在不同的沉积温度-修饰温度(25℃-25℃,15℃-25℃,15℃-15℃,10℃-10℃,7.5℃-15℃,7.5℃-7.5℃)设定下,以化学沉积的方法制备银型离子聚合物金属复合材料(Ag-IPMC),并对制得试样进行了表面形貌观察以及拉伸测试和动态位移测试.结果表明:制备温度在7.5～25℃范围内,反应温度越低,离子交换膜表面所沉积的银粒子团聚颗粒越细小.在7.5℃-7.5℃下制备试样比25℃-25℃下制备的试样团聚颗粒直径小60％.电极厚度受温度影响较大,不同温度下内、外层电极厚度差异明显(内:～130％,外:～70％);制备温度在15℃-15℃的试样具有最大的弹性模量(比最小值大28％).在实验温度范围内,最大驱动变形量随着反应温度的降低而增大,其最大值比最小值大80％.
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