Causes and consequences of magneto-hydrodynamic instability in electrolysis processes for aluminum production
Authors:
About authors
- Postgraduate student G.V. Plekhanov Saint Petersburg Mining Institute
Abstract
Processes of aluminum electrowinning are frequently accompanied by magnetic and hydrodynamic instability. This phenomena leads to deterioration of the process characteristics and has to be compensated by a corresponding control system. The paper gives a summary of data processing on operation of a subsystem designed to detect and compensate metal agitation and describes a trend in software for automatic process control systems to compensate magnetic and hydrodynamic instability.
Область исследования:
Metallurgy
Funding:
None
Similar articles
Direction and features of corporate restructuring of oil and gas companies
2007 V. V. Kosovtsev, Yu. M. Mokhov
Experimental evaluation of transmission condition on the stand with closed power flow
2007 A. S. Fokin, A. A. Poddubnaya, S. L. Ivanov
Main tasks of development of mineral and raw material complex industries Tajikistan
2007 Z. Zh. Ziyaeva