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Spin-wave electrodynamics of the interface between a magnetoelectric multiferroic and a nonmagnetic insulator

机译:磁电多铁与非磁绝缘子之间界面的自旋波电动力学

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摘要

The features of refraction (including the Goos-Hánchen effect) of a TM or TE bulk electromagnetic wave incident from outside on the surface of a chiral magnetoelectric with the homogeneous antisymmetric magnetoelectric interaction has been analytically studied on an example of the two-sublattice model of a multiferroic. In particular, it has been shown that the requirement that the diagonal components of the permeability and permittivity tensors are simultaneously negative is not necessary for the implementation of the properties of a left-handed medium. The results have been generalized to the case of an easy-axis antiferromagnet with an antisymmetry center with the mathematical equation represented structure in the static external magnetic field perpendicular to the easy axis of magnetization. Some results of this work were preliminarily reported in D.V. Kulagin, G.G. Levchenko, A.S. Savchenko, A.S. Tarasenko, and S.V. Tarasenko, JETP Lett. 92, 511 (2010).
机译:在一个具有2个子晶格模型的例子中,分析地研究了从外部入射到具有均匀反对称磁电相互作用的手性磁电表面的TM或TE体电磁波的折射特征(包括古斯-汉琴效应)。多铁性的。特别地,已经表明,对于实现左手介质的特性,并不需要渗透率和介电常数张量的对角分量同时为负的要求。结果已推广到具有反对称中心的易轴反铁磁体的情况,该数学方程表示的结构是在垂直于易磁化轴的静态外部磁场中的结构。这项工作的一些结果已在D.V.瓜拉金列夫琴科萨夫琴科(美国)塔拉森科和S.V.塔拉申科(Jerp Lett) 92,511(2010)。

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