Office Location
Physics Building Room 309
Email
wanghn@jlu.edu.cn
Education
1989-1994 Ph.D. degree in geophysics, Changchun
University of Geoscience
1986-1989 M.S. Changchun University of Geoscience
Professional Employment
2003--2004 A Senior Visiting Scholar with Department of Electrical and Computer Engineering, University of Victoria, Victoria, B.C., Canada
2001 - now Professor, Department of Physics, Jilin University, Changchun, China
1997 - 2001 Associate Professor, Department of Physics, Jilin University, Changchun, China
1995 - 1997 Postdoctoral Researcher, Department of Physics, Jilin University, Changchun, China
1992 - 1995 Lecturer, Department of Geophysics, Changchun University of Geoscience
1989 - 1992 Assistant, Mathematics Teaching and Research Section, Changchun College of Geology, China
Research focus
Prof. Wang’s research directions include EM field theory, computational Electromagnetics, inverse scattering theory and inversion imaging method. He has been devoted to solve problems about high efficiency and high precise numerical simulation, parameter and pixel inversion explicit sensitivity accurate algorithm and inversion imaging technology in the borehole EM detection, controlled source EM measurement, Marine electromagnetics and airborne transient EM data.
Research Interests
Electromagnetic field theory
Forward and Inverse Problems
Subsurface Electromagnetic Sensing
Research Supports
National Science Foundation of China
Ministry of Science and Technology of China
Chinese Academy of Sciences
Industrial Collaboration
China Petroleum Logging Co., Ltd,
Daqing Well Logging Company,
BGP, East Geophysical Company,
Aeronautical Geophysical Survey and Remote Sensing Centre.
Academic Position
Vice chairman of The First Committee of Borehole Geophysics Professional Committee of Chinese Geophysical Society
Standing director of Geophysical Society of Jilin province
Member of Chinese Geophysical Society
Professional Activities
Reviewer, Chinese Journal of Geophysics (in Chinese)
Reviewer, IEEE Transactions on Geosciences and Remote Sensing
Reviewer, Geophysics
Selected Publication
1.Chen Bo, Wang Hongnian*, Yang Shouwen, Yin Changchun, 2021, An efficient algorithm of three-dimensional explicit electromagnetic sensitivity matrix in marine controlled source electromagnetic measurements, Acta Physica Sinica, 70(06):069101(1-16)
2.Wang Hongnian*, Yu Lei, Wang Hsosen, Yang Shouwen, Yin Changchun, 2021, A Hybrid Algorithm for LWD Azimuthal Electromagnetic Responses with Annular Grooved Drill Collar, Chinese J. of Geophysics, 64(05):1-19
3.Wang Hongnian*, Tao Honggen, Yao Jinjing and Zhang Ye, 2012, An Efficient and Reliable Simulation of Multicomponent Induction Logging Response in Horizontally Stratified Inhomogeneous TI Formations by Numerical Mode-Matching Method, IEEE Trans. On Geosci. and Remote Sensing, 50(9):3383-3395
4.Wang Hongnian*, 2011, Adaptive Regularization Iterative Inversion of Array Multicomponent Induction Well Logging Datum in a Horizontally Stratified Inhomogeneous TI Formation, IEEE Trans. On Geosci. and Remote Sensing, 49(11): 4483-4492.
