Faculty
EDUCATION
| June. 2006 | Ph.D. in Engineering on Geophysics, College of Information Science and Technology, Chengdu University of Technology |
| June. 1989 | M.Sc. in Geophysics, School of Earth Sciences, China University of Geosciences (Wuhan) |
| July. 1986 | B.Sc. in Geophysics, School of Earth Sciences, China University of Geosciences (Wuhan) |
RESEARCH & PROFESSIONAL EXPERIENCE
| 2018-present | Research Professor, Dept. of Earth and Space Sciences, Academy for Advanced Interdisciplinary Studies, Southern University of Science and Technology (SUSTech) |
| 2016-2018
2011-2016 2003-2011
2005-2006
2002-2003 |
Chief Engineer/ Senior Technical Expert of CNPC/ Principal Engineer, Bureau of Geophysical Prospecting (BGP), China National Petroleum Corporation (CNPC)
Chief Engineer/ Senior Technical Expert of CNPC/ Principal Engineer, Integrated Geophysical Administration subordinate to BGP, CNPC Chief Engineer/ Director of the R & D Center/ Principal Engineer, Integrated Geophysical Administration subordinate to BGP, CNPC Post-doctoral Researcher, Dept. of Earth and Atmospheric Sciences, University of Houston, Houston, TX Chief Engineer/ Director of R & D Center/ Senior Engineer, Integrated Geophysical Administration subordinate to BGP, CNPC |
| 1998-2002 | Chief Engineer/ Senior Engineer, The Fifth Geological Survey Division subordinate to BGP, CNPC |
| 1993-1998
1992-1993 |
Deputy Chief Engineer/ Senior Engineer, The Fifth Geological Survey Division subordinate to BGP, CNPC
Director/ Engineer, Dept. of Exploration, The Fifth Geological Survey Division subordinate to BGP, CNPC |
| 1991-1992
1989-1991 |
Assistant Engineer, Dept. of Electrical Prospecting, The Fifth Geological Survey Division subordinate to BGP
Assistant Engineer, Dept. of Exploration, The Fifth Geological Survey Division subordinate to BGP |
SOCIAL & PROFESSIONAL ACTIVITIES
2017-present
NationalChief Science Communication Expert, Science Communication Expert Team, ChinaAssociation for Science and Technology (CAST)
2014-present
Vice Chairman, Shallow Geophysical ProspectingCommittee, Chinese Geophysical Society
2011-present
Editor, Computing Techniques forGeophysical and Geochemical Exploration
2008-present
Editor, ChineseJournal of Engineering Geophysics
2007-present
Editor, AppliedGeophysics
2006-present
Member, European Association of Geoscientistsand Engineers (EAGE)
2003-present
Vice Chairman, Geo-electromagnetic Committee,Chinese Geophysical Society
2001-present
Editor, Oil Geophysical Prospecting
1999-present
Member, Geophysical Prospecting Committee,Chinese Geophysical Society
1999-present
Member, the Society of Petroleum Geophysicists(SPG)
1998-present
Member, the Society of ExplorationGeophysicists (SEG)
Supported Projects
- Project of National Natural Science Foundation of China (in general) “The Study and Application of Controlled-source Electromagnetic Method with Polarization Effect under Strong Current Excitation in the Deep underground/Deep Ocean Exploration (Grant No. 41874085.)” (Principal Investigator), 2019.01-2022.12
- Project of National High Technology R&D Program of China (863 Program) “Deepwater Marine Electromagnetic Exploration System (Grant No. 2012AA06Z201)”, (Major Backbone and the Deputy Team Leader)，2012.10-2017.10
- Project of National Science and Technology Major Project “The Study and Application of high-precision Geophysical Exploration Technology (Grant No. 2011ZX05019-007)”, (Principal Investigator), 2011.01-2015.12
- Project of National Science and Technology Major Project “The Study and Application of high-precision Geophysical Exploration Technology (Grant No. 2008ZX05019-007)”, (Principal Investigator), 2008.01-2010.12
- Project of National Natural Science Foundation of China “The Research of prediction and monitoring method of Shale Gas Reservoirs Based on Seismic and Electromagnetic Attribute (Grant No. U1262206)”, (Backbone), 2012.10-2016.12
- Project of National High Technology R&D Program of China (863 Program) “Integrated Geophysical and Geochemical Exploration Technology of Multiple Identifying and Monitoring targets of Oil and Gas (Grant No. 2006AA06Z201)”, (Principal Investigator), 2007.01-2010.01
- The Major Field Research and Test Project of China National Petroleum Corporation (CNPC) “Field Test of Marine Electromagnetic Exploration Technology”, (Backbone), 2014.10-2016.12
- The Key Research Project of China National Petroleum Corporation (CNPC) “The Fluid Identification Technique Research Based on Controlled-source Electromagnetic Method”， (Backbone), 2007.07-2009.06
- The Key Research Project of China National Petroleum Corporation (CNPC) “The Research on Improving the Resolution Processing Technology with Gravity and Electromagnetics”， (Principal Investigator), 2003.01-2004.12
- The Key Research Project of China National Petroleum Corporation (CNPC) “Research on 4D Seismic and Its Application in Monitoring of Reservoir”, (Principal Investigator)，2006.01-2006.12
- The Key Science and Technology Project of China National Petroleum Corporation (CNPC) “Imaging and Layering Residual Oil by Well-to-Ground Electrical Survey”, (Backbone)，2004.01-2006.12
- The Key Research Project of China National Petroleum Corporation (CNPC) “The Study of 3D CEMP Survey Technique”, (Major Backbone), 2004.01-2005.12
- The Key Research Project of China National Petroleum Corporation (CNPC) “New Technology of Electromagnetic Exploration”， (Principal Investigator), 2001.01-2003.12
