The role of material microstructure in the magnetic behavior of amorphous and polycrystalline CoxSi1-x lines
The role of material microstructure in the magnetic behavior of
amorphous and polycrystalline CoxSi1-x lines
复制标题
材料微观结构在非晶和多晶 CoxSi1-x 线磁行为中的作用
DOI：
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发表时间：
2005
期刊：
影响因子：
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通讯作者：
J. Alameda
中科院分区：
文献类型：
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作者：
R. Morales;H. Rubio;M. Vélez;J. Martín;J. Alameda
抽象的。材料微观结构在磁性材料中的作用
真实的纳米结构的各向异性已经通过比较的
非晶和多晶阵列的磁行为
CoxSi 1-x线。从实验测量的角度
平行于和垂直于外加场的剩磁的依赖性，
确定各向异性的有效局部易轴的角色散。
我们已经证明，非晶线具有有效的色散
各向异性轴比多晶样品小得多。作为
因此，无定形线具有更好定义的磁性行为，
指出了由无定形材料制成的纳米结构的制造的兴趣，
材料.
Abstract. The role of material microstructure in the magnetic
anisotropy of real nanostructures has been studied by the comparison of the
magnetic behavior of arrays of amorphous and polycrystalline
CoxSi1-x lines. From the experimental measurements of angular
dependences of remanences parallel and perpendicular to the applied field we
determine the angular dispersion of effective local easy axis of anisotropy.
We have proved that amorphous lines have a dispersion of effective
anisotropy axis much smaller than the polycrystalline samples. As a
consequence, amorphous lines have a better defined magnetic behaviour,
pointing the interest of the fabrication of nanostructures made of amorphous
materials.