摘要
随着铝工业的快速发展,对铝电解电流效率也提出更高的要求。然而实际生产中可发现,铝电解电流效率所涉及的参数多以多变量为主,若操作技术、控制水平较差,将会制约电流效率进一步提高,加上较多操作工序、磁场设计、极距、氧化铝浓度以及槽温的不同,使电流效率易受到影响。若忽视对这些问题的有效控制,将造成铝电解电流效率过低,影响生产效益最大化目标的实现。本文将选择相应样品与试验方法,对铝电解电流效率的影响因素以及铝电解电流效率提升的方法进行探析。
With the rapid development of the aluminum industry, the aluminum electrolytic current efficiency also put forward higher requirements. However, the actual production can be found, the parameters of electrolytic current efficiency of a multi-multi-variable-based, if the technique, the level of control is poor, it will restrict the current efficiency is further improved, with more operating procedures, field design, pole distance, alumina concentration and bath temperature differences so that the current efficiency vulnerable. If you ignore the effective control of these issues, it will result in low aluminum electrolytic current efficiency and impact of production efficiency maximization. This article will select the appropriate sample and test methods, factors affecting aluminum electrolytic aluminum electrolytic current efficiency and current efficiency of the method.
出处
《世界有色金属》
2016年第4期120-121,124,共3页
World Nonferrous Metals
关键词
铝电解电流效率
影响因素
方法
aluminum electrolysis current efficiency
influencing factors
methods
