The optimization procedure consists of several consecutive steps. Optical system optimization by Zemax Optical Studio The work was supported financially by Optix JSC, Panagyurishte, Bulgaria, where legal professional software was used and the prototype was elaborated and tested.Ģ. In this paper we establish a basic methodology for software analysis and optimization of optical systems by Zemax OpticStudio, using as an example a two lenses astigmatic objective, working in the middle infrared range, which basic parameters are specified by the customer. Then, the optimization process should start by reducing the aberrations, which makes worse the image quality. This is extremely useful for understanding the importance of each optical element and the disadvantages of the optical system. Zemax OpticStudio is professional software performing fast and precise calculations, visualization of the designed optical system and light rays tracing, as well preview of the optical aberrations effects by analyzing each one separately. Nowadays, software development led to creation of specific programs, allowing fast calculation and evaluation of a large number of parameters, such as geometrical characteristics and various kinds of aberrations. This process is time and money consuming and, for this reason, theoretical evaluation and optimization of the optical system is extremely needed. Optical system design requires a prototype elaboration, then measurement and verification of its given parameters. Key worlds: optical systems design, optical systems optimization, two lenses astigmatic objective, infrared optics for simulation and optimization of a two lenses astigmatic objective working in the middle infrared range. En this work we discuss some methodical aspects of such procedures by using Zemax OpticOtudio. Using professional software is extremely helpful for computer simulation and optimization of optical systems, as well for educational purposes. She quality of optical imaging strongly depends on the optical system geometry and on the relative aberrations. 24, 4000 Plovdiv (2): Institute of Optical Materials and Technology, HAS, 109, Acad. (1): University of Alovdiv „Aaisii Hilendarski", Lzar Assen Otr. METHODICAL ASPECTS OF OPTICAL SYSTEMS OPTIMIZATION VIAZEAOSXOCTICAL STUDIO SOFTWAREĮvdokia Belina(l), Todorka L.
Scientific Works of the Union of Scientists in Bulgaria-Plovdiv, series C.
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