COMPUTATIONAL MODEL OF POLARIZATION AND SPECTRAL CHARACTERISTICS OF LASER MIRRORS AND OPTICAL CAVITIES
National Research University Higher School of Economics, Department of Electronics and Telecommunications, Public Corporation M. F. Stelmakh Research Institute “Polius”, Moscow;
A. P. Makeev
Public Corporation M. F. Stelmakh Research Institute “Polius”, Moscow;
V. P. Simonov
National Research University Higher School of Economics, Department of Electronics and Telecommunications, Moscow; Professor
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Abstract. A mathematical model developed to calculate characteristics of laser mirrors and non-planar ring optical cavities is described. Results of numerical simulation are compared with experimental measurements of laser mirrors characteristics and spectrum of modes for practically important four-mirror cavities with non-planar symmetric axial contour. It is shown that the proposed mathematical model may be applied for optimal choice of laser mirrors and cavities with the account for their real parameters.
Keywords:
optical cavities, polarization characteristics, laser mirror
