学术论文  | 
   代表性论文 1.Ji Y, Wang S, Yu Y, Luan H,   Wang Y, Gao Q, Zhao X*. 3D Modeling and Analysis of Small-loop Source TDEM   Method Based on CFS-PML-CN-FDTD method. IEEE transactions on geoscience and   remote sensing. 2024:1-13 1区Top 2.Liu, H., Zhao, X*., Yu, Y.,   Zhang, Y. and Ji, Y*., Magnetic   Equivalent Circuit Model Surveys of Superparamagnetic Effect in Time-Domain   Electromagnetic Method. IEEE Transactions on Industrial Electronics.2024 1区Top 3.Liu H, Zhao X*, Yu Y, Qiu S,   Ji Y*. 3-D Full-Waveform Modeling and Analysis of Induced Polarization and   Magnetic Viscosity Effect in Time-Domain Electromagnetic Method. IEEE   transactions on geoscience and remote sensing. 2023 1区Top 4.Wang S, Yu Y, Zhao X, Wang   Y, Gao Q, Ji Y*. Characterization of Excitation Effects and Data   Interpretation of Combined Time-Domain Multiwaveform Transmission Currents.   IEEE sensors journal. 2023;23(15):17159-72.2区 5.Zhao,X.,Wang,S.,Wu,Q.,Ji,Y*.Time-domain     electromagnetic fractional anomalous diffusion over a rough medium;IEEE     Transactions on Antennas and Propagation; 69(8); 4706-4714; (2020). 1区Top  6.Zhao,X., Liu,H., Wu,Y., Lin,J*.,&Ji,   Y*.Magnetic Viscosity Effect in Magnetic-Source Time-Domain Electromagnetic   Surveys; IEEE Transactions on Geoscience and Remote Sensing; 60;1-11;   2022-04-20 1区Top 7.Ji Y, Liu H, Yu Y, Zhao X*. 3D modeling and   analysis of superparamagnetic   effects in ATEM based on the FDFD.   Geophysical journal international. 2022. 2区Top  8.Zhao,X.,Yu,Y.,Ji,Y*.,&Luan,H*.An improved   finite-difference time-domain solution for three-dimensional transient electromagnetic   modeling in source-free media; Radio Science;54(11); 975-985;.2019-09 SCI 9.Ji,Y., Zhao,X., Gu, J., Li,D., & Guan,S.*   Reduction of electromagnetic reflections in 3D airborne transient   electromagnetic modeling: Application of the CFS-PML in source-free media; International   Journal of Antennas and Propagation; 2018;1-14;SCI 10.Zhao, X., Jiang, Y., & Ji, Y.*.The 3D   fractional modeling of electromagnetic sub-diffusion based on FDTD;The     Applied Computational Electromagnetics Society Journal (ACES);34(07); 1015-1019;SCI  |