Modelování optické odezvy periodických systémů

Abstract

This master thesis is focused to modeling of the optical response from periodical optial structures. The first part is devoted the Berreman and Yeh approach for solving the Maxwell equations in planar layers medium. Theoretical results are demonstrated on the system with sufrace plasmon resonance in the gold layer. The main part of the work is devoted to the modeling of one dimensional periodical structures with the RCWA (Rigorous Coupled Wave Analysis) method. Photonics crystals with non-reciprocity effect are modeled using using S-matrix algorithm. The effect of truncation Fourier series and Fourier factorization is demonstrated. Generalization of spectroscopic ellipsometry method for characterization of uniaxial anisotropic material is presented.