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采用高铝水泥作为粘结剂,石墨作为导电填料,通过室温模压的方法制备了导电复合材料,拟用于制作质子交换膜燃料电池的双极板.对石墨/高铝水泥复合材料双极板的电性能和力学性能的影响因数进行了分析和评价,并测量了该复合材料双极板的含水量、凝胶毛细孔尺寸分布和氢气渗透性.实验结果表明: 含有60wt%石墨的石墨/高铝水泥模压复合材料双极板的电导率和力学强度基本上可以同时满足质子交换膜燃料电池的使用要求; 并且该复合材料双极板含有凝胶毛细孔,约具有7wt%的含水量,具有自增湿功能; 此外,氢气渗透率也较低.

参考文献

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