- The Field Research and Test Project of China National Petroleum Corporation (CNPC) “Research to Borehole-surface Electromagnetic Technique—A New Way of Mapping Reservoir Boundary”, (Principal Investigator), 2001.01-2003.12
- The Key Science and Technology Project of China National Petroleum Corporation (CNPC) “New Technology of Electromagnetic Exploration”, (Principal Investigator), 1997.01-1999.12
16. The Key Science and Technology Project of China National Petroleum Corporation (CNPC) “The Research on Seismo-Electric Exploration Technology”, (Principal Investigator), 1997.01-2000.12
HONORS& AWARDS
- First Prize of Science and Technology Progress Award of Sichuan Province (Second), for project“Geo-electromagnetic prospecting method and its application in deep earth exploration”, 2017
- First Prize of Technology Invention Award of Hebei Province (Second), for project “Research and application of three dimensional gravity magnetic and electric prospecting technology in complex area”, 2017
- Advanced Science and Technology Workers of CNPC, 2016
- Third Prize of Science and Technology Progress Award of CPCIF (First), for project “Integrated geophysical processing and interpretation system and its application in resource exploration”, 2015
- First Prize of Science and Technology Progress Award of the Inner Mongolia Autonomous region (Fifth), for project “Technology and application of grassland environmental and high-efficiency petroleum geophysical prospecting”, 2014
- Second Prize of Science and Technology Progress Award of Hubei Province (Fifth), for project “ Technology and application of controlled source electromagnetic fluid identification”, 2013
- Grand Prize of Science and Technology Progress Award of CNPC (Sixth), for project “Research and application of high precision geophysical exploration technology”, 2013
- Third Prize of Technology Invention Award of Hebei Province (Second), for project “Gravity-seismic speed construction field and geomagnetic survey surface correction technology”, 2012
- Excellent Lecturer of SPE, Chinese Petroleum Society (CPS), 2011
- Second Prize of Science and Technology Progress Award of CNPC (First), for project “Integrated geophysical and geochemical exploration technology for multiple oil-gas target recognition and monitoring”, 2011
- Third Prize of Science and Technology Progress Award of Hebei Province (First), for project “Resolution improving processing technology by gravity and electromagnetic methods”, 2010
- First Prize of Science and Technology Progress Award of the Inner Mongolia Autonomous region (Tenth), for project “New rapid exploration technology and efficient reserves discovery of Sunken, Erlian Basin”, 2010
- Third Prize of Science and Technology Progress Award of Hebei Province (First), for project “Research on time-frequency electromagnetic technology and its application in resource exploration”, 2009
- Excellent Doctoral Dissertations of Sichuan Province, for Ph.D. thesis “Research to Borehole-surface Electromagnetic Technique—A New Way of Mapping Reservoir Boundary”, 2008
- Second Prize of Invention Award of CNPC (First), for technology “Time frequency electromagnetic technology”, 2008
- Advanced Science and Technology Workers of BGP, China National Petroleum Corporation (CNPC), 2006
- First Prize of Science and Technology Progress Award of Ministry of Education (Sixth), for project “Geophysical prediction and application of fractured reservoirs”, 2006
- Second Prize of Science and Technology Progress Award of CNPC (First), for technology “Borehole-surface Electromagnetic Technique of Mapping Reservoir Boundary”, 2004
- Science and Technology Award for Youth Talents of Hebei Province, 2003
- Second Prize of Science and Technology Progress Award of CNPC (First), for technology “New technology of electromagnetic exploration”, 2002
- The Fu Chengyi Science and Technology Award for Young Scientist of CGS, 2000
- Iron Man Science and Technology Achievement Award of CNPC, 1999
- Hebei Model Worker, 1998-1999
- The Sun Yueqi Science and Technology Award for Young Scientist of China Technology Fund, 1997
- Model Worker of Bureau of Oil Geophysical Prospecting, 1996-1997
- Advanced Worker of CNPC, 1995-1997
- Young Technical Experts of Bureau of Oil Geophysical Prospecting, 1994
- Young Technical Experts directly under CNPC, 1994
- Model Worker of Bureau of Oil Geophysical Prospecting, 1992
- Youth Pacemaker of Bureau of Oil Geophysical Prospecting, 1992
- Excellent Science and Technology Workers of Bureau of Oil Geophysical Prospecting, 1991-1992
Research
1) Eectromagnetic detection method
Including : MT sounding method CEMP method ; Controllable source electromagnetic method: TFEM, LoTEM , CSAMT, Borehole EM method, Marine EM method, etc.
2) Integrated geophysical methods.
It includes three dimensional gravity and magnetic exploration technology, EM- seismic joint exploration technology and comprehensive geophysics interpretation.
1) Eectromagnetic detection method
Including : MT sounding method CEMP method ; Controllable source electromagnetic method: TFEM, LoTEM , CSAMT, Borehole EM method, Marine EM method, etc.
2) Integrated geophysical methods.
It includes three dimensional gravity and magnetic exploration technology, EM- seismic joint exploration technology and comprehensive geophysics interpretation.
