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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.
Preparation of Fe3O4 particles, and then mixed with reduced iron powder sintering Fe3O4-Fe composite anode, respectively, the chlorine evolution potential, cyclic voltammetry and enhanced electrolytic life and other experimental tests to optimize the composite anode optimum sintering temperature and the best Fe content, for practical Fe3O4-Fe composite anode provides a feasibility basis.