Melt quenching of FeCoNiB0.7Si0.3Be alloy increases the ordered B2 phase fraction, reduces microhardness from 10400 to 8900 MPa, and raises the coercive field from 5200 to 17500 A/m compared to the as-cast state.
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The phase composition and physical properties of melt-quenched multicomponent alloy FeCoNiB0.7Si0.3Be
Melt quenching of FeCoNiB0.7Si0.3Be alloy increases the ordered B2 phase fraction, reduces microhardness from 10400 to 8900 MPa, and raises the coercive field from 5200 to 17500 A/m compared to the as-cast state.