[2] Kubík Z, Skála J. Shielding effectiveness measurement simulation of small perfated shielding enclosure using FEM[C]2015 IEEE 15th International Conference on Environment Electrical Engineering. 2015: 19831988.
[3] Ali Khorrami M, Dehkhoda P, Mazandaran R M, et al. Fast shielding effectiveness calculation of metallic enclosures with apertures using a multiresolution method of moments technique[J]. IEEE Transactions on Electromagnetic Compatibility, 52, 230-235(2010).
[4] Mrdakovic B L, Kolundzija B M. Accurate analysis of electromagic shielding problems using MoM SIE method[C]2016 International Symposium on Antennas Propagation. 2016: 162163.
[5] Lü Qilong, Lv Zhiqing, Xue Zhenhao, et al. Research on shielding effectiveness of spacecraft shielding box to electromagic pulse[C]2020 International Conference on Microwave Millimeter Wave Technology. 2020: 13.
[6] Campione S, Warne L K, Reines I C, et al. Modeling experiments of highquality fact cavity shielding effectiveness[C]2019 International Applied Computational Electromagics Society Symposium. 2019: 12.
[8] Li Fulin, Han Jihong, Zhang Chang. Study on the influence of PCB parameters on the shielding effectiveness of metal cavity with holes[C]2019 IEEE 3rd Infmation Technology, wking, Electronic Automation Control Conference. 2019: 383387.
[9] Radivojevi M V, Rupi S, Alilovi V, et al. The shielding effectiveness measurements of a rectangular enclosure perfated with slot aperture[C]2017 International Conference on Smart Systems Technologies. 2017: 121126.
[10] Rabat A, Bonnet P, Drissi K E K, et al. Analytical formulation for shielding effectiveness of a lossy enclosure containing apertures[J]. IEEE Transactions on Electromagnetic Compatibility, 60, 1384-1392(2018).
[11] Holl R, John R S. Statistical electromagics[M]. Boca Raton: CRC Press, 1999.
[16] Hill D A, Ma M T, Ondrejka A R, et al. Aperture excitation of electrically large, lossy cavities[J]. IEEE Transactions on Electromagnetic Compatibility, 36, 169-178(1994).
[17] Junqua I, Parmantier J P, Issac F. A network formulation of the power balance method for high-frequency coupling[J]. Electromagnetics, 25, 603-622(2005).
[19] Flintoftid. AEGPWB: an open source electromagic power balance toolbox solver[DBOL]. [20160518]. https:github.comflintoftidaegpwb.
[20] Bremner P G, Bahadzadeh M, West J C, et al. Statistical field model f perfmance of localized RF absption blankets in a payload fairing[C]2021 IEEE International Joint EMCSIPI EMC Europe Symposium. 2021: 136141.
[21] Pazos J J, Phillips J, Miller E, et al. Estimating fields in spacecraft cavities: experimental validation of finitedifference timedomain power balance computational tools[C]2021 IEEE International Joint EMCSIPI EMC Europe Symposium. 2021: 798803.
[22] Junqua I, Parmantier J P, Ridel M. Modeling of high frequency coupling inside oversized structures by asymptotic PWB methods[C]2011 International Conference on Electromagics in Advanced Applications. 2011: 6871.
