[1] M BACKMAN, 李景云, 周兰庭, 李禄荫等. 终点弹道学(1981).

     M BACKMAN, Jingyun LI, Lanting ZHOU, Luyin LI et al. Terminal ballistics(1981).

[2] Hui TIAN, Jinping NI. Research on measuring method for terminal trajectory of the flying projectile parameters by nine-light-screens-array. Chinese Journal of Scientific Instrument, 39, 17-23(2018).

[3] Jiani LAO, Hui TIAN, Rui CHEN et al. Mid-wave infrared triggering technology of flying projectile in end ballistic phase. Optics & Optoelectronic Technology, 20, 120-125(2022).

[7] Bo TIAN, Kunlin SHI, Jinlong ZOU et al. Fuse explosion point effect on ammunition damage assessment. Journal of Detection & Control, 42, 1-7,12(2020).

[8] Zhenxiao LI, Shuangpeng HAO, Fuqiang MA et al. Current situation and development of pulsed power supply module technology for electric gun. Acta Armamentarii, 41, 1-7(2020).

[9] Hongliang HUA, Zhenqiang LIAO, Hun GUO et al. Study on launch dynamics and dispersion accuracy of a machine gun system with supporting structures. Journal of Ordnance Equipment Engineering, 43, 42-47(2022).

[10] Jing ZU, Tiehua MA, Dongxing PEI et al. New concept dynamic test(2016).

[11] Jinping NI. Technology and application of measurement of the light screen array(2014).

[12] Guodong YU, Chunyang WANG, Jianghai FENG et al. Error analysis and parameters optimization of integrated light-screen array measurement. Acta Photonica Sinica, 52, 0612003(2023).

[13] Jihan HU, Fen GAO, Jinping NI. Modeling and measurement accuracy analysis of six-light-screen optical target based on plane equation. Acta Photonica Sinica, 49, 0712003(2020).

[14] Fen GAO, Jinping NI, Hui TIAN et al. Design on the large sensor area light screen for velocity measurement of the flying projectile indoor. Optical Technique, 38, 175-179(2012).

[15] Hui TIAN, Jinping NI, Mingxing JIAO et al. Research on detection sensitivity distribution regularity of lens-light-screen. Acta Armamentarii, 37, 325-331(2016).

[16] Chenxi DUAN, Zhonghui SUN, Haiqing LI et al. Sensitivity distribution of large-area triangular detection light screen with original reflection. Journal of Applied Optics, 44, 113-121(2023).

[17] Yun YUAN, Hui TIAN. Analysis and amendment on the sensitivity of large target area light screen. Infrared and Laser Engineering, 47, 108-113(2018).

[18] Zhichao WU, Le LIU, Xiuli ZHANG. Study on large area laser reflective precision target. Optik, 224, 1-6(2020).

[19] D RYAN, D MARCO, S SHAWN. Measurement of bullet impact conditions using automated in-flight photography system. Defence Technology, 13, 288-294(2017).

[20] J PINEZICH, J HELLER, Ting LU. Ballistic projectile tracking using CW Doppler radar. IEEE Transactions on Aerospace and Electronic Systems, 46, 1302-1311(2010).

[21] Bin FENG, Zhongxiang MENG. Analysis on the measurement of bullet impact coordinates with use of acoustic array and optical detection sensor. Applied Mechanics and Materials, 239-240, 735-738(2013).

[22] Yuanyuan SHI. Research on multi-layer array photoelectric coordinate target technology(2020).

[23] Yanwu ZHANG, Feng ZHOU, Sen ZHANG et al. Fiber optic receiving laser array based target coordinate measuring system. China.

[24] Ding CHEN, Di MU, Dachuan CHEN et al. Analysis on the speed properties of the shock wave in light curtain. Open Access, 20, 9-22(2022).

[25] Yunfei JIA, Yaqiu HAN. A novel device for measuring velocity of projectile. Transactions of the Institute of Measurement and Control, 38, 1023-1032(2016).

[26] Zhongwei SU. Automatic target-scoring system based on image processing technology(2022).

[27] Yu SONG, Yalin WANG, Bojun DU et al. Detection of overlapped bullet holes based on improved Otsu's thresholding method. Acta Armamentarii, 43, 924-930(2022).

[28] Jie HU, Kaiyan ZHI, Xiaojun CHEN. Design and implementation of automatic target application software for image processing based on LabVIEW. Journal of Ordnance Equipment Engineering, 40, 83-86(2019).