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Studies of magnetic properties and giant magnetoimpedance effect in ultrathin magnetically soft amorphous microwires

机译:超薄磁性软无定形微射线磁性和巨磁阻效应的研究

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We report novel results on studies of giant magnetoimpedance (GMI) effect and magnetic properties in ultrathin amorphous glass-coated microwires with nearly zero and negative magnetostriction constant and metallic nucleus diameter ranging within 6 and 12 mu m. Off-diagonal MI curve of Co_(67.1)Fe_(3.8)Ni_(14.5)Si_(14.5)B_(11.5)Mo_(1.7) microwire exhibits asymmetrical shape with almost linear growth within the field range from -H_m to H_m associated with the anisotropy field. Co_(74)B_(13)Si_(11)C_2 microwire possesses hysteretic off-diagonal MI curve. Current annealing significantly changes off-diagonal MI curves, especially in the case of Co_(74)B_(13)Si_(11)C_2 microwire.
机译:我们报告了关于巨型磁阻(GMI)效应和超薄非晶玻璃涂层微线的磁性性能的新颖结果,其具有接近零和负磁致伸缩恒定和在6和12μm内的金属核直径。 CO_(67.1)FE_(3.8)NI_(14.5)SI_(14.5)B_(11.5)MO_(1.7)MO_(1.7)微针的偏差MI曲线表现出不对称的形状,在与H_M相关的场范围内具有几乎线性增长的不对称形状。各向异性场。 CO_(74)B_(13)SI_(11)C_2 MICRIWRIRE具有滞后非对角线MI曲线。电流退火显着变化了对角线MI曲线,尤其是在CO_(74)B_(13)SI_(11)C_2 MICRIS的情况下。

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