[1] ZHOU Hui, ZHAO Manqing. Study on correction of atmospheric refraction error of optical measurement data in navy range[J]. Computer Simulation, 29, 6-9(2012).

[2] LIU Lisheng[M]. Accuracy analysis and evaluation for exterior ballistic measurement, 100-105(2010).

[3] HUANG Jie[M]. Correction for atmospheric refractive error of radio wave, 7-26(1999).

[4] LIU Yumei, CHEN Xiangming, ZHAO Zhenwei et al. High-precision fast ray-tracing algorithm used in optical wave refraction error correction system[J]. Chinese Journal of Radio Science, 30, 749-753(2015).

[5] CHEN Youshu, JIANG Ruibin[M]. Meteorology, 26-36(1989).

[6] LI Shuanggang, NIE Jinsong. Influence of atmospheric refraction on photoelectric detection and positioning[J]. Infrared and Laser Engineering, 37, 170-173(2008).

[8] WANG Yanli, SUN Kexian, JIN Shuying et al. Atmospheric refraction error analysis for visual and infrared multispectral sensor in multi-angle imaging[J/OL]. Geomatics and Information Science of Wuhan University. https://doi.org/10.13203/j.whugis20210080

[9] BARRELL H, SEARS J E[M]. The refraction dispersion of air for the visible spectrum, 1-64(1939).

[10] RÜEGER J M[M]. Electronic distance measurement: an introduction, 54-55(1990).

[12] CHEN Xiangming, ZHAO Zhenwei. Comparison of water vapor pressure formulas used in tropospheric refraction correction[J]. Journal of Spacecraft TT& C Technology, 32, 479-483(2013).

[13] WANG Guan, WANG Huilin, QIAN Kun et al. Research on atmospheric refraction correction of airborne electro-optical system target location[J]. Journal of Applied Optics, 43, 641-647(2022).

[14] WANG Weichao, GAN Shiqi, LIU Shuang et al. Correction of atmospheric refraction error based on correlation analysis of star measurement residual data[J]. Infrared and Laser Engineering, 52, 262-269(2023).

[15] CHEN Xiangming, LIU Yumei, ZHAO Zhenwei et al. Analysis of the impact of water vapor on the accuracy of optical wave refraction correction[J]. Journal of Spacecraft TT& C Technology, 33, 501-505(2014).