• Infrared and Laser Engineering
  • Vol. 49, Issue 9, 20190515 (2020)
Chunlin Yang
Author Affiliations
  • Laser Fusion Research Center, China Academy of Engineering Physics, Mianyang 621900, China
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    DOI: 10.3788/IRLA20190515 Cite this Article
    Chunlin Yang. Influence of phase additive effect on beam smoothing character of continuous phase plate[J]. Infrared and Laser Engineering, 2020, 49(9): 20190515 Copy Citation Text show less
    Application light path of CPP
    Fig. 1. Application light path of CPP
    Surface figure and focus of a 1D CPP
    Fig. 2. Surface figure and focus of a 1D CPP
    A big deep aberration wavefront A and its focal spot
    Fig. 3. A big deep aberration wavefront A and its focal spot
    A small aberration wavefront B and its focal spot
    Fig. 4. A small aberration wavefront B and its focal spot
    Focal spot of distortion A passing through CPP. (a) Calculation result of ; (b) Calculation result of 畸变A通过CPP的焦斑。(a)计算结果;(b) 计算结果
    Fig. 5. Focal spot of distortion A passing through CPP. (a) Calculation result of ; (b) Calculation result of 畸变A通过CPP的焦斑。(a) 计算结果;(b) 计算结果
    Focal spot of distortion B passing through CPP. (a) Calculation result of ; (b) Calculation result of 畸变B通过CPP的焦斑。(a)计算结果;(b) 计算结果
    Fig. 6. Focal spot of distortion B passing through CPP. (a) Calculation result of ; (b) Calculation result of 畸变B通过CPP的焦斑。(a) 计算结果;(b) 计算结果
    2D CPP and its focal spot二维CPP面型及其焦斑
    Fig. 7. 2D CPP and its focal spot 二维CPP面型 及其焦斑
    2D distortion wavefront and its focal spot二维畸变波前 及其焦斑
    Fig. 8. 2D distortion wavefront and its focal spot 二维畸变波前 及其焦斑
    Focal spot of 2D distortion passing through CPP. (a) Calculation result of ; (b) Calculation result of ()二维畸变通过CPP的焦斑。(a) 计算结果;(b) 计算结果
    Fig. 9. Focal spot of 2D distortion passing through CPP. (a) Calculation result of ; (b) Calculation result of ( ) 二维畸变通过CPP的焦斑。(a) 计算结果;(b) 计算结果
    Chunlin Yang. Influence of phase additive effect on beam smoothing character of continuous phase plate[J]. Infrared and Laser Engineering, 2020, 49(9): 20190515
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