Specific of mechanical alloying of solid-liquid binary system Fe-Ga and effect of different process control agents.

ABSTRACT: Mechanical alloying allows obtaining nonequilibrium structures in various systems, often possessing unique properties, including magnetic ones. Considering the unusual structural features of the magnetostrictive Fe-Ga alloy, this approach may be promising for this system. In this work, extensive experimental studies were carried out aimed at studying the features of mechanical alloying of Fe-Ga. The object of the study was the system Fe-20 wt% Ga in which disordered solid solution α-Fe(Ga) is formed. It was shown that high-intensity milling is an effective tool for mechanical alloying of solid-liquid binary system Fe-Ga, but a serious problem is a low powder recovery, less than 50 %. To solve this problem, various process control agents were tested. Their influence on powder recovery, proc

SUBMITTER: Milyutin VA 

PROVIDER: S-EPMC11462353 | biostudies-literature | 2024 Oct

REPOSITORIES: biostudies-literature