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用SMA型同轴标准接头组成具有准一维晶格结构的光子晶体,测试结果表明具有明显的光子带隙结构.利用传输线等效模型和布洛赫周期性边界条件模拟分析也表明同轴准一维光子晶体具有能隙结构,理论计算结果与实验结果能很好吻合.
A photonic crystal with a quasi-one-dimensional lattice structure was formed by using a SMA-type coaxial standard connector, and the test results showed that the photonic bandgap structure has obvious photonic bandgap structure. The transmission line equivalent model and the Bloch periodic boundary condition simulation analysis also show that the coaxial quasi-one The photonic crystal has the energy gap structure, and the theoretical calculation results are in good agreement with the experimental results.