Abstract
The study deals with bulk nanostructured alloys manufactured by the method of shock-wave compaction on bimetallic Fe–Cu powders. The results presented suggest a possible efficient application of shock-wave compaction for the production of high-density compacts from bimetallic powders. The structure and parameters of bimetallic Fe–Cu powders formed by the method of electric wire explosion are investigated. An analysis of the structure and hardness of the bulk nanostructured alloys manufactured from these powders is performed.
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