SELECTED PUBLICATIONS
Patents
1. He Z., Artificial source time-frequency electromagnetic sounding method, ZL03150098.6
(authorized by: State Intellectual Property Office of the People's Republic of China)
2. He Z., A quadrupole mutual combination method for marine electromagnetic exploration, ZL201010535969.0 (authorized by: State Intellectual Property Office of the People's Republic of China)
3. He Z., Jiang Wenbo, Wang Xiaofan, etc., A method for identifying lithology of igneous rocks using a combination of gravity and electromagnetic anomalies, ZL200810007294.5 (authorized by: State Intellectual Property Office of the People's Republic of China)
4. He Z., Wang Yongtao, A three-dimensional resistivity cascade automatic imaging method, ZL200610002628.0 (authorized by: State Intellectual Property Office of the People's Republic of China)
5. He Z., Sun Weibin, Wang Yongtao, etc., A three-dimensional facet element magnetotelluric continuous array data acquisition method, ZL200810103695.0 (authorized by: State Intellectual Property Office of the People's Republic of China)
6. He Z., Wang Yongtao, Tao Deqiang, a method for reducing the number of non-unique results of electromagnetic sounding inversion, ZL201310397390.6 (authorized by: State Intellectual Property Office of the People's Republic of China)
7. He Z., Liu Xuejun, Wang Zhigang, etc., A method for accurately evaluating the petroleum-bearing targets of clastic rock basins, ZL200810007295.X (authorized by: State Intellectual Property Office of the People's Republic of China)
8. He Z., Suo Xiaodong, Sun Weibin, A gradient geochemical exploration method, ZL201010611852.6 (authorized by: State Intellectual Property Office of the People's Republic of China)
9. He Z., Network charging potential monitoring method, ZL03109632.8 (authorized by: State Intellectual Property Office of the People's Republic of China)
10. He Z., Chen Rujun, Liu Xuejun, etc., a performance evaluation method of magnetotelluric detector, ZL200910237810.8 (authorized by: State Intellectual Property Office of the People's Republic of China)
11. He Z., Yu Gang, a method for joint excitation of electromagnetic data acquisition in wells and grounds, ZL201310184554.7 (authorized by: State Intellectual Property Office of the People's Republic of China)
12. He Z., Wang Tianping, a tapered non-polarized electrode, ZL201020504517.1 (authorized by: State Intellectual Property Office of the People's Republic of China)
13. He Z., Yu Gang, Tang Biyan, etc., a four-azimuth full coverage three-dimensional controllable source electromagnetic data acquisition method, patent acceptance number 201410139125.2
14. He Z., Liu Xuejun, Qin Jincheng, an electromagnetic exploration method and device, patent acceptance number 201611140125.X
15. He Z., Dou Lirong, Zhou Yinming, an oil and gas detection method and system, patent acceptance number 201510500584.3
16. Hu Zuzhi, He Z, a method for correcting electromagnetic data topography, 201110124605.8 (authorized by: State Intellectual Property Office of the People's Republic of China)
17. Liu Yunxiang, He Z, Liu Haibo, a three-dimensional gravity and magnetic multiple acquisition method, ZL200810116288.3 (authorized by: State Intellectual Property Office of the People's Republic of China)
18. Yang Luankai, He Z, He Lanfang, etc., a method for measuring electromagnetic impedance of the ground, ZL200610078739.X (authorized by: State Intellectual Property Office of the People's Republic of China)
19. Yu Gang, He Z, an active navigation marine controllable current source underwater towed device, ZL201420175771.x (authorized by: State Intellectual Property Office of the People's Republic of China)
20. He Lanfang, Yang Lunkai, He Z, etc., a method and device for collecting magnetotelluric signals, ZL200910081483.1 (authorized by: State Intellectual Property Office of the People's Republic of China)
21. Yu Gang, He Z, a magnetotelluric data acquisition system, ZL201420765580.9 (authorized by: State Intellectual Property Office of the People's Republic of China)
22. Zhao Xianzheng, He Z, Jin Fengming, etc., an oil and gas detection method and system based on electromagnetic exploration, ZL201410373502.9 (authorized by: State Intellectual Property Office of the People's Republic of China)
23. Yu Gang, He Z, a joint exploration system of seismic and electromagnetic and its data acquisition device and data acquisition method, patent acceptance number 201410490777.0
24. Liu Xuejun, He Z, Dong Weibin, a method and system for collecting and processing electromagnetic exploration data, patent acceptance number 201410737744.1
25. Yu Gang, He Z, an earthquake-electromagnetic data acquisition device and acquisition system, patent acceptance number 201410437912.5
26. Yu Gang, He Z, towed ocean-controlled electromagnetic and seismic data acquisition system, patent acceptance number 201310292356.2
27. Hu Zuzhi, He Z, a method for amplitude-preserving statics correction of electromagnetic data, patent acceptance number 201310397685.3
28. He Lanfang, Chen Rujun, He Z, etc., a resistivity measurement method of specimen of rock and ore, patent acceptance number 201310195209.3
29. Yan Liangjun, He Z, Xie Xingbing, etc., a magnetic reference processing method for three-dimensional data collected by audio magnetotelluric sounding, acceptance number 201310597643.4
30. Yang Yunjian, He Z, Yang Zhanjun, etc., A detection method based on the loop source transient electromagnetic method, patent acceptance number 201510956418.4