5.Wang Hongnian*, Poman So, Yang Shouwen et al, 2008, Numerical Modeling of Multicomponent Induction Well Logging Tools in the Cylindrically Stratified Anisotropic Media, IEEE Trans. On Geosci. and Remote Sensing, 46(4):1134-1147
Part List of Papers, updated on April. 20, 2021
A. Journals
1.Zhuangzhuang Kang, Hongnian Wang*, Yazhou Wang, and Changchun Yin, 2021, Fourier Series Approximation of Tensor Green’s Function in Biaxial Anisotropic Media, IEEE Geoscience and Remote Sensing Letters, https://doi.org/10.1109/LGRS.2020.3048111. (in Print)
2.Lei Yu, Hongnian Wang*, Haosen Wang, Shouwen Yang, Changchun Yin, 2021, 3-D Finite Volume Modeling for LWD Azimuthal Propagation Resistivity Tool with Multiple Annular Antenna Recesses Using Coupled Potentials on Cylindrical Grids, IEEE Transactions on Antennas and Propagation. (in Print)
3.Chen Bo Wang Hongnian*, Yang Shouwen, Yin Changchun, 2021, An efficient algorithm of three-dimensional explicit electromagnetic sensitivity matrix in marine controlled source electromagnetic measurements,Acta Physica Sinica, 70(06):069101(1-16)
4.Wang Hongnian*, Yu Lei, Wang Hsosen, Yang Shouwen, Yin Changchun, 2021, A Hybrid Algorithm for LWD Azimuthal Electromagnetic Responses with Annular Grooved Drill Collar, Chinese J. of Geophysics, 64(05):1-19
5.Yu Lei, Wang Hongnian*, Wang Hsosen, Yang Shouwen, Yin Changchun, 2021, Numerical simulation of LWD orthogonal azimuth electromagnetic tool with annular antenna recesses by 3D finite volume method, Chinese J. of Geophysics, (Printing)
6.Wang Haosen, Wang Hongnian*, Yang Shouwen and Yin Changchun, 2020, Efficient fi nite-volume simulation of the LWD orthogonal azimuth electromagnetic response in a three-dimensional anisotropic formation using potentials on cylindrical meshes, APPLIED GEOPHYSICS, 17(2):192-207
7.Kang Zhuangzhuang, Wang Hongnian*, Wang Hsosen, Yang Shouwen, Yin Changchun, 2020, Study of multi-component induction logging in layered crossbedding formation using the propagation matrix method, Chinese J. of Geophysics, 63(11):4277-4289
8.Bai Yan; Zhan Qiwei; Wang Hongnian,et al, 2020, Calculation of Tilted Coil Voltage in Cylindrically Multilayered Medium for Well-Logging Applications, IEEE ACCESS , Vol(8): 30081-30091
9.Shouwen Yang, Shihan Shen, Yugang Ma and Hongnian Wang*, 2019, A Novel Semianalytic Algorithm for Cosine Transform in ATEM Measurement, IEEE Geoscience and Remote Sensing Letters, 16(2): 306-309
10. Bai Yan, Yang Shouwen , Ma Yugang, Chen Tao, Wang Hongnian* , 2018, Adaptive borehole correction of three-dimensional array induction logging data in a vertical borehole, Chinese J. of Geophysics, 61(9): 3876-3888
11. Zhu Tianzhu, Yang Shouwen , Bai Yan, Chen Tao, Wang Hongnian*, 2018, Efficient and high-precision establishment of borehole correction database for multicomponent array induction logging in vertical boreholes by a 2.5D NMM algorithm, Chinese J. of Geophysics, 61(9): 3876-3888
12. Lin Lin, Yang Shouwen , Bai Yan, Chen Tao, Wang Hongnian*, 2018, Efficient simulation and response analysis of three-dimensional induction logging in horizontally layered inhomogeneous TI formation with instrument eccentricity, Chinese J. of Geophysics, 60(5): 2000-2010
13. Lin Lin, Jiao Liguang, Chen Bo, Kang Zhaungzhaung, Ma Yugang, Wang Hongnian*, 2017,Efficient simulation of marine controlled source electromagnetic responses for axisymmetric scatter by using numerical mode matching approach,Acta Physica Sinica,66(13): 139102
14. Wang Haosen, Yang Shouwen, Bai Yan, Chen Tao, Wang Hongnian*, 2016,Three-dimensional finite volume simulation of the resp onse of azimuth electromagnetic wave resistivity while drilling in inhomogeneous anisotropic formation, Acta Physica Sinica,65(7): 079101
15. Zhou Jianmei, Wang Jianxun, Wang Hongnian*, 2014, Shang Qinglong, et al,Regularized inversion of controlled source electromagnetic data in horizontally layered transverse isotropic media, Journal of Geophysics and Engineering, 11 025003 (1-12)
16. Yang Shouwen, Wang Jianxun, Zhou Jianmei, Zhu Tianzhu, Wang Hongnian*, 2014, An Efficient Algorithm of Both Fréchet Derivative and Inversion of MCIL Data in a Deviated Well in a Horizontally Layered TI Formation Based on TLM Modeling, IEEE Trans On Geosci and Remote Sensing, 52(11),6911-6923
