Add to ORKGAutopsies of six spent potlinings with different carbon cathode block grades, amperage regimes and cell technologies were conducted at three separate smelters to reveal possible mechanisms causing cathode wear. Microstructure of the cathode samples from the autopsies was investigated by optical and electron microscopy and X-ray computed tomography, while the composition of solid bath at the surface and in the interior pores were investigated by X-ray diffraction and electron microscopy
The sodium expansion and creep strain of semi-graphitic cathodes are investigated using a modified R...
The formation and dissolution of aluminium carbide under conditions similar to the chemical and elec...
The anode degradation of electrographitic materials was investigated in concentrated oxyacid electro...
Autopsies of six spent potlinings with different carbon cathode block grades, amperage regimes and c...
To investigate cathode wear, an autopsy of a shutdown aluminium electrolysis cell was conducted. The...
Uneven cathode wear is one of the key challenges for the lifetime of aluminium electrolysis cells. H...
Postprint version of published article. Original available at http://dx.doi.org/10.1007/978-3-030-05...
The aluminium smelters are continually trying to increase their production either by designing high ...
The lifetime of an aluminum electrolysis cell is mainly determined by the cathode wear, especially f...
The aluminium industry is continually facing the problem to lower the energy consumption and to incr...
Interaction between electrolyte and carbon cathodes during the electrolytic production of aluminium ...
The extent to which the carbon cathode is wetted by molten electrolyte or molten aluminium metal is ...
AbstractIn order to treat a used cathode of carbon block from electrolytic aluminum factory harmless...
The objective of this study was to investigate the presence of cyanide in the industrial aluminium ...
{sup 13}C-carbon black substituted composite LiNi{sub 0.8}Co{sub 0.15}Al{sub 0.05}O{sub 2} cathodes ...
The sodium expansion and creep strain of semi-graphitic cathodes are investigated using a modified R...
The formation and dissolution of aluminium carbide under conditions similar to the chemical and elec...
The anode degradation of electrographitic materials was investigated in concentrated oxyacid electro...
Autopsies of six spent potlinings with different carbon cathode block grades, amperage regimes and c...
To investigate cathode wear, an autopsy of a shutdown aluminium electrolysis cell was conducted. The...
Uneven cathode wear is one of the key challenges for the lifetime of aluminium electrolysis cells. H...
Postprint version of published article. Original available at http://dx.doi.org/10.1007/978-3-030-05...
The aluminium smelters are continually trying to increase their production either by designing high ...
The lifetime of an aluminum electrolysis cell is mainly determined by the cathode wear, especially f...
The aluminium industry is continually facing the problem to lower the energy consumption and to incr...
Interaction between electrolyte and carbon cathodes during the electrolytic production of aluminium ...
The extent to which the carbon cathode is wetted by molten electrolyte or molten aluminium metal is ...
AbstractIn order to treat a used cathode of carbon block from electrolytic aluminum factory harmless...
The objective of this study was to investigate the presence of cyanide in the industrial aluminium ...
{sup 13}C-carbon black substituted composite LiNi{sub 0.8}Co{sub 0.15}Al{sub 0.05}O{sub 2} cathodes ...
The sodium expansion and creep strain of semi-graphitic cathodes are investigated using a modified R...
The formation and dissolution of aluminium carbide under conditions similar to the chemical and elec...
The anode degradation of electrographitic materials was investigated in concentrated oxyacid electro...