[1] HAN Yuan-yuan，ZHANG Yu-min，HAN Jie-cai，et al. Optimum design of lightweight silicon carbide mirror [J].Opto-Electronic Engineering，2006，33(8)：123-126.

[2] ZHANG Xue-jun，LI Zhi-lai，ZHANG Zhong-yu. Space telecope aspherical mirror structure design based on SiC material [J].Infrared and Laser Engineering，2007，36(5)：577-581.

[3] LIU Hui，YU Qing-hua，PEI Yun-tian. Light-weighted Structure Contrast and Deformation Analysis of the Large Mirror [J].Opto-Electronic Engineering，2009，36(11)：70-74.

[4] Talapatra D C. On the self-weight sag of arch-like structures in the context of light-weight mirror design [J]. OPTICA ACTA(S0030-3909)，1975，22(9)：745-759.

[5] Vukobratovich D. Optimum Shapes for Lightweighted Mirrors [J]. Proc. of SPIE(S0277-786X)，1982，332，419-432.

[6] GUO Xi-qing，WANG Yue-yong. Analysis of structural forms of lightweight hole for heavy-caliber mirror [J]. Optics and Precision Engineering，2000，8(6)：518-521.

[7] WANG Fu-guo，ZHANG Jin-xu，YANG Hong-bo，et al. Lightweight design and analysis for a 1.2m SiC primary mirror [J].Optics and Precision Engineering，2009，17(1)：85-91.

[8] WILSON R N. Reflecting Telescope Optics Ⅱ, Manufacture, Testing, Alignment, Modern Techniques [M]. Berlin：Springer，1999：242-259.

[9] Parks Robert E，Wortley Richard W，Cannon James E. Engineering with lightweight mirrors [J]. Proc. of SPIE (S0277-786X)，1990，1236：735-743.

[10] ZHANG Ge，ZHAO Ru-cheng，ZHAO Wen-xing. Novel reaction-formed joint technology for reaction bonded silicon carbide ceramics [J]. Optics and Precision Engineering，2008，16(6)：1037-1041.