Postdoctoral Fellows
Postdoctoral Fellow
Current
Seismic wave modeling and LSRTM in attenuating and anisotropic media;
Elastic wave modeling, P/S wave separation, and migration imaging;
Reverse time migration with passive sources (seismology);
X. R. Mu., J. P. Huang., P. Yong, et al., 2020, Modeling of pure qP- and qSV-waves in tilted transversely isotropic media with the optimal quadratic approximation: Geophysics, 85 (2), C71–C89.
X. R. Mu., J. P. Huang., J. D. Yang and X. Guo., 2020, Least-squares reverse time migration in TTI media using a pure qP-wave equation: Geophysics, 85 (4), S199–S216.
X. R. Mu., J. P. Huang., et al., 2021, Modeling viscoacoustic wave propagation using a new spatial variable-order fractional Laplacian wave equation: Geophysics, 86 (6), T487–T507.
X. R. Mu., J. P. Huang., et al., 2022, Modeling of pure visco-qP-wave propagation in attenuating tilted transversely isotropic media based on decoupled fractional Laplacians: Geophysics, 87 (4), T291–T313.
X. R. Mu., J. P. Huang., et al., 2022, Attenuation Compensation and Anisotropy Correction in Re-verse Time Migration for Attenuating Tilted Transversely Isotropic Media: Surveys in Geophysics, 43:737–773
X. R. Mu., J. P. Huang, 2023, A simple and high-efficiency viscoacoustic reverse time migration calculated by finite difference: Geophysics, 88 (6), S213–S223.
X. R. Mu., J. P. Huang., et al., 2021, Diffraction imaging for fault-karst structure by least-squares reverse time migration: Interpretation, 9 (2), T385–T394.
Sep.2017 – Jun.2023: Ph.D. Geological resources and geological engineering, Department of Geophysics, School of Geosciences, China University of Petroleum (East China).
Sep.2021 – Sep.2022: Visiting Ph.D student. Geophysics, Earth system science programme, The Chinese University of Hong Kong.
SEG
EAGE
2022 SEG Foundation/Chevron Scholarship
2022 China National Scholarship
2022 Top 10 Academic Achievers of Postgraduates in UPC
2022 Wangtao Excellence Scholarship
2020 China National Scholarship
Physical Science and Engineering Division (PSE)