Abstract: The paper describes three-phase three-dimensional mathematical model of aluminum electrolytic cell, which takes into account the relationship of the four main groups of processes: the hydrodynamic, electromagnetic, thermal and electrochemical. The process of anode effect in electrolytic cell was researched with presented mathematical model. It was found that anode effect in some cases leads to MHD instability, which increases loss of metal.Note: Research direction:Mathematical modelling in actual problems of science and technic
SIGLEAvailable from TIB Hannover: RO 5810(150) / FIZ - Fachinformationszzentrum Karlsruhe / TIB - Te...
The development of modern industrial aluminum reduction cell towards the direction of higher line cu...
Aluminium metal production through electrolytic reduction of alumina in a cryolite bath is a complex...
During the aluminum electrolysis process aluminum is produced at the cathode and CO2 gas bubbles are...
The electric current and the associated magnetic field in aluminium electrolysis cells create effect...
Introduction. Magnetohydrodynamic (MHD) instabilities in aluminum re-duction cells (see Fig. 1) have...
Time dependent MHD or stability problems for the aluminium reduction cells are typically restricted ...
In this paper a 3-D mathematical model has been attempted with a view to improving the cell efficien...
A solution has been found to the long-standing problem of experimental modelling of the interfacial ...
There the study objects the electrolyzer to produce the aluminium. The purpose is to develop the num...
In order to get a better control over the anodization process of aluminium, it is necessary to obtai...
Electrolytic cells are used to produce aluminum from alumina ore. These cells use a carbon anode, a ...
A mathematical model for analysis and prediction of the performance of the aluminum-air cell has bee...
There the purposes are to study the non-electrical phenomena in the electrolyzer (the structure and ...
This work is concerned with a numerical simulation of the thermal behaviour of an electrolysis cell ...
SIGLEAvailable from TIB Hannover: RO 5810(150) / FIZ - Fachinformationszzentrum Karlsruhe / TIB - Te...
The development of modern industrial aluminum reduction cell towards the direction of higher line cu...
Aluminium metal production through electrolytic reduction of alumina in a cryolite bath is a complex...
During the aluminum electrolysis process aluminum is produced at the cathode and CO2 gas bubbles are...
The electric current and the associated magnetic field in aluminium electrolysis cells create effect...
Introduction. Magnetohydrodynamic (MHD) instabilities in aluminum re-duction cells (see Fig. 1) have...
Time dependent MHD or stability problems for the aluminium reduction cells are typically restricted ...
In this paper a 3-D mathematical model has been attempted with a view to improving the cell efficien...
A solution has been found to the long-standing problem of experimental modelling of the interfacial ...
There the study objects the electrolyzer to produce the aluminium. The purpose is to develop the num...
In order to get a better control over the anodization process of aluminium, it is necessary to obtai...
Electrolytic cells are used to produce aluminum from alumina ore. These cells use a carbon anode, a ...
A mathematical model for analysis and prediction of the performance of the aluminum-air cell has bee...
There the purposes are to study the non-electrical phenomena in the electrolyzer (the structure and ...
This work is concerned with a numerical simulation of the thermal behaviour of an electrolysis cell ...
SIGLEAvailable from TIB Hannover: RO 5810(150) / FIZ - Fachinformationszzentrum Karlsruhe / TIB - Te...
The development of modern industrial aluminum reduction cell towards the direction of higher line cu...
Aluminium metal production through electrolytic reduction of alumina in a cryolite bath is a complex...