中展示出巨大的应用潜力。这种材料的机电性能受多种因素影响,其电极界面是重要影响因素之一。文章回顾了近几年来国内外针对IPMC材料的界面电极特性所做的研究工作,归纳了优化电极界面的主要措施,并提出一种有效提高IPMC材料电极界面的制备工艺设计思路。 As a type of emerging smart materials,ionic polymer-metal composites（IPMC）consisting of polymer matrix and metal electrodes have a good electromechanical conversion capability.It can be made into a variety of actuators and sensors easily,which show great potentials in various fields.Mechanical and electrical properties of IPMC are affected by many factors,among which the electrode interface is one of the important factors.This paper reviews domestic and foreign research works on the electrode interface characteristics of IPMC in recent years,summarizes the main methods to optimize the electrode interface and proposes an effective design ideas to improve the preparation process of electrode interface of IPMC.

关 键 词： 离子聚合物 金属复合材料 电极界面 制备工艺 化学镀 智能材料