ОСОБЕННОСТИ КОМПЬЮТЕРНОГО МОДЕЛИРОВАНИЯ И РАСЧЕТ АБЕРРАЦИОННЫХ ХАРАКТЕРИСТИК ТЕЛЕСКОПИЧЕСКИХ СИСТЕМ

Abstract

The study results of the features of computer modeling and aberrations analysis of afocal systems in comparison with other systems, where the image is located at a finite distance from the optical system are presented, in order to establish a classification approach to the selection of various image quality evaluation methods. The aberration characteristics inherent to afocal systems have been highlighted when they are used as a visual instrument. The criteria for the functionality of application software packages for the aberrations analysis in afocal systems are established. Original methods for estimating image quality in computer modeling are proposed, depending on the type and version of the available software packages for designing optics. It was found that in the software opal and the new versions of the Zemax and Code V is convenient to estimate the results in an angular measure for afocal systems. It was found that those software environments where there is no possibility of establishing the afocality of the optical system, proposed to apply an additional focusing system, to analyze the results of calculation in a linear measure, or to resort to the application of certain criteria, such as the shape of the spot diagram, wave front analysis. It was established, that if required to review the complete behavior of the afocal system, is necessary the correction of the design parameters of the individual optical elements entering the OS, for this purpose, a method of calculating the aberrations of the individual components should be performed. In cases where the aberrations of the optical system are small, it is more convenient to carry out a descriptive analysis of the wave aberrations. The use of the proposed methods was verified by the example of computer simulation of an afocal three-mirror system, calculated for the following optical characteristics: angular field of view 2ω = 1o, entrance pupil diameter D = 500mm and magnificationГ = -4x, which has a stable correction of field aberrations: It was established, that the results of the computerized modeling are in accordance with the methods used, and the methods are consistent with each other

Authors and Affiliations

Nina Artioukhina, Laura Peroza, R. Fedortsev, Shoaeb Hasan AL Mahmoud

Keywords

Related Articles

СТЕНД ДЛЯ ПЕРЕВІРКИ ПРАЦЕЗДАТНОСТІ НИЗЬКОЧАСТОТНИХ ІНЕРЦІАЛЬНИХ МОДУЛІВ

Over time, the mechanical, electrical, and electronic parameters of any sensitive element of inertial sensors is change. For example, there are irreversible changes in the resistance of the sensor coils, which needed to...

ПІДВИЩЕННЯ МЕТРОЛОГІЧНОЇ ТА КОНСТРУКТИВНОЇ НАДІЙНОСТІ ЗАСОБІВ ВИМІРЮВАННЯ ВИТРАТИ ПРИРОДНОГО ГАЗУ

The goal of the work is to create and research gas volume and flow-rate measuring complex with a high level of results reliability. The single components self-diagnostics in mutual control process is the basic idea of th...

АНАЛИТИЧЕСКИЙ РАСЧЕТ ГЛАДКОСТИ СОПРЯЖЕНИЯ ПОВЕРХНОСТЕЙ И ТРАЕКТОРИЙ ФОРМООБРАЗОВАНИЯ ДЛЯ ИХ ОБРАБОТКИ НА СТАНКАХ С ЧПУ

The purpose of this work is to improve the cam mechanisms qualities under operating conditions. For present purpose, the task of determining the condition of smooth conjugation of the screw and radius surfaces of the cam...

АВТОМАТИЗАЦІЯ ДОСЛІДЖЕНЬ ДИНАМІЧНИХ ХАРАКТЕРИСТИК ПЕРЕТВОРЮВАЧІВ ВИТРАТИ РІДИННОФАЗНИХ СЕРЕДОВИЩ

In the article the results of the equipment improvement for the investigation of the dynamic characteristics of fluid flow measuring transducers are presented. The response time determination of the medium flow and quant...

МОДЕЛЮВАННЯ МІЛКОДИСПЕРСНОЇ ТВЕРДОТІЛЬНОЇ ЗОНИ ПРИСУТНОСТІ ТЕХНОЛОГІЧНОГО ОБ’ЄКТУ РІЗНОЇ КРИВИЗНИ ПОВЕРХНІ

The article deals with the study of the nature and distribution of discrete elements in the presence of an abstract object, provided that there is a contamination of the surface of the technological object. The basic typ...

Download PDF file
  • EP ID EP568261
  • DOI 10.20535/1970.56(2).2018.152199
  • Views 189
  • Downloads 0

How To Cite

Nina Artioukhina, Laura Peroza, R. Fedortsev, Shoaeb Hasan AL Mahmoud (2018). ОСОБЕННОСТИ КОМПЬЮТЕРНОГО МОДЕЛИРОВАНИЯ И РАСЧЕТ АБЕРРАЦИОННЫХ ХАРАКТЕРИСТИК ТЕЛЕСКОПИЧЕСКИХ СИСТЕМ. BULLETIN of Kyiv Polytechnic Institute. Series INSTRUMENT MAKING, 56(56), 11-17. https://europub.co.uk/articles/-A-568261