Objective of this work was to develop a standard bench-scale cell for performing short-term ac and dc polarization studies on inert anode candidate materials in molten cryolite. Two designs for electrochemical cells were developed and successfully evaluated in short-term experiments. Both cells consisted on the inert anode as a small cylindrical specimen partially sheathed in alumina, an Al/Al/sub 2/O/sub 3/ reference electrode, and a cryolite bath saturated in alumina. The difference between the two cells was in the design of the cathode. One cell used a bare solid metal cathode; the other used an aluminum pad similar to the Hall-Heroult configuration
The advanced methods for the alloy composition regulation at some consumption of slag-forming additi...
Greenhouse gases including carbon dioxide are formed by the consumption of carbon anodes during alum...
By means of the theory of the electropotential, the geometrical shape of a new electro-plating cell ...
The principal goal of the project was to determine through theoretical considerations and from chemi...
A novel series cell containing an inert anode, a bipolar electrode and a graphite cathode was applie...
The aluminum electrolysis process in the conventional cryolite-alumina electrolyte with cryolite rat...
During Phase I of the present program, Alcoa developed a commercial cell concept that has been estim...
Hall-Héroult cell stability is highly affected by anode changing operations. Upon the insertion of a...
The anodic polarization of a rotating cylindrical carbon anode in A1₂O₃-Na₃A1F₆ and A1₂O₃-Na₃A1F₆ an...
The objective of this work is to develop a dimensionally stable ceramic anode for production of magn...
A new concept for a stable anode for aluminum electrowinning is described. The anode consists of a c...
Fe-Ni-Al2O3 cermet materials were prepared, and the electrolysis with these anodes were performed in...
Inert anodes for aluminium production can be made of ceramics, metals, or a mixture of those (cermet...
The anodic behavior of metals in molten cryolite-alumina melts has been investigated mostly for use ...
This thesis deals with a study of the wettability of amorphous carbon, of the type employed as ano...
The advanced methods for the alloy composition regulation at some consumption of slag-forming additi...
Greenhouse gases including carbon dioxide are formed by the consumption of carbon anodes during alum...
By means of the theory of the electropotential, the geometrical shape of a new electro-plating cell ...
The principal goal of the project was to determine through theoretical considerations and from chemi...
A novel series cell containing an inert anode, a bipolar electrode and a graphite cathode was applie...
The aluminum electrolysis process in the conventional cryolite-alumina electrolyte with cryolite rat...
During Phase I of the present program, Alcoa developed a commercial cell concept that has been estim...
Hall-Héroult cell stability is highly affected by anode changing operations. Upon the insertion of a...
The anodic polarization of a rotating cylindrical carbon anode in A1₂O₃-Na₃A1F₆ and A1₂O₃-Na₃A1F₆ an...
The objective of this work is to develop a dimensionally stable ceramic anode for production of magn...
A new concept for a stable anode for aluminum electrowinning is described. The anode consists of a c...
Fe-Ni-Al2O3 cermet materials were prepared, and the electrolysis with these anodes were performed in...
Inert anodes for aluminium production can be made of ceramics, metals, or a mixture of those (cermet...
The anodic behavior of metals in molten cryolite-alumina melts has been investigated mostly for use ...
This thesis deals with a study of the wettability of amorphous carbon, of the type employed as ano...
The advanced methods for the alloy composition regulation at some consumption of slag-forming additi...
Greenhouse gases including carbon dioxide are formed by the consumption of carbon anodes during alum...
By means of the theory of the electropotential, the geometrical shape of a new electro-plating cell ...