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减少电磁力对生产过程的影响是大容量电解槽设计和运行时的重要问题之一。在这方面所进行的研究阐明了形成磁场的基本规律,并能够研究设计出目前已采用的合理母线结构。除电解槽的导电元件外,电解槽的铁磁元件对磁场的特性有很大影响。若改变一下其相互位置,或是将其换成非磁性材料,就能够显著地影响到熔体中磁场分布特性。在动力学院在物理模型所进行的研究表明,在上部导电的
Reducing the influence of electromagnetic force on the production process is one of the important issues in the design and operation of large-capacity electrolyzers. The research carried out in this area elucidated the basic laws governing the formation of a magnetic field and was able to study the design of the rational bus structure that has been used so far. In addition to the conductive elements of the cell, the ferromagnetic element of the cell has a great influence on the properties of the magnetic field. Changing the mutual position or changing it to a nonmagnetic material can significantly affect the magnetic field distribution in the melt. Research conducted at the Institute of Dynamics Physics model shows that the upper conductive