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Metallurgical routes to highly metastable phases are required to access new materials with new functionalities. To this end, the stability of the tetragonal chemically ordered L10 phase in the ternary Fe–Pd–Ni system is quantified to provide enabling information concerning synthesis of L10-type FeNi, a highly attractive yet highly elusive advanced permanent magnet candidate. Fe50Pd50−xNix (x = 0–7...
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