Abstract
Magnets from Sm3(Fe0.93Ti0.07)29 material were prepared from powder, which was milled, carburized or nitrided, then field compacted in a die press and resin-bonded. Both types of magnet exhibit coercivities of about 0.4 T. The coercivity can be increased up to 0.9 T by additional milling after nitrogenation. Zn-bonding of these powders seems to be less effective for enhancing the coercivity than for Sm2Fe17 interstitials.
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