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Volume 31 Issue 3
May  2010
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Citation:

Analysis of system aberration influenced by the lens tilt in a multi-pass amplifier

  • Received Date: 2006-02-28
    Accepted Date: 2006-04-14
  • After analyzing the resources of the system aberration in a four-pass amplification system,it was found that some aberrations which have main influenceon the energy concertration in the far field were caused by the off-axis transmission and tilt of lens.Firstly the influence of the lens tilt at different positions on the system aberration was analyzed with the commercial ZEMAX software.It concludes that the four-pass lens has main influence.Secondly the relation between the tilted angle of this lens and the aberration components was analyzed and compared based on the Fringe-Zernike polynomial.Finally experiments were performed to prove the study reasonable.The conclusion provides guidance to control the wave-front distortion of the output beams and optimize the design of the similar systems.
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    WANG F,ZHU Q H,JIANG D B et al.Pilot study of optical design in off-axis and multi-pass amplification systems[J].High Power Laser and Papticlebeams,2005,17(12):1842~4846(in Chinese).
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    LIU L Q,JING F,PENG Zh T et al.Study of the static wavefront distortion of opticas elements in the multi-pass amplification system[J].High Power Laser and Papticle Beams,2003,15(3):241~244(in Chinese).
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    沈阳化工大学材料科学与工程学院 沈阳 110142

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Analysis of system aberration influenced by the lens tilt in a multi-pass amplifier

  • 1. National Key Laboratory of Laser Fusion, Laser Fusion Research Center, Chinese Academy of Engineering Physics, Mianyang 621900, China

Abstract: After analyzing the resources of the system aberration in a four-pass amplification system,it was found that some aberrations which have main influenceon the energy concertration in the far field were caused by the off-axis transmission and tilt of lens.Firstly the influence of the lens tilt at different positions on the system aberration was analyzed with the commercial ZEMAX software.It concludes that the four-pass lens has main influence.Secondly the relation between the tilted angle of this lens and the aberration components was analyzed and compared based on the Fringe-Zernike polynomial.Finally experiments were performed to prove the study reasonable.The conclusion provides guidance to control the wave-front distortion of the output beams and optimize the design of the similar systems.

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