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Research on Transmissivity and Defect Model of One-Dimensional Photon Crystals for Non-Vertical Incident

机译:非垂直事故一维光子晶体透射率和缺陷模型研究

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摘要

In this paper, we study the transmissivity of one-dimensional photonic crystals (PCs) for different incidence angles, and find that the band gaps become blue shift and the numbers of band gaps increase when the incidence angles increase. We study the position and thickness of defect layer effect on the transmissivity without absorption coefficient. Then we study the transmissivity characteristic by changing the absorption coefficient k, and find as the absorption coefficient increases, the defect model decreases and these effects characteristic have application value.
机译:在本文中,我们研究了不同入射角的一维光子晶体(PC)的透射率,并发现带间隙变为蓝色移位,并且当入射角增加时,带间隙的数量增加。 我们研究缺陷层效应对透射率的位置和厚度而不吸收系数。 然后,我们通过改变吸收系数k来研究透射率特性,并发现吸收系数增加,缺陷模型降低,并且这些效果特性具有应用值。

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