[1] F G Smith. The Infrared and Electro-Optical Systems Handbook, Vol. 2: Atmospheric Propagation of Radiation, 1(1993).

[2] R Z Rao. Modern Atmospheric Optics, 1(2012).

[5] J H Qiu, D R Lu, H B Chen et al. Modern research progresses in atmospheric physics. Chinese Journal of Atmospheric Sciences, 27, 628-652(2003).

[7] H L Jiang, S F Tong, L Z Zhang et al. The Technologies and Systems of Space Laser Communication, 54(2010).

[8] S Piazzolla, S Slobin. Statistics of link blockage due to cloud cover for free-space optical communications using NCDC surface weather observation data, 4635, 138-149(2002).

[9] Hamid Hemmati, 王 平, 孙 威. 深空光通信, 98-101(2009).

     H Hemmati. Deep Space Optical Communications. Wang P, Sun W, Transl, 98-101(2009).

[10] W Xiong, J W Xie. Introduction to Opto-Electronic Tracking and Control System, 118(2009).

[12] S R Robinson. Infrared and Electro-Optical systems Handbook, Vol. 8: Emerging Systems and Technologies, 353-356(1993).

[13] L Fan, C M Lei, D D Shi et al. Analysis of nighttime infrared cloud cover at Yaoan astronomical station. Acta Astronomica Sinica, 58, 47-54(2017).

[14] J Yin, Y Q Yao, H S Wang et al. A method to measure cloudiness of all-sky images in No-moon nights. Acta Astronomica Sinica, 53, 230-239(2012).

[15] H W Cheng, S F Tong, P Zhang et al. General Technology of Satellite Laser Communications, 46-49(2020).