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首页> 外文期刊>Bulletin of the Russian Academy of Sciences. Physics >Influence of Si on the magnetic properties of multilayer nanostructures with composite magnetic layers
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Influence of Si on the magnetic properties of multilayer nanostructures with composite magnetic layers

机译:Si对具有复合磁性层的多层纳米结构磁性能的影响

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The static and dynamic properties of multilayer structures [(Co _(45)Fe_(45)Zr_(10)) m (Al_2O _3)_(100 - x) ] _x /(a-Si) _y with various magnetic phase concentrations and for different thicknesses x and y were measured. It was shown that for samples with comparatively thick composite layers and thin interlayers (x/y > 8), the silicides that form play no significant role and the magnetic properties are determined by the composites. With an increase in the thickness of the interlayers, more granules form silicides. This reduces the concentration of the magnetic phase, influencing the samples' resonance fields and magnetization.
机译:多层结构[(Co _(45)Fe_(45)Zr_(10))m(Al_2O _3)_(100-x)] _x /(a-Si)_y具有不同磁相浓度和对于不同的厚度,测量了x和y。结果表明,对于具有相对较厚的复合层和较薄的中间层(x / y> 8)的样品,所形成的硅化物没有明显作用,并且磁性由复合材料决定。随着中间层厚度的增加,更多的颗粒形成硅化物。这降低了磁相的浓度,影响了样品的共振场和磁化强度。

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