[1] F Bartoli, L Esterowitz, R Allen et al. A generalized thermal model for laser damage in infrared detectors. Journal of Applied Physics, 47, 2875-2881(1976).
[2] A K Storeboe, T Brudevoll, K Stenersen. Calculated temperature rise in midinfrared laser irradiated Hg 0.72Cd0.28Te. Journal of Applied Physics, 103, 053108(2008).
[3] C Burgess, L Hill, L Lewins et al. Modelled and experimental laser-induced sensor damage thresholds to continuous wave infrared sources, 10797, 188-201(2018).
[4] Y Ikemoto, H Zen. HgCdTe detector saturation using infrared free electron laser and infrared synchrotron radiation. Infrared Physics & Technology, 106, 103268(2020).
[5] T Jiang, X A Cheng, Z J Xu et al. Generation mechanism of two different over-saturation phenomena of photovoltaic HgCdTe detectors irradiated by CW band-in laser. Acta Phys. Sin, 62, 097303-1-10(2013).
[6] M Yao, J F Ye, L Li et al. Analysis of the transient response signal of a silicon-based PIN photodiode irradiated by picosecond laser. Infrared and Laser Engineering, 50, 20210305(2021).
[7] T Wang, P Li, X Yu et al. High-energy hundred-picosecond fiber-solid hybrid laser and its application in laser-induced damage in PIN photodiode. Laser Physics, 30, 036004(2020).
[8] K Wang, X Yu, P Li et al. Laser-induced damage in a silicon-based photodiode by MHz picosecond laser. Laser Physics, 30, 076002(2020).
[9] L Xu, H Cai, C Li et al. Degradation of responsivity for photodiodes under intense laser irradiation. Optik, 124, 225-228(2013).
[10] M Kruer, R Allen, L Esterowitz et al. Laser damage in silicon photodiodes. Optical and Quantum Electronics, 8, 453-458(1976).
[11] V K Arora, A L Dawar. Laser-induced damage studies in silicon and silicon-based photodetectors. Applied Optics, 35, 7061-7065(1996).
[12] J Bi, X Zhang, X Ni. Numerical simulation of thermal damage process between laser and a photodiode for different magnitudes of pulse energy. Nonlinear Optics: Technologies and Applications. SPIE, 6839, 459-464(2008).
[13] S E Watkins, C Z Zhang, R M Walser et al. Electrical performance of laser damaged silicon photodiodes. Applied optics, 29, 827-835(1990).
[14] J Chu, A Sher.
[15] J R Yang. Physics and Technology of HgCdTe Materials, -808431-3(2012).
[16] P Capper, J Garland. Mercury Cadmium Telluride Growth, Properties and Applications(2011).
[17] S Linge, H P Langtangen. Programming for computations-Python: A gentle introduction to numerical simulations with Python3.6(2020).
[18] A Lietoila, J F Gibbons. Computer modeling of the temperature rise and carrier concentration induced in silicon by nanosecond laser pulses. Journal of Applied Physics, 53, 3207-3213(1982).
[19] Q Guo, F Chen, X Li et al. High-accuracy source-independent radiometric calibration with low complexity for infrared photonic sensors. Light: Science & Applications, 10, 1-12(2021).
