Chinese Optics, Volume. 18, Issue 4, 859(2025)

Optimization design method for counter-rotating prisms atmospheric dispersion corrector

Hong-mei JIANG1, Yuan HU1、*, Hui-tian ZOU2, and Zhen-min HOU1
Author Affiliations
  • 1Key Laboratory of Optoelectric Measurement and Optical Information Transmission Technology of Ministry of Education, School of Opto-electronic Engineering, Changchun University of Science and Technology, Changchun 130022, China
  • 2School of Opto-electronic Engineering, Changchun University of Science and Technology, Changchun 130022, China
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    Figures & Tables(13)
    Schematic diagram of ray tracing for counter-rotating prisms ADC
    Schematic diagram of optical axis offset
    ADC rotation angle variation curves with zenith angle
    Statistical data of the rotation angle differences for all prisms
    Refractive index curves of ADC with different material combinations
    Relationship between the optical axis offset angle and zenith angle
    Design flowchart of the counter-rotating prisms ADC
    • Table 1. Simulation parameter table

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      Table 1. Simulation parameter table

      仿真参数参数值
      大气压强78640 Pa
      气温约20 °C
      工作波长0.4 μm~0.8 μm
      天顶角0°~70°
    • Table 2. Structure simulation data of ADC

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      Table 2. Structure simulation data of ADC

      ADC型式材料组成胶合面倾角仿真结果/°
      双胶合2-1SK13、KZFS639.154
      2-2P-SK100、KZFS634.64
      2-3D-ZK3L、KZFS634.313
      三胶合3-1SK13、KZFS6、D-ZK3L38.810、0.534
      3-2SK8、KZFS1、SK913.160、-20.212
      四胶合4-1D-ZK21、K-SK4、F7、N-SF19−35.605、20.515、−29.321
      4-2K-LAFK65(M)、SF9、SK13、KZFS60.149、0.143、38.366
    • Table 3. Simulation results of different types of ADC rotation angles varying with zenith angle (Unit: °)

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      Table 3. Simulation results of different types of ADC rotation angles varying with zenith angle (Unit: °)

      天顶角棱镜组旋转角
      2-12-22-33-13-24-14-2
      700.0040.0290.0140.0000.0000.0000.000
      6918.50218.48518.51018.50118.50018.50018.497
      6825.69725.68825.70725.70325.70125.69525.691
      6538.65138.64938.66338.65738.65138.64738.643
      6050.88750.88150.89250.88450.87850.88350.874
      5064.26964.26964.27264.26964.25864.26664.261
      4072.20072.20172.20172.19872.19472.19872.195
      2082.38082.38182.38082.38082.37682.37982.379
      090.00090.00090.00089.99490.00090.00090.000
    • Table 4. Statistical results of rotation angle differences for ADCs with all types of gluing

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      Table 4. Statistical results of rotation angle differences for ADCs with all types of gluing

      天顶角(°)所有胶合类型ADC旋转角度差值(°)
      PV平均值rms
      700.0290.0110.016
      690.0250.0080.011
      680.0190.0080.010
      650.020.0080.009
      600.0180.0070.008
      500.0140.0060.007
      400.0070.0030.004
      200.0050.0020.002
      00.0060.0020.003
    • Table 5. Statistical data table of chromatic aberration for the exit light of different types of ADCs (Unit:″)

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      Table 5. Statistical data table of chromatic aberration for the exit light of different types of ADCs (Unit:″)

      ADC结构型式出射光色差
      最大值平均值
      双胶合2-10.00150.0008
      2-20.00480.0025
      2-30.10380.0591
      三胶合3-10.00150.0008
      3-20.00210.0013
      四胶合4-10.00040.0002
      4-20.00160.0008
    • Table 6. Statistical table of optical axis offset angle for different types of ADCs (Unit: ″)

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      Table 6. Statistical table of optical axis offset angle for different types of ADCs (Unit: ″)

      结构形式材料组成光轴偏移角度最大值光轴偏移角度平均值平均光轴偏移角度
      双胶合2-1SK13、KZFS61.83E-021.05E-022.34E-02
      2-2P-SK100、KZFS66.37E-023.62E-02
      三胶合3-1SK2、KZFS1、P-SK57Q13.01E-031.64E-032.39E-03
      3-2N-ZK7、KZFS6、SK16.08E-033.15E-03
      四胶合4-1SSK1、D-ZK21-25、KZFS4、LAK211.04E-036.05E-047.26E-04
      4-2K-LAFK65(M)、SF9、SK13、KZFS61.58E-038.47E-04
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    Hong-mei JIANG, Yuan HU, Hui-tian ZOU, Zhen-min HOU. Optimization design method for counter-rotating prisms atmospheric dispersion corrector[J]. Chinese Optics, 2025, 18(4): 859

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    Paper Information

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    Received: Nov. 8, 2024

    Accepted: --

    Published Online: Aug. 13, 2025

    The Author Email:

    DOI:10.37188/CO.2024-0204

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