Spin wave reflection from semi-infinite magnonic crystals with diffuse interfaces

V.S. Tkachenko , V.V. Kruglyak , A.N. Kuchko
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引用次数: 9

Abstract

The frequency dependence of the coefficient of spin wave reflection from a semi-infinite magnonic crystal with a periodically modulated value of the uniaxial anisotropy and a finite thickness of interfaces has been investigated, assuming a linear distribution of the anisotropy value in the interfaces. The analysis shows that the performance of magnonic devices employing magnonic crystals as a filtering element can degrade as the thickness of interfaces increases, e.g. due to the process of diffusion between constituent layers of the magnonic crystals.

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具有漫射界面的半无限磁晶体的自旋波反射
在假定界面各向异性值为线性分布的情况下,研究了单轴各向异性周期性调制且界面厚度有限的半无限磁子晶体自旋波反射系数的频率依赖性。分析表明,采用磁振子晶体作为滤波元件的磁振子器件的性能会随着界面厚度的增加而下降,例如由于磁振子晶体组成层之间的扩散过程。
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