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Study on band gaps structure and eigenfield distribution of two-dimensional function photonic crystals with point defect

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Abstract In the paper, we studied the two-dimensional function photonic crystal include point defect, and calculated the band gap structure, defect mode and defect mode eigenfield distribution by COMSOL software.… Click to show full abstract

Abstract In the paper, we studied the two-dimensional function photonic crystal include point defect, and calculated the band gap structure, defect mode and defect mode eigenfield distribution by COMSOL software. The two-dimensional function photonic crystals, in which the dielectric constants of medium columns are the linear function, e(r) = k · r + b. We researched the effect of point defect dielectric column radius R and dielectric column parameter b on band gap structure, defect mode and defect mode eigenfield distribution. Through adjusting the point defect dielectric column radius R and dielectric column parameter b, we found the band gap structure, defect mode and defect mode eigenfield distribution has the adjustability for the two-dimensional function photonic crystal. These conclusions will provide important theoretical basis and design methods for the optical devices.

Keywords: dimensional function; two dimensional; point defect; defect; function; function photonic

Journal Title: Optik
Year Published: 2018

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