31. Zhou Yinming, He Z, an electromagnetic exploration method and device, patent acceptance number 201510998309.9;
32. Hu Zuzhi, He Z, Liu Yunxiang, a method and device for static correction of loess layer, patent acceptance number 201510705849.3
33. Yu Gang, He Z, a time-frequency electromagnetic exploration system and its data acquisition method, patent acceptance number 201510649392.9
34. Zhou Yinming, He Z, Xu Ligui, a method and device for determining the resistivity and polarizability of geological anomalies, acceptance number 201510522496.3
35. Wang Zhigang, He Z, an electromagnetic detection method and device, patent acceptance number 201410698632.X
36. He Z, Suo Xiaodong, Sun Weibin, a gradient geochemical exploration method, No. 2539023 (authorized by: Russian Federal Institute of Industrial Property)
37. He Z, Sun Weibin, Wang Yongtao, etc., a three-dimensional facet element magnetotelluric continuous array data acquisition method, Russian acceptance number 2010145243.0
38. He Z, a quadrupole mutual combination method for marine electromagnetic exploration, No. 2553770 (authorized by: Russian Federal Institute of Industrial Property)
39. He Z, a quadrupole mutual combination method for marine electromagnetic exploration, PCT/CN2011/000391; United States of America, Germany, United Kingdom, Norway
40. He Z, Suo Xiaodong, Sun Weibin, a gradient geochemical exploration method,
PCT/CN2011/000390; United States of America, United Kingdom
41. He Z, Sun Weibin, Wang Yongtao, etc., a three-dimensional facet element magnetotelluric continuous array data acquisition method, patent acceptance number 09729497.9, the United States of America, Britain and other six countries
42. Marsala, Alberto, Mohammad H. Al-Buali, He Z, and Tang Biyan. Borehole to surface electromagnetic transmitter. U.S. Patent 8,680,866, issued March 25, 2014
Patents
1. He Z., Artificial source time-frequency electromagnetic sounding method, ZL03150098.6
(authorized by: State Intellectual Property Office of the People's Republic of China)
2. He Z., A quadrupole mutual combination method for marine electromagnetic exploration, ZL201010535969.0 (authorized by: State Intellectual Property Office of the People's Republic of China)
3. He Z., Jiang Wenbo, Wang Xiaofan, etc., A method for identifying lithology of igneous rocks using a combination of gravity and electromagnetic anomalies, ZL200810007294.5 (authorized by: State Intellectual Property Office of the People's Republic of China)
4. He Z., Wang Yongtao, A three-dimensional resistivity cascade automatic imaging method, ZL200610002628.0 (authorized by: State Intellectual Property Office of the People's Republic of China)
5. He Z., Sun Weibin, Wang Yongtao, etc., A three-dimensional facet element magnetotelluric continuous array data acquisition method, ZL200810103695.0 (authorized by: State Intellectual Property Office of the People's Republic of China)
6. He Z., Wang Yongtao, Tao Deqiang, a method for reducing the number of non-unique results of electromagnetic sounding inversion, ZL201310397390.6 (authorized by: State Intellectual Property Office of the People's Republic of China)
7. He Z., Liu Xuejun, Wang Zhigang, etc., A method for accurately evaluating the petroleum-bearing targets of clastic rock basins, ZL200810007295.X (authorized by: State Intellectual Property Office of the People's Republic of China)
8. He Z., Suo Xiaodong, Sun Weibin, A gradient geochemical exploration method, ZL201010611852.6 (authorized by: State Intellectual Property Office of the People's Republic of China)
9. He Z., Network charging potential monitoring method, ZL03109632.8 (authorized by: State Intellectual Property Office of the People's Republic of China)
10. He Z., Chen Rujun, Liu Xuejun, etc., a performance evaluation method of magnetotelluric detector, ZL200910237810.8 (authorized by: State Intellectual Property Office of the People's Republic of China)
11. He Z., Yu Gang, a method for joint excitation of electromagnetic data acquisition in wells and grounds, ZL201310184554.7 (authorized by: State Intellectual Property Office of the People's Republic of China)
12. He Z., Wang Tianping, a tapered non-polarized electrode, ZL201020504517.1 (authorized by: State Intellectual Property Office of the People's Republic of China)
13. He Z., Yu Gang, Tang Biyan, etc., a four-azimuth full coverage three-dimensional controllable source electromagnetic data acquisition method, patent acceptance number 201410139125.2
14. He Z., Liu Xuejun, Qin Jincheng, an electromagnetic exploration method and device, patent acceptance number 201611140125.X
15. He Z., Dou Lirong, Zhou Yinming, an oil and gas detection method and system, patent acceptance number 201510500584.3
16. Hu Zuzhi, He Z, a method for correcting electromagnetic data topography, 201110124605.8 (authorized by: State Intellectual Property Office of the People's Republic of China)
17. Liu Yunxiang, He Z, Liu Haibo, a three-dimensional gravity and magnetic multiple acquisition method, ZL200810116288.3 (authorized by: State Intellectual Property Office of the People's Republic of China)
18. Yang Luankai, He Z, He Lanfang, etc., a method for measuring electromagnetic impedance of the ground, ZL200610078739.X (authorized by: State Intellectual Property Office of the People's Republic of China)
19. Yu Gang, He Z, an active navigation marine controllable current source underwater towed device, ZL201420175771.x (authorized by: State Intellectual Property Office of the People's Republic of China)
