In our research, the method of manufacturing an Al-carbon nanotube (CNT) composite by hot pressing and cold rolling was attempted. The addition of one percent of multi-walled carbon nanotubes synthesized by OCSiAl provides a significant increase in the ultimate tensile strength of aluminum. The tensile strength of the obtained composite material is at the tensile strength level of medium-strength aluminum alloys.
The results of an investigation into the impregnation (saturation) of ready baked anode samples promising for aluminum electrolyzers with organic compounds are presented. A procedure of this process including the preliminary evacuation, subsequent saturation of the samples with organic compounds under the excess external pressure, and then high temperature pyrolysis in the lead-bismuth melt is developed. It is established that the developed modification method makes it possible to increase the corrosion stability of baked anodes.
To cite this article: O I Steklov , A V Alekseev & O A Aleksandrov (1992) Effect of conditions on the properties of the fusion zone when plasma-arc surfacing low-alloy steel with corrosion-resisting wire, Welding International, 6:11, 896-899,
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