[1] WANG Jianguo[M]. Manual of parameters of high altitude nuclear explosion effect(2010).

[2] OUYANG Jianming, MA Yanyun, SHAO Fuqiu et al. Numerical simulation of temporal and spatial distribution of X-ray ionization with high-altitude nuclear explosion[J]. Acta Physica Sinica, 61, 242801(2012).

[3] TAO Yinglong, WANG Jianguo, NIU Shengli et al. Numerical simulation of the ionization effects of prompt radiation from high-altitude nuclear explosions[J]. Acta Physica Sinica, 59, 5914-5920(2010).

[4] Xu H, Ouyang J M, Wang S W et al. Impact of atmospheric ionization by delayed radiation from high-altitude nuclear explosions on radio communication[J]. Nuclear Science and Techniques, 30, 179(2019).

[5] ZHAO Zhengyu, WANG Xiang. Numerical simulation of the ionization effects of low- and high-altitude nuclear explosions[J]. Acta Physica Sinica, 56, 4297-4304(2007).

[6] LIU Li, NIU Shengli, ZHU Jinhui et al. Numerical simulation of debris motion from a near-space nuclear detonation[J]. Chinese Journal of Computational Physics, 39, 521-528(2022).

[7] LIU Li, NIU Shengli, ZHU Jinhui et al. Motion characteristics and laws of the debris from a near-space nuclear detonation[J]. Nuclear Techniques, 45, 100503(2022).

[8] YANG Bin, NIU Shengli, LUO Xudong et al. The simulation of high-altitude nuclear explosion debris movement[J]. Nuclear Techniques, 35, 156-160(2012).

[9] Sergeev I Y. Analytical model of explosions in a rarefied atmosphere[J]. Geomagnetism and Aeronomy, 52, 805-810(2012).

[10] Symbalisty E M D, Zinn J, Whitaker R W. RADFLO physics and algorithms[R]. LA-12988-MS(1995).

[11] Steiger W R, Matsushita S. Photographs of the high-altitude nuclear explosion 'Teak'[J]. Journal of Geophysical Research, 65, 545-550(1960).

[12] XU Shuyan, LIU Baojie, LI Qin. Monte Carlo computation in the applied research of nuclear technology[J]. Nuclear Techniques, 30, 597-600(2007).

[13] Zuo Y H, Zhu J H, Shang P. Monte Carlo simulation of reflection effects of multi-element materials on gamma rays[J]. Nuclear Science and Techniques, 32, 10(2021).

[14] LIU Li, ZUO Yinghong, NIU Shengli et al. Variance reduction methods for the Monte Carlo simulation of long-distance neutron and secondaryγtransport in the upper atmosphere[J]. Modern Applied Physics, 13, 010202(2022).

[15] TAO Yinglong, ZHU Jinhui, WANG Jianguo et al. Monte Carlo simulation of gamma ray transport in non-uniform atmosphere[J]. Chinese Journal of Computational Physics, 27, 740-744(2010).

[16] TAO Yinglong, WANG Jianguo, NIU Shengli et al. Parallelization of MCATNP Monte Carlo particle transport code by using MPI[J]. Nuclear Electronics & Detection Technology, 31, 490-494(2011).

[17] Ali Hosseini S, Athari Allaf M. Implementation and benchmarking of ENDFVII based library for PBM reactor analysis with MCNP4c[J]. Progress in Nuclear Energy, 60, 27-30(2012).

[18] Berkowitz J D, Scheibe M, Holland H D. Physics of high-altitude nuclear burst effects: Chapter 5 atmosphere deionization, ADA068541[R](1974).