Abstract
(Sm,Zr)Fe10 and (Sm,Zr)Fe9.5Ti0.5 alloys were obtained by the melt-spinning technique in order to investigate the possibility of producing high-coercivity Sm-Fe alloys without nitrogenation. The (Sm,Zr)Fe10 alloys contained the TbCu7-type and α-Fe phases and exhibited a maximum coercivity of 1.88 kOe in the case of the (Sm0.9Zr0.1)Fe10 ribbon annealed at 1073 K. On the other hand, the (Sm,Zr)Fe9.5Ti0.5 alloys contained the Th2Zn17-type and α-Fe phases and showed a maximum coercivity of 4.5 kOe when the (Sm0.7Zr0.3)Fe9.5Ti0.5 ribbon was annealed at 1173 K.
Published Version
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