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Narcissus analysis of cooled IR optical system with multi-magnification in wide field of view

机译:多放大域内冷却IR光学系统的水仙分析

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The designed Infra-red optical system with multi-magnification shows non-uniform thermal distribution only in Wide FOV and suspected to be narcissus effect. To analyze the system's artifacts more effectively, the optical system design was imported to analysis codes. Initial ray tracing was performed with a point source from the detector to identify main candidates of Narcissus effect by analyzing irradiance distribution and flux distribution. As a second step, a planer source was created at the detector and traced again. As a result, four major candidates were selected and the major contributor was identified among them. To confirm the result with experiment, replacement optical component was manufactured. We can confirm that the Narcissus effect was improved significantly by replacing the identified component.
机译:具有多放大倍率的设计的红外光学系统仅在宽的FOV中显示出不均匀的热分布并怀疑是水仙效应。要更有效地分析系统的伪影,请将光学系统设计导入分析代码。用来自检测器的点源进行初始光线跟踪,通过分析辐照度分布和助焊剂分布来识别水仙效应的主要候选。作为第二步,在探测器上创建刨频源并再次追踪。因此,选择了四名主要候选人,其中各大贡献者在其中确定。为了确认实验结果,制造更换光学部件。我们可以通过替换所识别的组件确认,水仙效应显着提高。

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