[1] 盛磊.空间光学遥感器发展对新材料的需求［J］.新材料产业, 2001, (10): 44-47.

    SHENG Lei. New materials for the development of space optical remote sensor［J］.Advanced Materials Industry, 2001, (10): 44-47.

[2] 国绍文, 王武义, 张广玉,等.空间光学系统反射镜轻量化技术综述［J］.光学仪器, 2005, 27(4): 78-82.

    GUO Shaowen, WANG Wuyi, ZHANG Guangyu, et al. Lightweight mirror technology for space optical systems［J］. Optical Instruments, 2005, 27(4): 78-82.

[3] 王超.空间大口径反射镜优化设计及其支撑技术研究［D］.西安: 中国科学院西安光学精密机械研究所, 2014.

    WANG Chao. Research on the optimization and support of the large aperture space primary mirror［D］.Xi’an: Xi’an Institute of Optics & Precision Mechanics, Chinese Academy of Sciences, 2014.

[4] 赵洪波, 李英才, 马臻.一种新型的轻质反射镜材料［J］.光子学报, 2002, 31(11): 1394-1396.

    ZHAO Hongbo, LI Yingcai, MA Zhe. A new style slight-weight mirror material［J］. Acta Photonica Sinica,2002, 31(11): 1394-1396.

[5] WEISSMAN H M. State of the art in thin film epoxy replication［J］. SPIE, 1981, 306: 24-28.

[6] ASSUS P, GLENTZLIN A. Steps towards large replicatedmirrors［J］. SPIE,1986, 628: 545-0549.

[7] CHEN P C, SAHA T T, SMITH A M, et al. Progress in very lightweight optics using graphite fiber composite materials［J］.Optical Engineering,1998,37(2): 666-676.

[8] EGLE W, BULLA H, SCHEULEN D, et al. Development of technologies for production of high quality grazing incidence x-ray mirrors on graphite epoxy substrates［J］.Optical Engineering,1990,29(10): 1260-1266.

[9] EGLE W, BULLA H, KAUFMANN P, et al. Production of the first mirror shell for the European Space Agency’s XMM telescope by application of a dedicated area replication technique［J］. Optical Engineering,1990,29(10): 1267-1272.

[10] PAUSCHINGER D, EGLE W, GLATZEL H, et al. Optical demonstration model for the XMM telescope based on lightweight CFRP/EPOXY x-ray mirrors［J］. SPIE,1994,2011: 138-148.

[11] 郝伟娜, 姚正秋, 陈汉良.碳纤维复合材料用于光学镜面［J］. 光学技术, 2001, 27(6): 505-506.

    HAO Weina, YAO Zhengqiu, CHEN hanliang. Carbon fiber composite material used in optical mirror［J］. Optical Technique, 2001,27(6): 505-506.

[12] Abdel Abusafieh, Dan Federicoa, Steve Connell. Dimensional stability of CFRP composites for space based reflectors［J］.Proc. SPIE, 2001,4444: 9-16.

[13] PRVOR M K. Hygrothermal stability of laminated CFRP composite mirrors［J］. SPIE,2000,4013: 655-662.

[14] 盛磊.用碳纤维复合材料制造轻型空间光学镜面［J］.航天返回与遥感, 2003, 24(1): 52-56.

    SHENG Lei. Lightweight space mirrors from carbon fiber composites［J］. Spacecraft Recovery & Remote Sensin, 2003,24(1): 52-56.

[15] CHEN P C, ROMEO R. Fabrication and testing of very lightweight composite mirrors［J］. SPIE,1998,3356: 938-945.

[16] ROMEO R C. CFRP composites for optics and structures in telescope applications［J］. SPIE, 2543: 154-161.

[17] ROMEO R, CHEN P C. CFRP composite thin-shelled mirrors for future space telescopes［J］. SPIE, 2002,4849: 86-93.

[18] CHEN P C, BOWERS C W, CONTENT D A, et al. Advances In very lightweight composite mirror technology［J］.Optical Engineering,2000 39(9): 2320-2329.

[19] ROMEO R C, MARTIN R N. Unique space telescope concepts using CFRP composite thin-shelled mirrors and structures［J］. SPIE,2007,6687: 66870U-1-66870U-8.

[20] ROME R C, MEINEL A B, MEINEI M P, et al. Ultra-lightweight and hyper-thin rollable primary mirror for space telescopes［J］. SPIE,2000, 4013: 634-639.

