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A Correction Method for the Axial Maladjustment of Transmission-type Optical System based on Aberration Theory

机译:基于像差理论的透射型光学系统轴向失调校正方法

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摘要

The influence of aberration on misalignment of optical system is considered fully, the deficiencies of Gauss optical correction method is pointed, and a correction method for transmission-type misalignment optical system is proposed based on aberration theory. The variation regularity of single lens aberration caused by axial displacement is analyzed, and the aberration effect is defined. On this basis, through calculating the size of lens adjustment induced by the image position error and the magnifying rate error, the misalignment correction formula based on the constraints of the aberration is deduced mathematically. Taking the three lens collimation system for an example, the test is carried out to validate this method, and its superiority is proved.
机译:充分考虑了像差对光学系统失准的影响,指出了高斯光学校正方法的不足,提出了一种基于像差理论的透射型失准光学系统的校正方法。分析了由轴向位移引起的单透镜像差的变化规律,定义了像差效果。在此基础上,通过计算由图像位置误差和放大率误差引起的镜头调整的大小,可以数学推导基于像差约束的失准校正公式。以三透镜准直系统为例,通过测试验证了该方法的优越性。

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