Collective mode excitation assist for magnetization reversal

M. Elyasi, C. S. Bhatia, H. Yang
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Abstract

The large arrays of magnetic dots are the basis of magnonic crystals and bit patterned media. Resonance behaviors of densely packed magnetic arrays have been a subject of recent intensified research for their applications in microwave technology or signal transfer. Structural or magnetization non-uniformities in magnonic crystals lead to the appearance of defect modes, resulting in the modification of the magnon band-structure. It has been demonstrated experimentally that the state of a vortex matrix, is selectively formed under different frequencies of microwave excitation.
集体模式激励辅助磁化反转
大的磁点阵列是磁晶体和位图像化介质的基础。高密度磁阵列的共振特性由于其在微波技术或信号传输中的应用而成为近年来研究的热点。磁振子晶体的结构或磁化不均匀性导致缺陷模式的出现,从而导致磁振子能带结构的改变。实验证明,在不同频率的微波激励下,涡阵的状态是有选择性地形成的。
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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