Structure Design and Optimization of Lift Platform for Bottom Load Optomechanical Module of Amplifier

Xiaobo Liu; Xiaofeng Wei; Wei Ni

doi:10.3788/LOP55.051408

[1] Zhang X M. Research on the overall and key technology of broadband high power laser system[D]. Shanghai: Fudan University, 8-10(2006).

[2] Liu X B, Wei X F, Yuan X D et al. Research on Technology of field installation for amplifier optomechanical components of NIF[J]. Laser & Optoelectronics Progress, 54, 091409(2017).

[4] Liu X B, Xie Z J, Liu N et al. Design and research of the assembly facility for opticmechanical module for cleaness and precision[J]. China Mechanical Engineering, 21, 146-150(2010).

[5] Wang K, Xie Z J, Wang S G et al[J]. Structural design of vertical lift in super-clean environment Machinery Design & Manufacture, 2009, 20-22.

[6] Xie Z. Design andresearch of six degrees of freedom position and posture dynamic adjustment bottom-loading equipment[D]. Chongqing: Chongqing University, 10-55(2016).

[7] Zou S. Research on technology of clean-precision alignment and installation of bottom loading system to optomechanical assembly[D]. Harbin: Harbin Institute of Technology, 25-70(2016).

[8] Gao Y D, Su F C, Li Z et al[M]. ANSYS Workbench 30 essentials of mechanical engineering applications(2013).

[9] Li B, He Z J, Chen X F[M]. ANSYS Workbench design, simulation and optimization(2008).