Abstract A novel electromagnetically induced transparency (EIT) effect analogue based on metamaterials is proposed, which is composed of metal-based H shaped cut wires (MH) and parallel cut wires (MPW) on F4BM substrate. Distinct EIT-like window can be observed under irradiation of plane wave with y polarised direction through the coupling of bright element MH and dark element MPW. In addition, relative position of MH and MPW can influence the EIT-like effect which can be validated by experimental test and expressed by damping rate of bright mode and coupling coefficient of bright-dark mode on the basis of two particles mode. The work exhibits guiding function in EIT designs and realizations.

中文翻译：

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基于超材料的微波频率电磁感应透明效应的实现

摘要 提出了一种新型的基于超材料的电磁感应透明（EIT）效应模拟，它由金属基H形切割线（MH）和F4BM基板上的平行切割线（MPW）组成。通过亮元素MH和暗元素MPW的耦合，在y偏振方向的平面波照射下可以观察到明显的类EIT窗口。此外，MH和MPW的相对位置会影响类EIT效应，该效应可以通过实验验证，并以两种粒子模式为基础的明模式阻尼率和明暗模式耦合系数表示。该作品在 EIT 设计和实现中具有指导作用。