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Influence of roughness on the magnetostatic modes of ferromagnetic nano-wires

机译:粗糙度对铁磁纳米线静磁模式的影响

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摘要

Magnetic nano-entities in their own or as parts of artificial structures have recently been the subject of a large research effort. In order to understand their dynamic behavior, in particular their microwave response as well their spin-wave modes are of great interest. The latter subject is fairly understood in the bulk and for ferromagnetic thin films, but is under development for nano-structures. One aspect of interest is the influence of roughness on the spin-wave modes of these nano-entities. In this work this is studied in the magnetostatic approximation for nano-wires of elliptical cross section that have rough surfaces. The method is based on a perturbation treatment of extinction equations. The conclusion is that to first order surface roughness may well account for experimental frequency shifts of spin modes of nano-wires. (c) 2006 Elsevier B.V. All rights reserved.
机译:磁性纳米实体本身或作为人工结构的一部分,最近已成为大量研究工作的主题。为了理解它们的动态行为,特别是它们的微波响应以及自旋波模式引起了人们的极大兴趣。后一个主题在整体和铁磁薄膜中是相当清楚的,但在纳米结构方面仍在发展中。感兴趣的一方面是粗糙度对这些纳米实体的自旋波模式的影响。在这项工作中,对具有粗糙表面的椭圆形横截面纳米线的静磁近似进行了研究。该方法基于对灭绝方程的扰动处理。结论是,一阶表面粗糙度可能很好地说明了纳米线自旋模式的实验频率偏移。 (c)2006 Elsevier B.V.保留所有权利。

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