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Conformal dome aberration correction by designing the inner surface

机译:通过设计内表面校正保形球面像差

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摘要

The ray transmission models of optical domes were established, and the characteristics of the rays while passing through a hemispherical dome and a conformal dome were comparatively analysed. Acquiring the minimum deviated angles from the inner surface of the conformal dome was then determined to be the designing goal for reducing the dynamic aberrations. Based on this, the inner surface of the conformal dome was optimized and thus, the dynamic aberrations were reduced. Finally, a completely cooled conformal optical system was designed. The results show that the optical system have produced good imaging quality within all the fields of regard, which further illustrates that designing the inner surface of a conformal dome is an effective method for aberration correction. (C) 2016 Elsevier B.V. All rights reserved.
机译:建立了光学圆顶的光线透射模型,比较分析了穿过半球形圆顶和共形圆顶的光线的特性。然后确定从共形穹顶的内表面获取最小的偏离角度是减少动态像差的设计目标。基于此,优化了共形穹顶的内表面,从而降低了动态像差。最后,设计了一个完全冷却的共形光学系统。结果表明,该光学系统在所有方面都产生了良好的成像质量,这进一步说明设计共形圆顶的内表面是一种有效的像差校正方法。 (C)2016 Elsevier B.V.保留所有权利。

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