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A new structure of the 2D photonic crystal microcavities with hexagonal lattice

机译:具有六边形格子的2D光子晶体微腔的新结构

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A new 2D photonic crystal microcavity is proposed based on the localized modulation and the model match technique. Structure of the new PC cavity is characterized in that several scatters are introduced into the edges of the L3 microcavities. The local field modulation method is applied in the new PC microcavity to optimize the cavity structure, and the quality factor Q and transmission T can be both improved after modulation. During the modulation process, Q and T of the new PC cavity represent an identical variation trend. The Q and T of the optimized PC cavity, with the simulation parameters confined in our work, reach to 240000 and 0.68 respectively.
机译:基于局部调制和模型匹配技术提出了一种新的2D光子晶体微腔。新的PC腔的结构的特征在于将几个散射引入L3微腔的边缘。在新的PC微腔中应用局部场调制方法以优化腔结构,并且在调制后可以改善质量因子Q和变速器T。在调制过程中,新PC腔的Q和T表示相同的变化趋势。优化的PC腔的Q和T,在我们的工作中限制了模拟参数,分别达到240000和0.68。

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