17. Zhou Jianmei, Zhang Ye, Wang Hongnian*, et al,2014, Efficient simulation of three-dimensional marine controlled-source electromagnetic response in anisotropic formation by means of coupled potential finite volume method, Acta Physica Sinica, 63(15): 159101
18. Shang Qinglong, Wang Jianxun, Wang Hongnian*, Liu Changwei, et al,2014, Simulation of 3D responses of high-resolution natural gamma ray detector with shielding in inhomogeneous formation based on the theory of single energy narrow-beam gamma-ray, Chinese J. of Geophysics, 57(3),979-990
19. Wang Jianxun, Wang Hongnian*, Zhou Jianmei, Yang Shouwen, Liu Xiaojun, Yin Chang-Chun. Simulation of marine controlled-source electromagnetic response in horizontally layered transversely isotropic formation by using improved transmission line method. Acta Physica Sinica, 2013, 62(22): 224101
20. Wang Hongnian*, Tao Honggen, Yao Jinjing and Zhang Ye, 2012, An Efficient and Reliable Simulation of Multicomponent Induction Logging Response in Horizontally Stratified Inhomogeneous TI Formations by Numerical Mode-Matching Method, IEEE Trans. On Geosci. and Remote Sensing, 50(9)：3383-3395
21. Zhang Y, Wang H N*, Tao H G, et al,2012, Finite volume algorithm to simulate 3D responses of multi-component induction tools in inhomogeneous anisotropic formation based on coupled scalar-vector potentials. Chinese J. Geophys, 55(6): 2141-2152
22. Zhou Jianmei, Wang Hongnian*, Yao Jingjin, Yang Shouwen, Ma Yinzhi, Parameterized inversion of frequency sounding data in horizontally stratified transverse isotropic medium,Acta Physica Sinica, 2012, 61(8): 089101
23. Wang Hongnian*, 2011, Adaptive Regularization Iterative Inversion of Array Multicomponent Induction Well Logging Datum in a Horizontally Stratified Inhomogeneous TI Formation, IEEE Trans. On Geosci. and Remote Sensing, 49(11): 4483-4492
24. Yao D H, Wang H N*, Yang S W, et al, 2010, Study on the responses of multi-component induction logging tool in layered orthorhombic anisotropy formations by using propagator matrix method, Chinese J. Geophys, 53(12): 3026-3037
25. Yao Donghua, Wang Hongnian*, Tao Honggen, et al, 2010.Iterative Tikhonov regularization inversion for dual-laterolog in horizontally stratified media, Chinese J. of Geophysics,53(9): 2227-2236
26. Chen Guibo, Wang Hongnian*, Yao Jingjin, Han Ziye, Yang Shouwen, An efficient algorithm of the electromagnetic dyadic Green’s function in a horizontal-layered anisotropic medium. Acta Physica Sinica, 2009, 58(3): 1608-1618
27. Chen Guibo, Wang Hongnian*, Yao Jingjin, et al, 2009, Modeling of electromagnetic responses of 3-D electrical anomalous body in a layered anisotropic earth using integral equations, Chinese J. of Geophysics,52(8): 2174-2181
28. Yang Shouwen, Wang Hongnian*, Chen Guibo, Yao Donghua, 2009, The 3-D finite difference time domain（FDTD）algorithm of response of multi-component electromagnetic well logging tool in a deviated and layered anisotropic formation, Chinese J. of Geophysics,52(3): 833-841
29. Wang Hongnian*, Poman So, Yang Shouwen, et al, 2008, Numerical Modeling of Multicomponent Induction Well Logging Tools in the Cylindrically Stratified Anisotropic Media, IEEE Trans On Geosci and Remote Sensing, 46(4):1134-1147
30. Wang Hongnian*, Tao Honggen, Yao Jingjin, et al, 2008, Fast Multiparameter Reconstruction of Multicomponent Induction Well Logging Datum in Deviated Well in a Horizontally Stratified Anisotropic Formation, IEEE Trans On Geosci and Remote Sensing, 46(5):1525-1534
31. Wang Hongnian*, Tao Honggen, Yao Jingjin, Chen Guibo, 2008, Study on the response of a multicomponent induction logging tool in deviated and layered anisotropic formations by using numerical mode matching method, Chinese J. of Geophysics, 51(5) :1591-1599
32. Wang Hongnian*, Tao Honggen, Yao Jingjin, et al, 2008, Study on the response of a multicomponent induction logging tool in deviated and layered anisotropic formations by using numerical mode matching method. Chinese J. of Geophysics,51(5): 1591-1599
33. Wang Hongnian*, Tao Honggen, Wang Guiping, et al, 2007, A fast approximate iterative inversion technique of dual induction logging data, Chinese J. of Geophysics,50(5): 1614-1622
34. Wang Hongnian*, Tao Honggen, Wang Guiping, et al, 2007, Fast Approximatively iterative inversion technique of Dual-Induction Logging data, Chinese J. of Geophysics,47(3):443-447
