Add to ORKGAbstract. Zone refining was applied experimentally to high-purity aluminium produced by a combination of the three-layer electrolytic refining process and the segregation process. The cropping procedure was effective in increasing tlie efficiency of zone refining. 'The highest residual resistance ratio R(300K)iR(4.2K) obtained was more than I50 000 in the bulk value, corresponding to a refined purity better than 99.99999 %. 1
In this paper, the Fe-rich phases in and their detrimental effect on aluminum alloys are summarized....
A novel series cell containing an inert anode, a bipolar electrode and a graphite cathode was applie...
In this paper, high-strength ultrafine-grained (UFG) pure aluminum (Al) was successfully achieved vi...
Zone refining was applied experimentally to high-purity aluminium produced by a combination of the t...
Super pure aluminium is at present produced on commercial scale by three layer electrorefining proce...
We have found that impurity elements with a solid/liquid distribution coefficient k less than unit a...
A combined theoretical and experimental approach was undertaken to quantitatively determine the infl...
The principal impurities, such as Fe, Cu and Si, in an Al rod refined by the zone-refining method we...
Aluminum ultra-purification is commonly realized through a combination of three-layer electrolytic r...
Bench scale cells of MO A capecity have been designed and operated for electrowfining of aluminium, ...
Recycling mixed aluminum scrap usually requires adding primary aluminum to the scrap stream as a dil...
Currently, recycled metal is diluted with primary metal to keep the concentration of alloying elemen...
Aluminum is the world's largest production of non-ferrous metals, with light weight, high specific s...
Techniques and results are given for the floating zone refining of Ni, Ti, V, and for boat zone refi...
through the bulk metal to the metal/salt interface. A 20 kA three- major advantages over current met...
In this paper, the Fe-rich phases in and their detrimental effect on aluminum alloys are summarized....
A novel series cell containing an inert anode, a bipolar electrode and a graphite cathode was applie...
In this paper, high-strength ultrafine-grained (UFG) pure aluminum (Al) was successfully achieved vi...
Zone refining was applied experimentally to high-purity aluminium produced by a combination of the t...
Super pure aluminium is at present produced on commercial scale by three layer electrorefining proce...
We have found that impurity elements with a solid/liquid distribution coefficient k less than unit a...
A combined theoretical and experimental approach was undertaken to quantitatively determine the infl...
The principal impurities, such as Fe, Cu and Si, in an Al rod refined by the zone-refining method we...
Aluminum ultra-purification is commonly realized through a combination of three-layer electrolytic r...
Bench scale cells of MO A capecity have been designed and operated for electrowfining of aluminium, ...
Recycling mixed aluminum scrap usually requires adding primary aluminum to the scrap stream as a dil...
Currently, recycled metal is diluted with primary metal to keep the concentration of alloying elemen...
Aluminum is the world's largest production of non-ferrous metals, with light weight, high specific s...
Techniques and results are given for the floating zone refining of Ni, Ti, V, and for boat zone refi...
through the bulk metal to the metal/salt interface. A 20 kA three- major advantages over current met...
In this paper, the Fe-rich phases in and their detrimental effect on aluminum alloys are summarized....
A novel series cell containing an inert anode, a bipolar electrode and a graphite cathode was applie...
In this paper, high-strength ultrafine-grained (UFG) pure aluminum (Al) was successfully achieved vi...