Abstract

A quantitative simulation of a system of optical concentrators based on Winston’s hexagonal cones, intended for the registration camera of the TAIGA-IACT Cherenkov gamma-ray telescope, has been performed. The data on the transmission of the cones are obtained; the distributions of the photon flux intensity in the plane of the detector are given. On the basis of the results obtained, an optimal configuration of optical concentrators is proposed, taking into account the design features of the mount, mirror and TAIGA-IACT camera, as well as the features of its new detector units.

中文翻译：

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TAIGA-IACT 切伦科夫伽马射线望远镜升级相机的聚光器建模

摘要

对基于温斯顿六角锥体的光学聚光器系统进行了定量模拟，该系统旨在用于 TAIGA-IACT 切伦科夫伽马射线望远镜的配准相机。获得锥体传输的数据；给出了探测器平面内光子通量强度的分布。根据所获得的结果，考虑到安装座、反射镜和 TAIGA-IACT 相机的设计特点及其新型探测器单元的特点，提出了光学聚光器的最佳配置。