35. Wang Hongnian*, 2003, Simultaneous reconstruction of geometric parameter and resistivity around borehole in horizontally stratified formations from multiarray induction logging data, IEEE Trans on Geosci and Remote Sensing, 41(1):81-89
36. Wang Hongnian* and Yang Shande, 2002, A multi-parameter iterative inversion of dual-laterolog in horizontally layered medium and its error analysis, IEEE Trans On Geosci and Remote Sensing,40(2):482-493
37. Wang Hongnian*, Tao Honggen, Chimed Surong, Yang Shande, 2002, regularized entire-parameter iterative inversion of dual-laterolog in horizontally stratified media and its application, Chinese J. of Geophysics, 45(Supl.):387-399
38. Wang Hongnian* and Yang Shande, 2001, Fast modeling of micro-spherically focused log in a horizontally layered formation, IEEE Trans On Geosci and Remote Sensing, 39(10):2275-2282
39. Wang Hongnian*, Li Zhoubo, Chang MingChe, 1998, Evaluation of stability and reliability of complex lithological interpretation models and its application, Chinese J. of Geophysics, 41(2):281–291
40. Wang Hongnian*, Li Zhoubo, Yang Shande, Chang Mingche, Tao Honggen, Sun Hongzhi,1997, regularized algorithm for enhancement of vertical resolution of natural gamma-ray log,Chinese J. of Geophysics, 40(06): 847-856
41. Wang Hongnian*, Zhang Wensheng, Xie jing, 1993,iterative algorithm for joint inversion of gravimetric and seismic data in layered medium, Oil Geophysical Prospecting, 28(2):153～165
42. Wang Hongnian*, Xie jing, 1991, nonlinear inversion of two-dimensional SH-wave equation. Oil Geophysical Prospecting, 26(3):305～318
B. Conferences
1.Kang Zhuangzhuang, Wang Hongnian*, Yang, Shouwen, 2019, Simulation of Full Responses of Triaxial Induction Logging in 1D Layered Arbitrarily Anisotropic Formations, Progress in Electromagnetics Research Symposium, 936-942
2.Chen Bo, Wang Hongnian*, Yang Shouwen,2019, An Efficient Algorithm of Explicit Sensitivity Matrix in 3D Marine Controlled-source Electromagnetic Imaging, Progress in Electromagnetics Research Symposium: 889-896
3.Wang Hongnian*; Hu Ping; Tao Honggen, 2011, Fast Numerical Simulation of Responses of Array Multicomponent Induction Logging Tool in Horizontally Stratified Inhomogeneous TI Formation by NMM, Progress in Electromagnetics Research Symposium: 1122-1127
4.Yang Shouwen, Wang Hongnian*, 2011, Fast Parameterized Inversion of Multicomponent Induction Logging Data in Horizontally Layered TI Formation, Progress in Electromagnetics Research Symposium: 1133-1138
5.Zhang Ye; Wang Hongnian*, Yang Shouwen, 2011, Finite Volume Algorithm to Simulate Responses of Multi-component Induction Tools in 3D Inhomogeneous Anisotropic Formation Using Coupled Scalar-Vector Potentials, Progress in Electromagnetics Research Symposium: 1128-1132
Part of Competitive Project Fundings
· Development of Forward and Inversion Software for Azimuth-while-drilling Electromagnetic Wave Logging (XDA14020102), a strategic pilot technology project (Class A) of the Chinese Academy of Sciences, in research
· 3D time domain forward and inversion theory and interpretation software of Helicopter airborne EM data (2017YFC0601805), a key special sub-project of the national key research and development plan, in research
· Study on three dimensional numerical simulation and inversion imaging of LWD ultra deep multi-component electromagnetic propagation resistivity measurement(Grant:41574110), National Science Foundation of China. Completed
· 3D imaging technique of marine controlled source electromagnetic system by 3D finite difference(Grant:2012AA09A20103). the National High-tech R&D Program of China. Completed
· Numerical modeling and data process of 3D induction well logging tool (Grant: 2014-2201-01-001714), supported by China Petroleum Logging Co., Ltd. Completed
· Efficient inversion of Dual Laterolog in horizontally layered formation. supported by Daqing well logging company. Completed
· Enhanced vertical resolution of Natural Gamma well logging, supported by Daqing well logging company. Completed
· 3D numerical modeling and multi-parameter inversion of multi-component induction well logging in completely anisotropic formation(Grant: 40874058). Financially supported by National Science Foundation of China. Completed
· 3D numerical modeling of controlled source electromagnetic measurement and its 1D iterative inversion. supported by the Chinese academy of geological sciences explore geophysical geochemical exploration. Completed
