Effect of Heating Rate on Soft Magnetic Properties in Nanocrystalline Fe80.5Cu1.5Si4B14 and Fe82Cu1Nb1Si4B12 Alloys
Effect of Heating Rate on Soft Magnetic Properties in Nanocrystalline Fe80.5Cu1.5Si4B14 and Fe82Cu1Nb1Si4B12 Alloys
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DOI：
10.1143/apex.2.023005
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发表时间：
2009-02
影响因子：
2.3
通讯作者：
M. Ohta;Y. Yoshizawa
中科院分区：
文献类型：
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作者：
M. Ohta;Y. Yoshizawa
研究了快淬Fe_（80.5）Cu_（1.5）Si_（4 B_（14））和Fe_（82）Cu_（1 Nb）Si_（4 B_（12））非晶合金退火过程中升温速率对其软磁性能的影响。在磁场强度为B > 1.55 T的区域，Fe 80.5Cu 1.5Si 4 B 14合金经高速退火后，铁损降低。Fe_（82）Cu_（11）Nb_（14）B_（12）合金HA试样的矫顽力Hc和饱和磁通密度Bs分别约为3A/m和1.78T。将HA应用于Fe_（82）Cu_（11）Nb_（11）Si_（14）B_（12）、Fe_（82）Cu_（11）Nb_（11）Si_（12）B_（12）P_2和Fe_（80.8）Cu_（1.2）Si_（15）B_（11）P_2等高Fe含量非晶合金中，获得了Bs大于1.75T、Hc约为3A/m的纳米晶合金。
The effect of the heating rate in the annealing process of rapidly quenched Fe80.5Cu1.5Si4B14 and Fe82Cu1Nb1Si4B12 amorphous alloys on their soft magnetic properties is investigated. The iron loss in magnetic flux density region of B > 1.55 T in Fe80.5Cu1.5Si4B14 alloy decreases by high-heating-rate annealing (HA). The coercivity Hc and the saturation magnetic flux density Bs in HA specimen of Fe82Cu1Nb1Si4B12 alloy were about 3 A/m and 1.78 T. By applying HA to high-Fe-concentration amorphous alloys such as Fe82Cu1Nb1Si4B12, Fe82Cu1Nb1Si2B12P2, and Fe80.8Cu1.2Si5B11P2, the nanocrystalline alloys with a high Bs of more than 1.75 T and a low Hc of about 3 A/m are obtained.