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新型Fe₃O₄-Fe复合阳极的研制

Study on the New Type Fe₃O₄ composite Anode

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【Author】 XIONGXin-yong~(1), FANLie-peng~(1), WANG Mao-hua~(2), GUOQi-long~(1), HONGYan-ping~(1), HUANGChang-hui~(1), WU Jia-lin~(1) (1.Fujian Institute of Research on the Structure of Matter,Chinese Academy of Sciences,Xiamen 361012,China,2. Fuzhou Gas Company, Fuzhou 350002, China )

【机构】中国科学院福建物质结构研究所；福州市煤气公司；中国科学院福建物质结构研究所福建厦门361012；福建厦门361012；福建福州350002；福建厦门361012；

【摘要】制备超细Fe3O4颗粒,然后与还原铁粉混合烧结制成Fe3O4-Fe复合阳极,分别进行析氯电位、循环伏安和强化电解寿命等实验测试,优化该复合阳极的最佳烧结温度和最佳Fe含量,为实用型Fe3O4-Fe复合阳极的制作提供了可行性依据.更多还原

【Abstract】 An ultrafine powder of magnetite has been prepared, and used to prepare the composite anode of Fe₃O₄-Fe by sintering method. The voltage of chlorine evolution、polarization curves、service life and mass loss, and the optimum sintering temperature and the weight ratio of the sintered powder have been investigated. All results showed that the method of preparing the practical Fe₃O₄-Fe composite uniform anode is feasible.更多还原