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Nonreciprocity of surface magnetostatic waves in 1D magnonic crystals with non-symmetrical load

机译:具有非对称载荷的一维大磁晶体中表面静磁波的非互易性

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In the present work 1D magnonic crystal is considered. Such structures are similar to the photonic and acoustic crystals but formed on the basis of magnetic materials in which the magnetostatic waves can propagate. Due to the possibility of propagation of different types of waves these systems can be used in the different signal processing devices. In this work the study of dispersion, magnetic and electric field distribution in the primitive cell of periodical structure was provided. The nonreciprocity phenomena were investigated in detail for the structures with non-symmetrical load for the different distances between YIG film and metal shield.
机译:在本工作中,将考虑一维大磁晶体。这种结构类似于光子和声晶体,但基于静磁波可在其中传播的磁性材料形成。由于可能传播不同类型的波,因此这些系统可用于不同的信号处理设备中。在这项工作中,提供了对周期性结构的原始单元中的色散,磁场和电场分布的研究。对于YIG膜与金属屏蔽层之间的不同距离,对具有非对称载荷的结构的非互易现象进行了详细研究。

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