20. He Lanfang, Yang Lunkai, He Z, etc., a method and device for collecting magnetotelluric signals, ZL200910081483.1 (authorized by: State Intellectual Property Office of the People's Republic of China)
21. Yu Gang, He Z, a magnetotelluric data acquisition system, ZL201420765580.9 (authorized by: State Intellectual Property Office of the People's Republic of China)
22. Zhao Xianzheng, He Z, Jin Fengming, etc., an oil and gas detection method and system based on electromagnetic exploration, ZL201410373502.9 (authorized by: State Intellectual Property Office of the People's Republic of China)
23. Yu Gang, He Z, a joint exploration system of seismic and electromagnetic and its data acquisition device and data acquisition method, patent acceptance number 201410490777.0
24. Liu Xuejun, He Z, Dong Weibin, a method and system for collecting and processing electromagnetic exploration data, patent acceptance number 201410737744.1
25. Yu Gang, He Z, an earthquake-electromagnetic data acquisition device and acquisition system, patent acceptance number 201410437912.5
26. Yu Gang, He Z, towed ocean-controlled electromagnetic and seismic data acquisition system, patent acceptance number 201310292356.2
27. Hu Zuzhi, He Z, a method for amplitude-preserving statics correction of electromagnetic data, patent acceptance number 201310397685.3
28. He Lanfang, Chen Rujun, He Z, etc., a resistivity measurement method of specimen of rock and ore, patent acceptance number 201310195209.3
29. Yan Liangjun, He Z, Xie Xingbing, etc., a magnetic reference processing method for three-dimensional data collected by audio magnetotelluric sounding, acceptance number 201310597643.4
30. Yang Yunjian, He Z, Yang Zhanjun, etc., A detection method based on the loop source transient electromagnetic method, patent acceptance number 201510956418.4
31. Zhou Yinming, He Z, an electromagnetic exploration method and device, patent acceptance number 201510998309.9;
32. Hu Zuzhi, He Z, Liu Yunxiang, a method and device for static correction of loess layer, patent acceptance number 201510705849.3
33. Yu Gang, He Z, a time-frequency electromagnetic exploration system and its data acquisition method, patent acceptance number 201510649392.9
34. Zhou Yinming, He Z, Xu Ligui, a method and device for determining the resistivity and polarizability of geological anomalies, acceptance number 201510522496.3
35. Wang Zhigang, He Z, an electromagnetic detection method and device, patent acceptance number 201410698632.X
36. He Z, Suo Xiaodong, Sun Weibin, a gradient geochemical exploration method, No. 2539023 (authorized by: Russian Federal Institute of Industrial Property)
37. He Z, Sun Weibin, Wang Yongtao, etc., a three-dimensional facet element magnetotelluric continuous array data acquisition method, Russian acceptance number 2010145243.0
38. He Z, a quadrupole mutual combination method for marine electromagnetic exploration, No. 2553770 (authorized by: Russian Federal Institute of Industrial Property)
39. He Z, a quadrupole mutual combination method for marine electromagnetic exploration, PCT/CN2011/000391; United States of America, Germany, United Kingdom, Norway
40. He Z, Suo Xiaodong, Sun Weibin, a gradient geochemical exploration method,
PCT/CN2011/000390; United States of America, United Kingdom
41. He Z, Sun Weibin, Wang Yongtao, etc., a three-dimensional facet element magnetotelluric continuous array data acquisition method, patent acceptance number 09729497.9, the United States of America, Britain and other six countries
42. Marsala, Alberto, Mohammad H. Al-Buali, He Z, and Tang Biyan. Borehole to surface electromagnetic transmitter. U.S. Patent 8,680,866, issued March 25, 2014
Thesis
1. Yan Gao, Jinsong Shen, He, Z., Chao Ma. “Electromagnetic dispersion and sensitivity characteristics of carbonate reservoirs.” Geophysics, 81 (5)(2016) : C45-WC56;
2. He, Z., Zuzhi Hu, Yan Gao, Lanfang He. “Field test of monitoring gas reservoir development using time-lapse continuous electromagnetic profile method.” Geophysics, 80 (2)(2015) : A127-WA134;
3. Hu Zuzhi, He, Z., Yang Wencai et al. “Artificial Fish-Swarm Algorithm for constrained optimization inversion of MT. “ Chinese Journal of Geophysics, 58 (7)(2015) : 2578-2587;
4. Gao Yan, Shen Jinsong, He, Z., Jin Fengming, Cao Jin. “Target detection simulation and experiments in buried hills with TFEM method.” Oil Geophysical Prospecting, 50 (6)(2015): 1207-1212.;
5. Wang Zhigang, He, Z., Tan Jingcheng, et al. “New progress and application effect of time-frequency electromagnetic technology.” Oil Geophysical Prospecting, V51(Supplement), (2015) : 144-151.;
6. He, Z., Gang Yu, and HaiYing Liu, “Drilling-risk assessment with joint electromagnetic and seismic data.” The Leading Edge, Special Section: China, (2014) , 936-939.
7. Zhao Xianzheng, Jin Fengming, He, Z., Shi Yuanpeng, Cao Yang, Wang Yuqing. “Non-seismic techniques and its application in grassland.” Oil Geophysical Prospecting, 49(6)(2014): 1228-1234.;
8. Hu Zuzhi, He, Z., Li Dechun, et al. “Feasibility study of time lapse electromagnetic survey in Sebei 2 Gas Fields”. Oil Geophysical Prospecting, 49(5)(2014): 997-1005,(5);
9. Zhao Yidan, He, Z., Zheng Qiugen, Zhao Zhi. “Favorable oil and gas target prediction with time-frequency electromagnetic method in T Basin.” Oil Geophysical Prospecting, V49(s1), (2014): 228-232.;
10. Jinghe Li, He, Z., Qing Huo Liu. “Higher-order statistics correlation stacking for DC electrical data in the wavelet domain.” Journal of Applied Geophysics, 99(99) (2013), 51-59.;
11. He, Z., Zhao Zhi, Liu Haiying, and Qin Jinchen. “TFEM for oil detection: Case studies.” The Leading Edge. 31(5) (2012): 518-521.
