• Laser & Optoelectronics Progress
  • Vol. 56, Issue 12, 120101 (2019)
Xizheng Ke, Ke Yang*, and Ying Zhang
Author Affiliations
  • School of Automation and Information Engineering, Xi'an University of Technology, Xi'an, Shaanxi 710048, China
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    DOI: 10.3788/LOP56.120101 Cite this Article Set citation alerts
    Xizheng Ke, Ke Yang, Ying Zhang. Experimental Study onWavefront Distortion Detection Using CAPIS Technology[J]. Laser & Optoelectronics Progress, 2019, 56(12): 120101 Copy Citation Text show less
    Structural diagram of wavefront sensor. (a) Hartmann wavefront sensor; (b) structure of CAPIS
    Fig. 1. Structural diagram of wavefront sensor. (a) Hartmann wavefront sensor; (b) structure of CAPIS
    Principle diagram of wavefront detection using CAPIS structure. (a) Ideal plane wavefront ;(b)distorted wavefront
    Fig. 2. Principle diagram of wavefront detection using CAPIS structure. (a) Ideal plane wavefront ;(b)distorted wavefront
    Reconstructed results of aberration. (a)(b)(c) Astigmatism; (d)(e)(f) coma; (g)(h)(i) three-leaf
    Fig. 3. Reconstructed results of aberration. (a)(b)(c) Astigmatism; (d)(e)(f) coma; (g)(h)(i) three-leaf
    Reconstructed results of combined aberration. (a)(b)(c) First 10 Zernike polynomial combination; (d)(e)(f) first 15 Zernike polynomial combination
    Fig. 4. Reconstructed results of combined aberration. (a)(b)(c) First 10 Zernike polynomial combination; (d)(e)(f) first 15 Zernike polynomial combination
    Diagram of experimental setup
    Fig. 5. Diagram of experimental setup
    Reconstructed results of astigmatic aberration. (a) Light spot array on detector; (b) astigmatic aberration distribution to be measured; (c) reconstructed aberration distribution; (d) residual distribution
    Fig. 6. Reconstructed results of astigmatic aberration. (a) Light spot array on detector; (b) astigmatic aberration distribution to be measured; (c) reconstructed aberration distribution; (d) residual distribution
    Reconstructed results of coma aberration. (a) Light spot array on detector; (b) coma aberration distribution to be measured; (c) reconstructed aberration distribution; (d) residual distribution
    Fig. 7. Reconstructed results of coma aberration. (a) Light spot array on detector; (b) coma aberration distribution to be measured; (c) reconstructed aberration distribution; (d) residual distribution
    Reconstructed results of three-leaf aberration. (a) Light spot array on detector; (b) three-leaf aberration distribution to be measured; (c) reconstructed aberration distribution; (d) residual distribution
    Fig. 8. Reconstructed results of three-leaf aberration. (a) Light spot array on detector; (b) three-leaf aberration distribution to be measured; (c) reconstructed aberration distribution; (d) residual distribution
    Reconstructed results of first 10 Zernike combination aberration. (a) Light spot array on detector; (b) combined aberration distribution to be measured; (c) reconstructed aberration distribution; (d) residual distribution
    Fig. 9. Reconstructed results of first 10 Zernike combination aberration. (a) Light spot array on detector; (b) combined aberration distribution to be measured; (c) reconstructed aberration distribution; (d) residual distribution
    Reconstructed results of first 15 Zernike combination aberration. (a) Light spot array on detector; (b) combined aberration distribution to be measured; (c) reconstructed aberration distribution; (d) residual distribution
    Fig. 10. Reconstructed results of first 15 Zernike combination aberration. (a) Light spot array on detector; (b) combined aberration distribution to be measured; (c) reconstructed aberration distribution; (d) residual distribution
    RMS values of detection results Zernike aberrations. (a) Single-order Zernike aberration; (b) combination aberration
    Fig. 11. RMS values of detection results Zernike aberrations. (a) Single-order Zernike aberration; (b) combination aberration
    Xizheng Ke, Ke Yang, Ying Zhang. Experimental Study onWavefront Distortion Detection Using CAPIS Technology[J]. Laser & Optoelectronics Progress, 2019, 56(12): 120101
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