• Acta Photonica Sinica
  • Vol. 51, Issue 1, 0151121 (2022)
Yimunan XIE, Xiaoping JIANG, Sumei ZHOU*, and Zhe YUAN
Author Affiliations
  • Chongqing Key Laboratory of Micro&Nano Structure Optoelectronics,School of Physical Science and Technology,Southwest University,Chongqing 400715,China
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    DOI: 10.3788/gzxb20225101.0151121 Cite this Article
    Yimunan XIE, Xiaoping JIANG, Sumei ZHOU, Zhe YUAN. Effect on the Optical Properties of Planar Microlens Arrays with Different Ion-exchange Time[J]. Acta Photonica Sinica, 2022, 51(1): 0151121 Copy Citation Text show less
    Computer simulation of refractive index distribution curve based on measured data
    Fig. 1. Computer simulation of refractive index distribution curve based on measured data
    Schematic diagram of the main process flow
    Fig. 2. Schematic diagram of the main process flow
    Schematic diagram of ion-diffusion into glass through openings
    Fig. 3. Schematic diagram of ion-diffusion into glass through openings
    Cross section of ion-exchange area of typed C01 microlens array and imaging of letter "A"
    Fig. 4. Cross section of ion-exchange area of typed C01 microlens array and imaging of letter "A"
    Cross section of ion-exchange area of typed C02 microlens array and imaging of letter "A"
    Fig. 5. Cross section of ion-exchange area of typed C02 microlens array and imaging of letter "A"
    Average ion-diffusion rate of GRIN planar microlens array
    Fig. 6. Average ion-diffusion rate of GRIN planar microlens array
    Average ion-diffusion rate of the typed C01 and typed C02 plane microlens array in the z-direction and r-direction
    Fig. 7. Average ion-diffusion rate of the typed C01 and typed C02 plane microlens array in the z-direction and r-direction
    Schematic diagram of test principle
    Fig. 8. Schematic diagram of test principle
    The focal length vs. time diagram GRIN planar microlens array
    Fig. 9. The focal length vs. time diagram GRIN planar microlens array
    Imaging of quadrille paper from GRIN planar microlens array
    Fig. 10. Imaging of quadrille paper from GRIN planar microlens array
    NumberHole radius/mmCenter distance/mm
    C010.251.60
    C020.150.96
    Table 1. The geometric structure parameters of the two mask template patterns
    Time/h81012141618
    w1/mm0.7870.8200.8730.9150.9520.971
    h1/mm0.1920.2190.2430.2550.2690.300
    w1/h14.0993.7443.5933.5883.5393.237
    Table 2. Ion-exchange width and depth ratio of typed C01 microlens array
    Time/h345678
    w2/mm0.4500.4810.5170.5540.5780.617
    h2/mm0.1050.1310.1500.1660.1860.211
    w2/h24.2863.6723.4473.3373.1082.924
    Table 3. Ion-exchange width and depth ratio of typed C02 microlens array
    Time/h81012141618
    NA0.2550.2790.2780.3160.3480.387
    Distortion-0.172-0.087-0.082-0.083-0.064-0.104
    Table 4. Numerical aperture and distortion of typed C01 microlens array
    Time/h345678
    NA0.2890.3310.3830.3940.4090.412
    Distortion-0.181-0.146-0.135-0.138-0.122-0.095
    Table 5. Numerical aperture and distortion of typed C02 microlens array
    Yimunan XIE, Xiaoping JIANG, Sumei ZHOU, Zhe YUAN. Effect on the Optical Properties of Planar Microlens Arrays with Different Ion-exchange Time[J]. Acta Photonica Sinica, 2022, 51(1): 0151121
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