[1] [1] T. S. Lewis,H. S. Hutchins. A synthetic aperture at optical frequencies[J]. IEEE,1970,58(4):578-588

[2] [2] T. S. Lewis,H. S. Hutchins. A synthetic aperture at 10.6 microns[J]. IEEE,1970,58(10):1781-1782

[3] [3] C. C. Aleksoff,C. R. Christensen. Holographic Doppler imaging of rotating objects[J]. App. Opt.,1975,14(1):134-141

[4] [4] C. C. Aleksoff. Synthetic interferometric imaging technique for moving objects[J]. App. Opt.,1976,15(8):1923-1929

[5] [5] Stephen Marcus,Barry D. Colella,Thomas J. Green. Solid-state laser synthetic aperture ladar[J]. App. Opt.,1994,33(6):960-964

[6] [6] Thomas J. Green,Stephen Marcus,Barry D. Colella. Synthetic-aperture-rader imaging with a solid-state laser[J]. App. Opt.,1995,34(30):6941-6949

[7] [7] M. Bashkansky,R. L. Lucke,E. Funk et al.. Two-dimensional synthetic aperture imaging in the optical domain[J]. Opt. Letts.,2002,27(22):1983-1985

[8] [8] W. Buell,N. Marechal,J. Buck et al.. Demonstrations of synthetic aperture imaging ladar[C]. SPIE,2005,5791. 152-166

[9] [9] Steven M. Beck,Joseph R. Buck,Walter F. Buell et al.. Synthetic-aperture imaging laser radar:laboratory demonstration and signal processing[J]. Appl. Opt.,2005,44(35):7621-7629

[10] [10] Li Fan,Wu Shuangyang,Zheng Yongchao et al.. Overview of the development of synthetic aperture lidar[J]. Infrared and Laser Engineering,2006,35(1):56-59

[11] [11] Liu Liren. Synthetic aperture laser imaging radar (I):defocused and phase2 biased telescope for reception antenna[J]. Acta Optica Sinica,2008,28(5):997-1000

[12] [12] Liu Liren. Synthetic aperture ladar (Ⅱ):spatial phase biased telescope for transmitting antenna[J]. Acta Optica Sinica,2008,28(6):1197-2004

[13] [13] Liu Liren. Synthetic aperture ladar (Ⅲ):circulated duplex telescope[J]. Acta Optica Sinica,2008,28(7):1405-1410

[14] [14] Guo Liang,Xing Mengdao,Liang Yi et al.. Algorithm for airborne spotlight synthetic aperture imaging ladar data processing[J]. Acta Optica Sinica,2008,28(6):1183-1189

[15] [15] Chen Yunbo,Tang Bo,Wang Lina et al.. Study on the frequency stability problem of SAL[J]. Chinese J. Radio Science,2006,21(6):975-977

[16] [16] Thomas J. Karr. Resolution of synthetic aperture imaging through turbulence[J]. J. Opt.Soc. Am,A.,2003,20(6):1067-1083

[17] [17] Robert L. Lucke. Synthetic aperture ladar simulations with phase screens and fourier propagation[J]. IEEE Aerospace Conference Proceedings,2004,3:1788-1798

[18] [18] J. C. Ricklin,P. G. Tomlinson. Active imaging at DARPA[C]. SPIE,2005,5895:1-9

[19] [19] Zhili Hua,Hongping Li,Yongjian Gu. Atmospheric turbulence phase compensation in synthetic aperture ladar data processing[C]. SPIE,2007,6787:1-6

[20] [20] Walter G. Carrara,Ron S. Goodman. Spotlight Synthetic Aperture Radar:Signal Process Algorithms[M]. Artech House,1995. 95-109

[21] [21] J. W. Goodman. Statistical Optics[M]. Wiley,1985. 361-464

[22] [22] R. G. Lane,A. Glindemann,J. C. Dainty. Simulation of a kolmogorov phase screen[J]. Waves Random Media,1992,2:209-224

[23] [23] Zhang Huimin,Li Xinyang. Numerical simulation of wavefront phase screen distorted by atmospheric turbulence[J]. Opto-Electronic Engineering,2006,33(1):14-19

[24] [24] Karin R. Weiss,Wrana,Leslie S Balfour. Statistical analysis of measurements of atmosphere turbulence in different climates[C]. SPIE,2002,4538:93-101

[25] [25] D. E. Wahl,P. H. Eichel,D. C. Ghiglia et al.. Phase gradient autofocus -A robust tool for high resolution SAR phase correction[J]. IEEE Transaction on Aerospace and Electronic Systems,1994,30(3):827-835

[26] [26] Charles V. Jakowatz,Jr.,Daniel E. Wahl. Eigenvector method for maximum-likelihood estimation of phase errors in synthetic-aperture-radar imagery[J]. J. Opt. Soc. Am. A.,1993,10(12):2539

[27] [27] Paul H. Eichel,Dennis C. Ghiglia,Charles V. Jackowatz et al.. Phase correction system for automatic focusing of synthetic aperture radar[P]. United States Patent :4924229