MODELING PHOTONIC CRYSTAL WAVEGUIDES WITH NONCIRCULAR GEOMETRY USING GREEN FUNCTION METHOD
I. Uvarovaa, B. Tsyganok, Y. Bashkatov, V. Khomenko
Pages: 132-141
Published: 1 Jan 2012
Views: 360
Downloads: 33
Abstract: Currently in the field of photonics is an acute problem fast and accurate simulation photonic crystal waveguides with complex geometry. This paper describes an improved method of Green's functions for non-circular geometries. Based on comparison of selected efficient numerical method for finding the eigenvalues for the Green's function method for non-circular holes chosen effective method for our purposes. Simulation is realized in Maple environment. The simulation results confirmed experimentally.
Keywords: photonic crystal, waveguide, modeling, green function, complex geometry
Cite this article: I. Uvarovaa, B. Tsyganok, Y. Bashkatov, V. Khomenko. MODELING PHOTONIC CRYSTAL WAVEGUIDES WITH NONCIRCULAR GEOMETRY USING GREEN FUNCTION METHOD. Journal of International Scientific Publications: Materials, Methods & Technologies 6, 132-141 (2012). https://www.scientific-publications.net/en/article/1003161/
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