• Acta Optica Sinica
  • Vol. 41, Issue 5, 0522001 (2021)
Yang Zhao, Yang Xiang*, and Tingting Li
Author Affiliations
  • School of Photoelectric Engineering, Changchun University of Science and Technology, Changchun, Jilin 130022, China
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    DOI: 10.3788/AOS202141.0522001 Cite this Article Set citation alerts
    Yang Zhao, Yang Xiang, Tingting Li. Optical Design of Deep Ultraviolet Laser Irradiation System for Accelerating Material Aging[J]. Acta Optica Sinica, 2021, 41(5): 0522001 Copy Citation Text show less
    Shaping process of aspheric cylindrical lens in vertical direction
    Fig. 1. Shaping process of aspheric cylindrical lens in vertical direction
    Schematic of afocal zoom system. (a) Focal fixation system; (b) zoom system
    Fig. 2. Schematic of afocal zoom system. (a) Focal fixation system; (b) zoom system
    System for accelerating material aging by laser irradiation. (a) Beam shaping system; (b) variable bunching system; (c) test lens
    Fig. 3. System for accelerating material aging by laser irradiation. (a) Beam shaping system; (b) variable bunching system; (c) test lens
    Shaping effect of Gaussian beam in vertical direction
    Fig. 4. Shaping effect of Gaussian beam in vertical direction
    Beam uniformity at different positions of distance shaping system
    Fig. 5. Beam uniformity at different positions of distance shaping system
    Illumination distribution before and after beam shaping. (a) Before shaping; (b) after shaping
    Fig. 6. Illumination distribution before and after beam shaping. (a) Before shaping; (b) after shaping
    Structure diagram of variable magnification and reduction beam system
    Fig. 7. Structure diagram of variable magnification and reduction beam system
    Light traces of variable magnification and reduction beam system under different magnifications. (a) 0.2×; (b) 0.3×; (c) 0.4×; (d) 0.5×
    Fig. 8. Light traces of variable magnification and reduction beam system under different magnifications. (a) 0.2×; (b) 0.3×; (c) 0.4×; (d) 0.5×
    Wave aberration of variable magnification and reduction beam system under different magnifications. (a) 0.2×; (b) 0.3×; (c) 0.4×; (d) 0.5×
    Fig. 9. Wave aberration of variable magnification and reduction beam system under different magnifications. (a) 0.2×; (b) 0.3×; (c) 0.4×; (d) 0.5×
    ParameterValue
    Wavelength /nm248
    Spot size /(mm×mm)20×20
    Working distance /mm500
    Horizontal divergence angle /mrad1.19
    Vertical divergence angle /mrad0.11
    Table 1. System parameters
    ParameterAspheric 1Aspheric 2
    [-1/c(r)]/mm35.78568.600
    k5.213-6.469
    A4-1.9821×10-6-1.3753×10-5
    A62.3778×10-61.4538×10-7
    A8-2.4023×10-8-5.0634×10-9
    A101.2003×10-105.7809×10-11
    A12-2.3512×10-13-2.2945×10-13
    Table 2. Optical parameters of aspheric cylindrical lens
    Thickness /mmAperturenumberDecentration /mmTilt /(°)
    ±0.05±2±0.05±0.1
    Table 3. Tolerance parameters of optical system
    Yang Zhao, Yang Xiang, Tingting Li. Optical Design of Deep Ultraviolet Laser Irradiation System for Accelerating Material Aging[J]. Acta Optica Sinica, 2021, 41(5): 0522001
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