Magneto-Plasmonic Properties of Au/Fe/Au Planar Nanostructures: Theory and Experiments

Jaroslav Vlček , Michal Lesňák , Petr Otipka , Jaroslav Sobota
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引用次数: 4

Abstract

The non-reciprocity of magneto-optical reflection response by surface plasmon excitation in the planar Au/Fe/Au/glass nano-systems with prism coupling is studied. In order to simulate diffraction response to external magnetic field theoretical matrix model based on rigorous coupled waves algorithm is applied that allows to simulate both the influence of metallic layer thicknesses and external magnetic field. The two new response factors related to response function are introduced and tested from the point of view of their applicability. Obtained theoretical results are compared with experiment realized using the measuring device Multiskop (Optrel GbR, Germany).

Au/Fe/Au平面纳米结构的磁等离子体特性:理论与实验
研究了具有棱镜耦合的平面Au/Fe/Au/玻璃纳米体系在表面等离子激元激发下磁光反射响应的非互易性。为了模拟外磁场作用下的衍射响应,采用了基于严格耦合波算法的理论矩阵模型,可以同时模拟金属层厚度和外磁场的影响。介绍了与响应函数相关的两种新的响应因子,并从适用性的角度对其进行了检验。将得到的理论结果与利用德国Optrel GbR测量装置Multiskop实现的实验结果进行了比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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