[2] FU Jia，ZHANG Jingxu，WANG Fuguo，et al. Application of Whiffletree for Primary Mirror Lateral Support [J]. Infrared Technology，2012，34(4)：209-216.

[3] Myung K Cho. Optimization of Support Point Locations and Force Levels of the Primary Mirror Support System [R]. GENIMI Telescopes Project，RPT-O-G0017，1993.

[4] Jr Paul R Yoder. Opto - Mechanical Systems Design：3rd Ed [M]. New York：CRC Press，2006：460-461.

[5] WU Xiaoxia. Design Research on Tangent Lateral Support of Thin Meniscus Mirror [J]. Journal of Changchun University of Science and Technology：Natural Science Edition，2011，34(1)：53-56.

[6] WU Xiaoxia，HAO Liang，SHAO Liang，et al. Lateral support of thin meniscus mirror [J]. Optics and Precision Engineering， 2016，24(3)：553-559.

[7] GUO Peng，ZHANG Jingxu，YANG Fei，et al. The optimization of TMT M3 Prototype’s support points [J]. Laser & Optoelectronics Progress，2015，52(11)：198-203.

[8] McCarthy J M. An Introduction to Theoretical Kinematics [M]. Cambridge：MIT Press，1990：20-22.

[9] Oschuetz L，Wessolek D，Sattler W. Constructing with Movement：Kinematics [C]// Proceedings of the Fourth International Conference on TEI，Cambridge，USA，January 25–27，2010：257-260.

[10] Carretero J A，Nahon M，Buckham B，et al. Kinematic analysis of a three-dof parallel mechanism for telescope applications [C]// Proceedings of the 1997 ASME Design Engineering Technical Conferences，Sacramento，California，September 14-17，1997：1427-1435.

[11] Neill D R，Krabbendam V，Andrew J，et al. Active tangent link system for transverse support of large thin meniscus mirrors [C]// Optical Engineering and Applications，SPIE，San Diego，USA，September 17，2007：66650F-01-66650F-12.

[12] YANG Fei，LIU Guojun，ZHAO Hongchao，et al. Stiffness allocation and analysis of TMT M3S [J]. Optics and Precision Engineering，2016，24(1)：152-159.

[14] FAN Lei，YANG Hongbo，ZHANG Jingxu，et al. Lightweight Design for 2 m SiC Arch Mirror [J]. Opto-Electronic Engineering，2010，37(10)：71-76.