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Dispersion characteristics of magneto-inductive waves made up by doubly periodic elements

机译:双周期元素组成的磁感应波的色散特性

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One-dimensional lines of metamaterial elements supporting magneto-inductive waves are investigated for the case when elements' properties vary in a doubly periodic manner. It is shown that the dispersion of the magneto-inductive waves in this case demonstrates (analogously to acoustic waves in solids) an "optical" and an "acoustic" branch. The properties of the dispersion relation are investigated with attention paid to the width of pass- and stop-bands and the possibility of tailoring the dispersion properties within this approach is discussed.
机译:当元素的特性以双周期方式变化时,研究了支持磁感应波的超材料元素的一维线。结果表明,在这种情况下,磁感应波的色散表现出(类似于固体中的声波)“光学”和“声学”分支。研究色散关系的特性时要注意通带和阻带的宽度,并讨论在这种方法中调整色散特性的可能性。

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