资料介绍
Magnetic properties such as coercive force H#, remanent induction B3, squareness
B3/B4 and maximum energy product
BH.!9 for alloys with FeD5NiD0.05C and 11, 15 and 19 wt% of Mo were determined for
samples cold rolled 60, 80%, 90
and 97% followed by magnetic aging at 610¡C for 1 h. The results show that the
addition of carbon to alloys with 11 and
15 wt% of Mo improves coercive force
B3/B4 and maximum energy product
BH.!9 for alloys with FeD5NiD0.05C and 11, 15 and 19 wt% of Mo were determined for
samples cold rolled 60, 80%, 90
and 97% followed by magnetic aging at 610¡C for 1 h. The results show that the
addition of carbon to alloys with 11 and
15 wt% of Mo improves coercive force
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