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Microstructure and magnetic properties of nanocrystalline BCC Fe-Nb-B soft magnetic alloys

机译:纳米晶BCC Fe-Nb-B软磁合金的组织和磁性

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摘要

The microstructure and the magnetic properties of melt-spun Fe-Nb-B alloy ribbons were examined. High permeability at 1 kHz above 20000 as well as saturation flux density B/sub 5/ of about 1.5 T were obtained in the compositional range of 5.5 to 7.5 at% Nb and 8 to 12 at% B for nanocrystalline BCC Fe-Nb-B alloy ribbons annealed for 3.6 ks at 923 K. Soft magnetic properties substantially depend on the annealed structure which does not essentially depend on as-quenched structure for Fe/sub 84/Nb/sub 7/B/sub 9/ alloy ribbons.
机译:研究了熔纺Fe-Nb-B合金薄带的组织和磁性。对于纳米晶BCC Fe-Nb-B,在5.5至7.5 at%Nb和8至12 at%B的组成范围内,可获得20000以上1 kHz的高磁导率以及约1.5 T的饱和通量密度B / sub 5 /合金带在923 K处退火3.6 ks。软磁性能主要取决于退火结构,而退火结构基本上不取决于Fe / sub 84 / Nb / sub 7 / B / sub 9 /合金带的淬火组织。

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