[21] VARLESE S J, ULMER M, HARDAWAY L R. Laminated electroformed shape memory composite for deployable light-weight optics［J］.SPIE, 2004,5542: 375-383.

[22] VARLESE S J, ULMER M P, HERMILLER J. Performance characterization of a shape memory composite mirror［J］. SPIE, 2005,58990Y-1-58990Y-9.

[23] THOMPSON S J, BROOKS D, DOEL A P. A nickel-carbon-fibre composite for large adaptive mirrors: fabrication methods and properties［J］.Optics Express, 2008,16(2): 1321-1330.

[24] KENDREWA S, DOEL P, BROOKS D, et al. Development of a carbon fiber composite active mirror: design and testing［J］. Optical Engineering,2006,45(3): 033401-1-033401-7.

[25] DOEL P, KENDREW S, BROOKS D, et al. Development of an active carbon fibre composite mirror［J］. SPIE,2004,5490,1526-1533.

[26] KENDREW S, DOEL P, BROOKS D, et al. Prototype carbon fiber composite deformable mirror［J］. Optical Engineering,2007,46(9): 094003-1-094003-7.

[27] KENDREW S, DOEL P, BROOKS D, et al. Carbon fibre composite deformable mirrors: developments at UCL［J］. SPIE,2006,6272: 62722Q-1-62722Q-11.

[28] KENDREW S, DOEL P. Finite element analysis of carbon fibre composite adaptive mirrors［J］. SPIE,2004,5490,1591-1599.

[29] CATANZARO B, THOMAS J A, SMALL D, et al. Optical metrology for testing an all- composite 2-meter diameter mirror［J］. SPIE,2001,4444: 207-223.

[30] CATANZARO B, CONNELL S, MIMOVICH M, et al. Cryogenic (70K) measurement of an all-composite 2-meter diameter mirror［J］. SPIE,2001,4444: 238-255.

[31] STUTE T, WULZ G, SCHEULEN D. Recent developments of advanced structures for space optics at astrium germany［J］. SPIE, 2003,5179: 292-301.

[32] MARTIN R N, ROMEO R C, BARBER G, et al. Lightweight CFRP spherical mirrors for the LHCb RICH-1 detector［J］. SPIE,2007,6670: 66700O-1-66700O-11.

[33] BARBER G J, BRAEM A, BROOK N H, et al. Development of lightweight carbon-fiber mirrors for the RICH 1 detector of LHCb［J］.Nuclear Instruments and Methods in Physics Research A,2008,593: 624-637.

[34] METLICA F C D. Development of light-weight spherical mirrors for RICH detectors［J］. Nuclear Instruments and Methods in Physics Research A,2008,595: 197-199.

[35] ROMEO R C, MARTIN R N, MOLIN M. Replicated carbon fiber RICH mirror for AMS-02［J］.SPIE, 2006,6266: 62663J-1-62663J-10.

[36] BAGWELL B E, WICKA D V, COWAN W D, et al. Active zoom imaging for operationally responsive space［J］. SPIE,2007,6467: 64670D-1-64670D-8.

[37] WILCOX C C, SANTIAGO F, JUNGWIRTH M E, et al. First light with a carbon fiber reinforced polymer 0.4 meter telescope［J］.SPIE,2014,8978: 897805-1-897805-8.

[38] Restaino S R, Martinez T, Andrews J R, et al. Meter class carbon fiber reinforced polymer (CFRP) telescope program at the naval research laboratory［J］. SPIE,2008,7018: 70183C-1-70183C-8.

[39] ANDREWS J R, RESTAINO S R, WILCOX C C, et al. The 1.4 meter lightweight carbon fiber mount for the naval prototype optical interferometer［J］. SPIE,2006,6306: 63060R-1-63060R-8.

[40] MARTIN R N, ROMEO R C. Lightweight optical telescope structures fabricated from CFRP composites［J］. SPIE,2007,6665: 66650A-1-66650A-7.

[41] ROMEO R C, MARTIN R N. Progress in 1m-class, lightweight, CFRP composite mirrors for the ULTRA telescope［J］. SPIE, 2006,6273: 62730S-1-62730S-12.

[42] CHEN P C, RABIN D M. Smart materials optical mirrors［J］.SPIE,2014,9143: 914350-1-914350-7.

[43] CHEN P C, RABIND D. Composite telescope technology［J］. SPIE,2014,9151: 915130-1-915130-9.

[44] CHEN P C, HALER D. Large aperture nanocomposite deformable mirror technology［J］. SPIE,2007,6721: 67210R-1-67210R-8.