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Recently, nanocrystalline Fe-Si-B-P-Cu soft magnetic alloys, NANOMET® with high Fe contents of above 83 at% have attracted much attention as a future core material for high performance magnetic applications because of their high magnetic flux density (Bs ∼ 1.80 T), low coercivity (Hc), significantly low core loss (W) and low materials cost [1]-[3]. Small addition of Co (∼ 4 to 5 at%) is shown to be...
The formation and magnetic properties of CaCu5-, Th2Zn17- and PuNi3-type compounds in (Fe1-xCox)4.5Al0.5Sm and (Fe1-xCox)4.5Ni0.5Sm alloys, rapid-quenched at disk velocities ranging from 8.4 to 41.9 m/s, were investigated. The CaCu5-type (Fe1-xCox)4.5 (Ni,Al)0.5SM compounds were formed in the composition range 0.6??????1.0 The formation range is the same as when Al and Ni are not added. The difference...
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