Acta Optica Sinica, Volume. 42, Issue 21, 2111001(2022)

Parameter Calibration of Savart Prism Based on Spatially Modulated Polarization Imaging

Ziyang Zhang1,3, Song Ye1,3、*, Wei Xiong2, and Wei Luo1
Author Affiliations
  • 1Guilin University of Electronic Technology, Guilin 541004, Guangxi , China
  • 2Anhui Institute of Optics and Fine Mechanics, Chinese Academy of Sciences, Hefei 230031, Anhui , China
  • 3Guangxi Key Laboratory of Optoelectronic Information Processing, Guilin 541004, Guangxi , China
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    Figures & Tables(15)
    Optical layout of spatially modulated full polarization imaging system and SP1 and SP2 objects. (a) SP1 object; (b) SP2 object; (c) optical layout of spatially modulated full polarization imaging system
    Distribution diagrams of all Stokes vectors in frequency domain space. (a) Three-dimensional distribution diagram;(b) two-dimensional distribution diagram
    Beam splitting diagrams of two Savart prisms in polarization imaging system
    Flow chart of device parameter error transfer
    Experimental setup of beam splitting imaging based on Savart prism
    Beam splitting diagrams of two Savart prism on resolution test slides
    Simulation demodulation results based on fractional amplitude polarization camera. (a) Simulation standard diagrams; (b) demodulation diagrams of Savart prism parameters before calibration; (c) demodulation diagrams of Savart prism parameters after calibration
    Structural similarity index of demodulation diagram varying with thickness error of Savart prism
    Experimental layout of spatially modulated full polarization imaging. (a) Experimental layout; (b) interferogram
    Polarization diagrams demodulated with two parameters before and after calibration. (a)(d) Diagrams of DOP;(b)(e) polarization diagrams of S0; (c)(f) polarization diagrams of S1
    Polarization demodulation experimental results of light with different polarization states. (a)(b) Demodulation diagrams of 60° polarized light; (c)(d) demodulation diagrams of 90° polarized light
    • Table 1. Design values, device labeling values, and calibration values based on Savart prism parameters

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      Table 1. Design values, device labeling values, and calibration values based on Savart prism parameters

      Savart prism parameterDesign valueDevice labeling valueCalibration value
      Incident surface /(mm×mm)12.5×12.512.4×12.412.4×12.4
      no1.6621.6621.662
      ne1.4881.4881.488
      t0 /mm666
      t1 /mm0-0.05-0.05
      t2 /mm00-0.2304
      t3 /mm0-0.0500-0.2804
      t /mm6.00005.95005.7196
      Δ0 /mm0.660840.660840.66084
      Δ1 /mm0-0.00551-0.03088
      Δ /mm0.660840.655330.62996
    • Table 2. SSIM before and after calibration

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      Table 2. SSIM before and after calibration

      Savart prism parameterDOPS0S1S2S3
      Before calibration0.932740.972950.711490.710080.70574
      After calibration0.973170.967290.957650.969540.98592
    • Table 3. Slope ks of fitted curve

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      Table 3. Slope ks of fitted curve

      Savart prism parameterDOPS0S1S2S3
      Before calibration0.3836001.0267500.0681870.3903900.194090
      After calibration1.0024001.0248901.0251001.0020800.996840
    • Table 4. Intercept bs of fitted curve

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      Table 4. Intercept bs of fitted curve

      Savart prism parameterDOPS0S1S2S3
      Before calibration0.71976-0.010460.311990.192010.09641
      After calibration0.00004-0.00971-0.007560.001330.00147
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    Ziyang Zhang, Song Ye, Wei Xiong, Wei Luo. Parameter Calibration of Savart Prism Based on Spatially Modulated Polarization Imaging[J]. Acta Optica Sinica, 2022, 42(21): 2111001

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    Paper Information

    Category: Imaging Systems

    Received: Mar. 10, 2022

    Accepted: May. 23, 2022

    Published Online: Nov. 4, 2022

    The Author Email: Ye Song (yesong@guet.edu.cn)

    DOI:10.3788/AOS202242.2111001

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