ZHAO Cun-hua, YAN Hui-ying. Design of optical system with axial gradient index mixing medium[J]. Journal of Applied Optics, 2009, 30(4): 558-562.
Citation: ZHAO Cun-hua, YAN Hui-ying. Design of optical system with axial gradient index mixing medium[J]. Journal of Applied Optics, 2009, 30(4): 558-562.
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Design of optical system with axial gradient index mixing medium

  • College of Physics and Electronic Information,Luoyang Normal Uiversity,Luoyang 471022,China

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  • Axial gradient index (AGRIN) medium is hopeful to be substituted for the aspherical lens since the image quality of the former is better. The status and application of AGRIN lens are introduced. Its merits comparing with the aspherical lens are briefly presented. The manufacture technology of AGRIN medium is discussed. It is found that AGRIN material using in optical systems not only improves the image quality but also lowers the testing difficulties. A lens with 125mm focus, F/4, 25 FOV, which is suitable for full-frame 28 M pixel DALSA FTF6146M CCD, is designed for a digital aerial survey camera. Three spherical lenses were decreased from the original eleven ones because of the two AGRIN lenses on the premise of keeping the same image quality. The result indicates that the image uniformity and structure of the camera are much better than before.
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  • ［1］SCHOENE R, ZIMMERMANN A, HANNING T. Level curve cutting of NURBS-approximated free formed surfaces［J］. SPIE,2005,5824:277-284.
    ［2］金国藩，严白瑛，邬敏贤.二元光学［M］.北京：国防工业出版社，1998.
    JIN Guo-fan, YAN Bai-ying, WU Min-xian. Binary optics［M］. Beijing:National Defence Industry Press, 1998. (in Chinese)
    ［3］MANHART P K, BLANKENBECLER R. Funda-mentals of macro axial gradient optical design and engineering［J］. Optical Engineering,1997,36(4):1607-1621.
    ［4］MANHART P K, XU X J. Recent progress in macro axial gradient index optics (it’s time to rethink gradients)［J］. SPIE, 1995,2537:250-260.
    ［5］MANHART P K, HUNTER B V, BLANKEN-BECLER R. Dispersion sensitivity of large-scale axial gradient index glass for spherochromat doublets［J］. SPIE, 1999,3779:190-201.
    ［6］SANDS P J. Third-order aberrations of inhomo-geneous lenses［J］. J.Opt.Soc.Am., 1970,60(2):1436-1443.
    ［7］SANDS P J. Aberrations of lenses with axial index distributions［J］. J.Opt.Soc.Am.,1971,61(1):777-783.
    ［8］BOCIORT F. Primary aberration coefficients for axial gradient-index lenses［J］. SPIE, 1999,3737:20-31.
    ［9］DíAZ J A, PIZARRO C, ARASA J.Third-order aberrations of an AGRIN thin lens as a function of the shape and conjugate variables［J］. SPIE, 2006, 6342:1-10.
    ［10］XU X J, WICKSON M A, SAVARD M, et al. Control of gradient index profile for gradient index glasses of macro size and large n for a varifocal slide projector lens［J］. SPIE,1993,2000:369-378.
    ［11］PFISTERER R N. Design of a 35 mm photographic objective using axial GRIN materials［J］. SPIE,1993,2000:359-368.
    ［12］PFISTERER R N. Design of an objective for nightvision［J］. SPIE, 1995,2537:270-278.
    ［13］霍军民，李育林.大直径大折射率差轴向梯度折射率玻璃［J］.光电子.激光， 2003，14(8):806-808.
    HUO Jun-min, LI Yu-lin. Axial gradient index glass with large dimensions and large refractive index difference［J］. Journal of Optoelectronic·Laser, 2003, 14(8):806-808. (in Chinese with an English abstract)
    ［14］霍军民，李育林.大尺寸轴向梯度折射率光学玻璃板的研制［J］.光子学报，2003，32(10):1278-1280.
    HUO Jun-min, LI Yu-lin, Preparation of macro-dimensions axial GRIN lens plates［J］. Acta Photonica Sinica, 2003,32(10):1278-1280. (in Chinese with an English abstract)
    ［15］HAGERTY J J, PULSIFER D N. Glass plote fusion for macro-gradient-index materials:US,4929065［P］. 1990-01-01.
    ［16］钱义先，高晓东，梁伟,等.多光谱大面阵彩色CCD数字航测相机设计［J］.光子学报，2008，37(12):2473-2477.
    QIAN Yi-xian,GAO Xiao-dong,LIANG Wei, et al. Design of multi-spectral large format chromatic CCD digital aerial photogrammetric camera［J］. Acta Photonica Sinica, 2008,37(12):2473-2477. (in Chinese with an English abstract)
    ［17］LAIKIN M. Lens design［M］.New York: Marcel Dekker, Inc., 2001.
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