High Power Laser and Particle Beams, Volume. 35, Issue 8, 081006(2023)

Application of automatic collimation technology for pupil and optical axis in laser beam control

Zhixiong Jiang, Ping Xie, and Wei Yan
Author Affiliations
  • Institute of Applied Electronics, CAEP, Mianyang 621900, China
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    Figures & Tables(9)
    Pupil and optical axis coupling optical path arrangement
    Coupling control process of the pupil and the optical axis
    Verifying test optical path
    The pupil and optical axis mirrors
    The pupil and optical axis image
    • Table 1. Coupling when the pupil deviates from the target position in X direction

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      Table 1. Coupling when the pupil deviates from the target position in X direction

      T1P1E1/mm T2P2E2/μrad M/s
      (1046.6,1022.2)(1061.6,1020.2)0.24(511,511.8)(513.5,516.5)5.160.93
      (1032.3,1021.8)(1059.7,1019)0.42(509.6,512.1)(514.2,521.6)10.721.52
      (1023.3,1022.2)(1057.4,1019.3)0.57(512.6,511.1)(514.6,523.8)13.151.9
      (1009.3,1022.5)(1054.8,1020.1)0.75(512.4,512.1)(515.3,526.5)16.182.48
      (999.4,1022.1)(1052.2,1019.3)0.97(511.4,512.2)(515.8,529.4)19.382.89
    • Table 2. Coupling when the pupil deviates from the target position in Y direction

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      Table 2. Coupling when the pupil deviates from the target position in Y direction

      T1P1E1/mm T2P2E2/μrad M/s
      (1063.3,1012.7)(1064.5,1018.6)0.27(512.4,511.4)(507.8,512.4)4.590.57
      (1064,1002.8)(1065.6,1016.5)0.46(514.5,510.3)(501.8,513.6)11.230.97
      (1064.3,989.3)(1066.3,1015.3)0.57(513.7,511)(497.6,514.9)15.981.51
      (1064.2,972.5)(1067.2,1013.6)0.72(513.3,510.1)(496.8,516)17.12.19
      (1063.5,967.1)(1067.8,1010.8)0.95(513.8,513.3)(494.8,516.5)19.342.4
    • Table 3. Coupling when the optical axis deviates from the target position in X direction

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      Table 3. Coupling when the optical axis deviates from the target position in X direction

      T1P1E1/mm T2P2E2/μrad M/s
      (1065.8,1020.9)(1064.2,1021.7)0.03(412.1,509.8)(509.9,511.8)2.30.28
      (1064.5,1021.7)(1062.8,1021.2)0.12(306.6,511.1)(516.6,513.2)5.170.5
      (1064.5,1021)(1063.2,1020.4)0.14(205.5,508)(519.5,510.8)8.260.65
      (1063.4,1021.1)(1063.4,1020.5)0.13(111.6,505.3)(523.7,514.1)12.930.84
      (1063.5,1021.4)(1063.6,1020.20.15(8.6,507.8)(527.4,513.6)16.851
    • Table 4. Coupling when the optical axis deviates from the target position in Y direction

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      Table 4. Coupling when the optical axis deviates from the target position in Y direction

      T1P1E1/(mm) T2P2E2/μrad M/s
      (1064.2,1021.9)(1064.2,1019.9)0.17(513.5,409.2)(511.6,514.6)2.860.36
      (1064.5,1021.9)(1064.4,1019.6)0.19(513.1,302)(509.5,506.8)6.280.52
      (1064.2,1022.2)(1064.1,1020.1)0.15(513.3,213.9)(508.4,503.6)9.940.64
      (1064.6,1024.3)(1063.9,1020.3)0.14(512.6,113.5)(509.1,498.8)14.70.71
      (1064.3,1024.5)(1064.1,1020.6)0.11(508.4,10.2)(508.7,496.7)17.030.86
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    Zhixiong Jiang, Ping Xie, Wei Yan. Application of automatic collimation technology for pupil and optical axis in laser beam control[J]. High Power Laser and Particle Beams, 2023, 35(8): 081006

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    Paper Information

    Category: High Power Laser Physics and Technology

    Received: Apr. 6, 2023

    Accepted: May. 9, 2023

    Published Online: Aug. 16, 2023

    The Author Email:

    DOI:10.11884/HPLPB202335.230077

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