基于孔径/视场分割的红外复眼接收系统设计
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陆军装备预研项目资助;陕西省重点实验室项目(No.17JS052)资助


Design of infrared compound eye receiving system based on aperture/field segmentation
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    摘要:

    针对红外复眼子光学系统与接收光学系统的匹配问题,在分析仿生复眼设计模型的基础上,研究了基于视场分割和孔径分割的复眼接收结构,给出子眼系统和接受系统应满足的匹配条件,并以此设计了基于视场分割和孔径分割两款红外复眼接收系统。最终设计的复眼子系统工作波段为7.9~9.7 μm,焦距为6 mm,口径为2 mm。设计的基于孔径分割与视场分割的复眼接收系统焦距均为10 mm,视场均为90°,接收口径分别为16.58 mm和10 mm。系统传递函数在30 lp/mm分别高于0.35和0.40。

    Abstract:

    Aiming at the matching problem between sub-eye optical system of infrared compound eye system and receiving optical system,based on the analysis of bionic compound eye design model,the compound eye optical systems based on field segmentation and aperture segmentation is studied. The matching conditions of sub-eye system and receiving optical system are given,and two infrared compound eye receiving optical systems of field segmentation and aperture segmentation are designed. The working band of the sub-eye optical system is 7.9~9.7 μm,the focal length is 6 mm,and the aperture is 2 mm. The focal length of receiving optical system is10mm,the field of view is 90°,and the receiving aperture is 16.58 mm for receiving optical system base on aperture segmentation and 10 mm for field segmentation. The transfer function of optical system is higher than 0.35 and 0.40 in 30 lp/mm,respectively.

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陈阳,刘钧,岳宝毅.基于孔径/视场分割的红外复眼接收系统设计[J].激光与红外,2019,49(4):454~459
CHEN Yang, LIU Jun, YUE Bao-yi. Design of infrared compound eye receiving system based on aperture/field segmentation[J]. LASER & INFRARED,2019,49(4):454~459

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  • 在线发布日期: 2019-04-25
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