12. Li, Yaoguo, He, Z., and Yunxiang Liu. “Application of magnetic amplitude inversion in exploration for volcanic units in a basin environment.” Geophysics, 77(5) (2012): B219-B225.;
13. He, Lanfang, Xiumian Hu, Ligui Xu, He, Z., and Weili Li. “Feasibility of monitoring hydraulic fracturing using time-lapse audio-magnetotellurics.” Geophysics,77(4)(2012): WB119-WB126.
14. Li Jinghe, He, Z.. “3D electrical response characteristics modeling for surface-to-borehole vertical electromagnetic Walkaway profile.” Oil Geophysical Prospecting, 47(4)(2012): 653-664.;
15. Cao Hui, Wang Xuben, He, Z. et al. “Calculation of borehole-to-surface electromagnetic responses on horizontal stratified earth medium.” Oil Geophysical Prospecting, 2012,47(2): 338-343.
16. Yang Bo, Xu Yixian, He, Z., Sun Weibin. “3D frequency-domain modeling of marine controlled source electromagnetic responses with topography using finite volume method.” Chinese Journal of Geophysics, 55(4)(2012): 1390-1399;
17. Han Bo, Hu Xiangyun, He, Z., Cai Jianchao. “Mathematical classification of Magnetotelluric inversion methods.” Oil Geophysical Prospecting, 47(1)(2012) :177-187.;
18. Luo Weifeng, He, Z., Wang Caifu et al. “A test study of induced polarization effects of magnetotelluric in oil and gas detection.” Oil Geophysical Prospecting, 46(6) (2011):978-983;
19. Sun Ya, He, Z., Liu Jianxin et al. “Simulation study for long wire source frequency-domian electromagnetic sounding field source static displacement.” Oil Geophysical Prospecting, 46(1), (2011):149-154
20. He, Z., Wenbao Hu, and Weibing Dong. “Petroleum electromagnetic prospecting advances and case studies in China.” Surveys in Geophysics, 31(2) (2010): 207-224.
21. He, Z., Zuzhi Hu, Weifeng Luo, and Caifu Wang. “Mapping reservoirs based on resistivity and induced polarization derived from continuous 3D magnetotelluric profiling: Case study from Qaidam basin, China.” Geophysics, 75(1) (2010): B25-B33.
22. He, Z., Wang Zhigang, Meng Cuixian, et al. “Data processing of marine CSEM based on 3D modeling.” Chinese Journal of Geophysics, V52(8)(2009):2165-2173.
23. He, Z., Strack Kurt, Gang Yu, and Zhigang Wang. “On reservoir boundary detection with marine CSEM.” Applied Geophysics, 5(3) (2008): 181-188.
24. He, Z., Gang Yu. “Marine electromagnetic exploration technology and new progress.” Applied Geophysics, 5(3) (2008): 181-188.
25. Hu Zuzhi, He, Z., Sun Weibin, Wang Yongtao. “An improved MT topographic correction method and discussion on relative issues. “ Oil Geophysical Prospecting, 43(3) (2008): 343-348.;
26. He, Z., Liu Yunxiang, Liu Xuejun et al. “3D integrated geophysical geochemical exploration technique and application effects.” Oil Forum, (2008) (5);
27. Wang Zhigang, He, Z., Wei Wenbo. “Fast 3D inversion of borehole ground eletrical method data based on born approximation.” Progress in Geophysics, 22(2)(2007): 508-513.;
28. Wang Zhigang, He, Z., Wei Wenbo. “Research on 3D modeling of borehole vertical bipole using body integral equation.” Progress in Geophysics, 22(6)(2007):1802-1808;
29. Wang Zhigang, He, Z., Wei Wenbo, et al. “3D quasi-analytic approximate inversion of borehole-to-surface electric data. “ Oil Geophysical Prospecting, 42(2)(2007):220-225.;
30. He, Z., Weibing Dong, and Yuhong Lei. “Joint processing and integrated interpretation of EM and seismic data—an effective method for detecting complicated reservoir targets.” The Leading Edge 26(3) (2007): 336-340.
31. He, Z., Wang Xuben. “Geo-electrical anomalous mode of reservoir and electromagnetic sounding to detect reservoir.” Oil Geophysical Prospecting, 42(1)(2007):102-106;
32. He, Z., Wenbo Jiang, and Pingsheng Liu. “Two case studies from China of hydrocarbon detection with SIP.” The Leading Edge, 25(11) (2006): 1401-1402.
33. He, Z., Xuben Wang, Zhenhua He, Haiying Liu. “Reservoir mapping using the high frequency EM method: Taob oil field case study.” First break , 24, July (2006),15-19
34. He, Z., Sun Weibin, Kong Fanshu et al. “Marine electromagnetic approach.” Oil Geophysical Prospecting, (2006):(4);
35. He, Z.. “Research to borehole-surface electromagnetic technique new way of mapping reservoir boundary.” Chengdu University of Technology (2006): Doctoral Degree Thesis. Chengdu, Sichuan.
36. He, Z., Xuejun Liu, Weiting Qiu, and Huang Zhou. “Mapping reservoir boundary by borehole-surface TFEM: Two case studies.” The Leading Edge, 24(9) (2005): 896-900;
37. Zhao Bangliu, He, Z., Wen Baihong. “Non-seismic technique for direct oil-gas detection and its exploration practice.” China Petroleum Exploration, (6) (2005);
38. He, Z., Jiang Wenbo. “Multi parameter network monitoring method and forward inverse research for well charging.“ Oil Geophysical Prospecting, s1(2004):135-138;
39. He, Z., Liu Xuejun, Qiu Weiting. “High-power surface-borehole electrical method in predicting reservoir boundary and its application.” Petroleum Exploration and Development, V31 No5 (2004)
40. He, Z., Huang Weining et al. “Using discrete Fourier transform for interpolation of 3-D MT data.” Oil Geophysical Prospecting, V38 (2003) NO5;
41. He, Z., Jiang Wenbo, Luo Weifeng et al. “A Trial study of data acquisition techniques for CEMP in mountainous areas of western China.” Seismology and Geology, (2001)23(02) :201-206
42. Shao Min, He, Z., Zhang Lien. “The noise elimination of electromagnetic sounding data using 2D mid-value filtering.” Computing Techniques for Geophysics and Geochemical Exploration, (2001)23 (3) :226-231.
