机译:铝电解抗氧化涂层碳阳极
School of Materials and Chemistry, Jiangxi University of Science and Technology;
School of Materials and Chemistry, Jiangxi University of Science and Technology;
China Iron & Steel Research Institute Group;
School of Materials and Chemistry, Jiangxi University of Science and Technology;
School of Materials and Metallurgy117#, Northeastern University;
School of Materials and Metallurgy117#, Northeastern University;
School of Materials and Metallurgy117#, Northeastern University;
School of Materials and Metallurgy117#, Northeastern University;
Anti-oxidation; Carbon anode; Aluminum electrolysis;
机译:含铝添加剂对铝电解用碳阳极在空气中反应性和CO_2的影响
机译:含铝添加剂对铝电解用碳阳极在空气中反应性和CO_2的影响
机译:铝电解用SiC涂层惰性阳极的性能研究
机译:铝电解抗氧化涂层碳阳极
机译:两端大气二氧化碳的减轻:提高原代电池的钒二硼化物阳极材料的效率,二氧化碳直接电解成碳纳米管
机译:具有网络微观结构的TiBw / Ti6Al4V复合材料上热浸镀铝涂层的循环氧化行为和抗氧化机理
机译:电解制度对Anodecathode微弧氧化形成铝合金涂层结构和性能的影响
机译:铝电解槽中的碳阳极。影响阳极电位和碳消耗的因素