[1] F G Smith.
[2] R Z Rao. Modern Atmospheric Optics, 1(2012).
[3] S Z Xu. Fundamentals of Atmospheric Physics(1993).
[4] P X Sheng. Atmospheric Physics, 470-477(2013).
[5] B L Zhao, A C Zhang. Principle of Atmospheric Detection(1987).
[6] Y Su, M Wan. High Energy Laser System, 123-126(2004).
[7] Y J Qiu. Atmospheric Aerosol Physics, 189-192(2020).
[8] J Wu, C P Yang, J B Liu. Theory of Light Transmission in the Atmosphere, 36-37(2005).
[9] Z F Song. Fundamentals of Applied Atmospheric Optics: Light Wave Transmission in the Atmosphere and Remote Sensing Application, 218-220(1990).
[10] A K Majumdar, J C Ricklin. Free-Space Laser Communications: Principles and Advances(2008).
[11] K B Mao, Z H Qin. The transmission model of atmospheric radiation and the computationof transmittance of MODTRAN. Geomatics & Spatial Information Technology, 27, 1-3(2004).
[12] Y Y Sun, H Dong, Z H Bi et al. Inter-comparison of models for radiative transfer in the atmosphere. High Power Laser & Particle Beams, 16, 149-153(2004).
[13] Y Y Sun, Z P Li, B Yang. High resolution radiative transfer model FASCOD2. Chinese Journal of Quantum Electronics, 14, 75-80(1997).
[14] G P Anderson, J X Wang, M L Hoke et al. History of one family of atmospheric radiative transfer codes, 2309, 170-183(1994).
[15] A Berk, G P Anderson, L S Bernsteinm et al. MODTRAN4 radiative transfer modeling for atmospherric correction, 3756, 348-353(1999).
[16] G C James, J X Wang, G P Anderson. FASCODE: An update and applications in atmospheric remote sensing, 2266, 613-623(1994).
[17] J Zhou, G M Yue, F D Qi et al. Optical properties of aerosol derived from lidar measurements. Chinese Journal of Quantum Electronics, 15, 140-148(1998).
[18] W Fan, Y Wang, R Z Rao. Measurement of the atmospheric transmittance from visible to near infrared bands. Acta Photonica Sinica, 35, 402-407(2006).
[19] J Zhan, R P Guo, R Z Rao. Measurement of atmospheric transmittance in the visible and near-infrared. Journal of Atmospheric and Environmental Optics, 1, 179-183(2006).
[20] X J Zhou, S C Tao, K Y Yao. Advanced Atmospheric Physics, 87-91(1991).