43. He, Z.. “Development tendency of non-seismic exploration techniques.” Oil Geophysical Prospecting, (2000)(3)35 (3) :354-360;
44. He, Z.. “Differential processing of MT curves.” The Leading Edge 16, no. 4, (1997): 391-392;
45. Lv Yousheng, He, Z.. “The application of electric field sounding technique in exploration of oil and gas.” Oil Geophysical Prospecting, (1994),(6);
46. Luo yanzhong, He, Z., Ma Ruiwu, Guo Jianhua. “The correction of static effects in sonic frequency telluric electromagnetic method of controllable source.” Geophysical and Geochemical Exploration, (1991)15(3): 196-202;
He, Z., Luo yanzhong. “Development of the theory of ground transient electromagnetic method in the West countries.” Foreign Geoexploration Technology, (1989) (1)1-8;
1. Yan Gao, Jinsong Shen, He, Z., Chao Ma. “Electromagnetic dispersion and sensitivity characteristics of carbonate reservoirs.” Geophysics, 81 (5)(2016) : C45-WC56;
2. He, Z., Zuzhi Hu, Yan Gao, Lanfang He. “Field test of monitoring gas reservoir development using time-lapse continuous electromagnetic profile method.” Geophysics, 80 (2)(2015) : A127-WA134;
3. Hu Zuzhi, He, Z., Yang Wencai et al. “Artificial Fish-Swarm Algorithm for constrained optimization inversion of MT. “ Chinese Journal of Geophysics, 58 (7)(2015) : 2578-2587;
4. Gao Yan, Shen Jinsong, He, Z., Jin Fengming, Cao Jin. “Target detection simulation and experiments in buried hills with TFEM method.” Oil Geophysical Prospecting, 50 (6)(2015): 1207-1212.;
5. Wang Zhigang, He, Z., Tan Jingcheng, et al. “New progress and application effect of time-frequency electromagnetic technology.” Oil Geophysical Prospecting, V51(Supplement), (2015) : 144-151.;
6. He, Z., Gang Yu, and HaiYing Liu, “Drilling-risk assessment with joint electromagnetic and seismic data.” The Leading Edge, Special Section: China, (2014) , 936-939.
7. Zhao Xianzheng, Jin Fengming, He, Z., Shi Yuanpeng, Cao Yang, Wang Yuqing. “Non-seismic techniques and its application in grassland.” Oil Geophysical Prospecting, 49(6)(2014): 1228-1234.;
8. Hu Zuzhi, He, Z., Li Dechun, et al. “Feasibility study of time lapse electromagnetic survey in Sebei 2 Gas Fields”. Oil Geophysical Prospecting, 49(5)(2014): 997-1005,(5);
9. Zhao Yidan, He, Z., Zheng Qiugen, Zhao Zhi. “Favorable oil and gas target prediction with time-frequency electromagnetic method in T Basin.” Oil Geophysical Prospecting, V49(s1), (2014): 228-232.;
10. Jinghe Li, He, Z., Qing Huo Liu. “Higher-order statistics correlation stacking for DC electrical data in the wavelet domain.” Journal of Applied Geophysics, 99(99) (2013), 51-59.;
11. He, Z., Zhao Zhi, Liu Haiying, and Qin Jinchen. “TFEM for oil detection: Case studies.” The Leading Edge. 31(5) (2012): 518-521.
12. Li, Yaoguo, He, Z., and Yunxiang Liu. “Application of magnetic amplitude inversion in exploration for volcanic units in a basin environment.” Geophysics, 77(5) (2012): B219-B225.;
13. He, Lanfang, Xiumian Hu, Ligui Xu, He, Z., and Weili Li. “Feasibility of monitoring hydraulic fracturing using time-lapse audio-magnetotellurics.” Geophysics,77(4)(2012): WB119-WB126.
14. Li Jinghe, He, Z.. “3D electrical response characteristics modeling for surface-to-borehole vertical electromagnetic Walkaway profile.” Oil Geophysical Prospecting, 47(4)(2012): 653-664.;
15. Cao Hui, Wang Xuben, He, Z. et al. “Calculation of borehole-to-surface electromagnetic responses on horizontal stratified earth medium.” Oil Geophysical Prospecting, 2012,47(2): 338-343.
16. Yang Bo, Xu Yixian, He, Z., Sun Weibin. “3D frequency-domain modeling of marine controlled source electromagnetic responses with topography using finite volume method.” Chinese Journal of Geophysics, 55(4)(2012): 1390-1399;
17. Han Bo, Hu Xiangyun, He, Z., Cai Jianchao. “Mathematical classification of Magnetotelluric inversion methods.” Oil Geophysical Prospecting, 47(1)(2012) :177-187.;
18. Luo Weifeng, He, Z., Wang Caifu et al. “A test study of induced polarization effects of magnetotelluric in oil and gas detection.” Oil Geophysical Prospecting, 46(6) (2011):978-983;
19. Sun Ya, He, Z., Liu Jianxin et al. “Simulation study for long wire source frequency-domian electromagnetic sounding field source static displacement.” Oil Geophysical Prospecting, 46(1), (2011):149-154
20. He, Z., Wenbao Hu, and Weibing Dong. “Petroleum electromagnetic prospecting advances and case studies in China.” Surveys in Geophysics, 31(2) (2010): 207-224.
