Abstract

A model of a thermal vacuum system (thermostat) for regulation and stabilization of temperature of the primary mirror of a cooled optical collimator for carrying out tests of optoelectronic equipment operating in the infrared region is designed. An original method for solving the system of nonlinear equations of radiative heat transfer in a thermostat is developed, and the uniformity of the temperature distribution over the primary mirror surface is analyzed.

中文翻译：

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用于红外光电系统实验室测试的恒温器设计的计算方法

摘要

设计了一种用于调节和稳定冷却的光学准直仪的主镜温度的热真空系统（恒温器）模型，该光学准直仪用于执行在红外区域工作的光电设备的测试。提出了一种求解恒温器辐射热传递非线性方程组的原始方法，并分析了主镜表面温度分布的均匀性。