Abstract
The potential of iron nitride alloys as nanocrystalline materials for soft magnetic ribbons was explored. Nanocrystalline Fe 83.4N 8.4B 7.3Cu 0.9 soft magnetic ribbons with a principal constituent of α ′′-Fe 16N 2 are formed after the nitriding and tempering of amorphous Fe 91B 8Cu 1 ribbons. The formation mechanism of α ′′-Fe 16N 2 is the transformation of austensite by its quenching to α ′-Fe (N) martensite and subsequent tempering to α ′′-Fe 16N 2. The good soft magnetic properties show that Fe nitride alloys are good candidate materials for nanocrystalline soft magnetic ribbons.
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