21. He, Z., Zuzhi Hu, Weifeng Luo, and Caifu Wang. “Mapping reservoirs based on resistivity and induced polarization derived from continuous 3D magnetotelluric profiling: Case study from Qaidam basin, China.” Geophysics, 75(1) (2010): B25-B33.
22. He, Z., Wang Zhigang, Meng Cuixian, et al. “Data processing of marine CSEM based on 3D modeling.” Chinese Journal of Geophysics, V52(8)(2009):2165-2173.
23. He, Z., Strack Kurt, Gang Yu, and Zhigang Wang. “On reservoir boundary detection with marine CSEM.” Applied Geophysics, 5(3) (2008): 181-188.
24. He, Z., Gang Yu. “Marine electromagnetic exploration technology and new progress.” Applied Geophysics, 5(3) (2008): 181-188.
25. Hu Zuzhi, He, Z., Sun Weibin, Wang Yongtao. “An improved MT topographic correction method and discussion on relative issues. “ Oil Geophysical Prospecting, 43(3) (2008): 343-348.;
26. He, Z., Liu Yunxiang, Liu Xuejun et al. “3D integrated geophysical geochemical exploration technique and application effects.” Oil Forum, (2008) (5);
27. Wang Zhigang, He, Z., Wei Wenbo. “Fast 3D inversion of borehole ground eletrical method data based on born approximation.” Progress in Geophysics, 22(2)(2007): 508-513.;
28. Wang Zhigang, He, Z., Wei Wenbo. “Research on 3D modeling of borehole vertical bipole using body integral equation.” Progress in Geophysics, 22(6)(2007):1802-1808;
29. Wang Zhigang, He, Z., Wei Wenbo, et al. “3D quasi-analytic approximate inversion of borehole-to-surface electric data. “ Oil Geophysical Prospecting, 42(2)(2007):220-225.;
30. He, Z., Weibing Dong, and Yuhong Lei. “Joint processing and integrated interpretation of EM and seismic data—an effective method for detecting complicated reservoir targets.” The Leading Edge 26(3) (2007): 336-340.
31. He, Z., Wang Xuben. “Geo-electrical anomalous mode of reservoir and electromagnetic sounding to detect reservoir.” Oil Geophysical Prospecting, 42(1)(2007):102-106;
32. He, Z., Wenbo Jiang, and Pingsheng Liu. “Two case studies from China of hydrocarbon detection with SIP.” The Leading Edge, 25(11) (2006): 1401-1402.
33. He, Z., Xuben Wang, Zhenhua He, Haiying Liu. “Reservoir mapping using the high frequency EM method: Taob oil field case study.” First break , 24, July (2006),15-19
34. He, Z., Sun Weibin, Kong Fanshu et al. “Marine electromagnetic approach.” Oil Geophysical Prospecting, (2006):(4);
35. He, Z.. “Research to borehole-surface electromagnetic technique new way of mapping reservoir boundary.” Chengdu University of Technology (2006): Doctoral Degree Thesis. Chengdu, Sichuan.
36. He, Z., Xuejun Liu, Weiting Qiu, and Huang Zhou. “Mapping reservoir boundary by borehole-surface TFEM: Two case studies.” The Leading Edge, 24(9) (2005): 896-900;
37. Zhao Bangliu, He, Z., Wen Baihong. “Non-seismic technique for direct oil-gas detection and its exploration practice.” China Petroleum Exploration, (6) (2005);
38. He, Z., Jiang Wenbo. “Multi parameter network monitoring method and forward inverse research for well charging.“ Oil Geophysical Prospecting, s1(2004):135-138;
39. He, Z., Liu Xuejun, Qiu Weiting. “High-power surface-borehole electrical method in predicting reservoir boundary and its application.” Petroleum Exploration and Development, V31 No5 (2004)
40. He, Z., Huang Weining et al. “Using discrete Fourier transform for interpolation of 3-D MT data.” Oil Geophysical Prospecting, V38 (2003) NO5;
41. He, Z., Jiang Wenbo, Luo Weifeng et al. “A Trial study of data acquisition techniques for CEMP in mountainous areas of western China.” Seismology and Geology, (2001)23(02) :201-206
42. Shao Min, He, Z., Zhang Lien. “The noise elimination of electromagnetic sounding data using 2D mid-value filtering.” Computing Techniques for Geophysics and Geochemical Exploration, (2001)23 (3) :226-231.
43. He, Z.. “Development tendency of non-seismic exploration techniques.” Oil Geophysical Prospecting, (2000)(3)35 (3) :354-360;
44. He, Z.. “Differential processing of MT curves.” The Leading Edge 16, no. 4, (1997): 391-392;
45. Lv Yousheng, He, Z.. “The application of electric field sounding technique in exploration of oil and gas.” Oil Geophysical Prospecting, (1994),(6);
46. Luo yanzhong, He, Z., Ma Ruiwu, Guo Jianhua. “The correction of static effects in sonic frequency telluric electromagnetic method of controllable source.” Geophysical and Geochemical Exploration, (1991)15(3): 196-202;
He, Z., Luo yanzhong. “Development of the theory of ground transient electromagnetic method in the West countries.” Foreign Geoexploration Technology, (1989) (1)1-8;