2010年IODC镜头设计问题:绿色镜头

Richard C. Juergens
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引用次数: 10

摘要

2010 IODC的镜头设计问题是设计一个100毫米焦距的镜头,其中每个光学表面具有相同的曲率半径,正或负,或为平面。该镜头采用532 nm单色,仅由Schott N-BK7玻璃制成。该问题的目标是使半视场与入口瞳孔直径的乘积最大化,同时视场内的畸变控制在±5%以内,波前误差RMS≤0.07波。共有来自8个不同国家的37个参赛作品。使用了四种不同的商业镜头设计程序,以及两种定制的内部程序。参赛作品中镜头元素的数量从3到64不等。透镜的总长度从105毫米到3.6公里不等。获奖作品的入口瞳孔直径为81.3毫米,半视野为43.5°,优点函数产品为3537。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The 2010 IODC lens design problem: the green lens
The lens design problem for the 2010 IODC is to design a 100 mm focal length lens in which every optical surface has the same radius of curvature, positive or negative, or is plano. The lens is used monochromatically at 532 nm and is made of only Schott N-BK7 glass. The goal of the problem is to maximize the product of the semi-field of view and the entrance pupil diameter while holding the distortion to within ±5% and the RMS wavefront error to ≤ 0.07 wave within the field of view. There were 37 entries from eight different countries. Four different commercial lens design programs were used, along with two custom, in-house programs. The number of lens elements in the entries ranged from 3 to 64. The overall length of the lenses varied from 105 mm to 3.6 km. The winning entry had an entrance pupil diameter of 81.3 mm and a semi-field of view of 43.5° for a merit function product of 3537.
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