1, Youth Fund of National Natural Science Foundation of China: Comprehensive Research on Natural Processes of the Lower Crust in East Hebei and Qinling Mountains, 48900026, hosted by Gaoshan, 1990- 1992 participated.

2. National Natural Science Foundation Project: Study on the Formation Mechanism of the Magnetic Lower Interface of the Continental Lithosphere in the Eastern China, 49 174 199, 1992- 1994.

3. Outstanding Youth Fund of National Natural Science Foundation of China: Comparative study of lower crust composition and large-scale chemical heterogeneity between eastern China and some parts of the world, funded by Alpine Mountain, with the participation of 1997- 1999.

4. Research Fund of the Open Research Laboratory of Continental Dynamics of the Ministry of Land and Resources: Petrophysical Structure and Geodynamic Significance of Eclogite in the East China Sea Area of Northern Jiangsu, 1998-2000, presided over.

5. Natural Science Foundation of China Geo University: Research on Some Problems of Deep Geophysics, 2004-2006, presided over.

6.973 Project: Mantle Dynamics and Modern Crustal Action at the Convergent Boundary of Continental Plate, 2003CB7 165, Chief Scientist: Academician Xu Zhiqin, No.6: Experimental Study on the Deep Physical State of the Convergent Boundary of Continental Plate under High Temperature and High Pressure, No.2003 CB716506, led by Academician Jin Zhenmin; Self-designed sub-topic: Study on the magnetic structure of rocks at the deep boundary of continental plate convergence, 2003-2008, presided over.

7. The National Natural Science Foundation's major project "Destruction of North China Craton": Mantle Properties and Craton Destruction Process in Different Temporal and Spatial Backgrounds, Zheng Jianping is in charge, 907 14002, and the name of the self-designed subproject is: Rock Magnetism Research on the Crust-Mantle Boundary, 2008-20 10, presided over.

Representative papers:

(English paper)

7. Zeng, *, Qiu Ning. Study on magnetic petrology of high-iron titanium eclogite in the main hole of Chinese mainland Scientific Drilling. Geological Science, 34 (6): 993-999, 2009.

12. Yang Tao, *, Wu Yao, Jin Zhenmin, Pan Heping, Niu, Variation characteristics of magnetic susceptibility and its geological significance in the range of100 ~ 2000 m in the main hole of Chinese mainland Scientific Drilling (CCSD), Acta Petrologica Sinica, 22 (7): 2089-2094, 2006.

16. Wu, Lu Fengxiang, et al. Archean residual rock fragments in the deep crust of Sulu area: evidence from aeromagnetic data. Science Bulletin, 48 (4): 395-399, 2003.

24. Study on magnetic structure of continental crust section in Dengfeng-Lushan area of Liu Qingsheng, Gaoshan, Xuqidong and Henan. Zhongke (b),10:1091-1098, 1993.

25. Liu Qingsheng *, Gao Shan, Hou Wei, Zhang Yueming, Xu Huigang, Guo Jie, Experimental study on seismic wave velocity of rocks exposed under high pressure in Dengfeng-Lushan area, Henan Province, Earth Science,19 (1):1/kloc-0.

27. Liu Qingsheng *, Lu Fengxiang, magnetic rocks of ultramafic xenoliths in Dalongwan, Huinan, Jilin, Science Bulletin,15:165-1168,19/kloc-.

The second research direction: the magnetic response of geochemical processes excited by oil and gas migration above oil and gas reservoirs.

Based on the analysis of hydrocarbon components and systematic rock magnetic characteristics of various typical rocks (source rocks, reservoir rocks, caprocks and bedrock) in the three-dimensional space of typical oil and gas reservoirs, the structural characteristics of characteristic magnetic minerals excited by oil and gas migration are put forward. Representative achievements were published in Geophysical Journal (1996), China Science (1998) and Science Bulletin (2 articles in 65438 Chinese). English 1998, 1999), AAPG bulletin (2004), journal of petroleum science and engineering (2006) and geochemical trends (2002), Nova Publisher (2008), SEG (20 10), etc. ",the monograph" Basic Principle and Application of Micro-magnetic Method for Oil and Gas Reservoir Exploration ",China Geo University Press, 1998. AAPG reported the results of the paper and made a report at the annual meeting of AAPG in 2000. Three reviewers spoke highly of the paper and believed that the ideas and methods put forward in this paper opened a door for studying diagenetic magnetite related to oil and gas migration. This paper well explains the complex problem of geochemical process stimulated by oil and gas migration in oil and gas reservoirs. The paper published by Ramdoss Venkatachalapath, an Indian scholar, in Ocean and Petroleum Geology quoted five of our papers at one time (namely, 3, 4, 6, 7 and 8 in the following paper list).

Major funded projects:

1, National Natural Science Foundation Project: Basic Research on Microgravity Micromagnetic Oil and Gas Field Exploration, 493742 16, 1994- 1996, co-chaired by Professor Wang Baoren.

2. Fund Project of State Key Laboratory of Oil and Gas Reservoir Geology and Development Engineering: Research on Reservoir Petrophysics, 1996- 1998, presided over.

3. National Natural Science Foundation Project: Study on Formation Mechanism of stack effect, 49874026, 1999-200 1, presided over.

4. Visiting Scholar Fund Project of the Laboratory of Colleges and Universities of the Ministry of Education (State Key Laboratory of Oil and Gas Reservoir Geology and Development Engineering): Research on the Formation and Exploration Methods and Application of Complex Oil and Gas Reservoirs, hosted from June 2000 to February 2000.

5. Fund Project of State Key Laboratory of Oil and Gas Reservoir Geology and Development Engineering: Magnetic Response of Geochemical Processes above Complex Oil and Gas Reservoirs, 2004-2006, presided over.

Several other key projects and production projects.

6. The magnetic and mineralogical characteristics of reservoir rocks in Yakela Oilfield in northern Tabei and their significance. Science bulletin, 24:2639-2642, 1997.

8. Liu, et al. Synthesize the principles of magnetism, geochemistry and mineralogy to evaluate the mechanism of smoke homology effect. Science bulletin,15:1569-1574, 1997.

9. Liu Qingsheng, Basic Principle and Application of Micromagnetic Method in Oil and Gas Reservoir Exploration, China Geo University Press, 1996.

10., Xu, Ding, et al., Study on the relationship between surface soil magnetism and oil and gas migration in some oil and gas fields, Journal of Geophysics, 39(6): 804-8 12, 1996.

1 1. Liu Qingsheng, Xu Zhongxiang, Hou Weiguo, Magnetic and Mineral Evidence for Smog Homogenization of Oil and Gas Reservoirs in Yakela Area, Northern Tarim, Geoscience, 2 1 (1): 93-98, 1996.

12. Liu Qingsheng, Peng Xinhai, Study on the Relationship between Magnetic, Geochemical and Mineralogical Characteristics of Surface Soil and Oil and Gas Migration in Qiangtang Basin, Tibet, Geoscience, 2 1 (2): 22 1-226, 1996.

The third research direction: environmental magnetic effect in the process of urbanization

The polluted environment (mainly represented by heavy metals) caused by urban industry, traffic and human life leads to the magnetic variation of river and lake sediments, near-surface soil and road dust. It is of great scientific and practical significance to study the magnetic characteristics and mechanism of pollutants for putting forward the rapid evaluation methods and technologies of polluted environment. Based on the relationship between the magnetic variation characteristics of lake sediments, surrounding road dust and near-surface soil and pollutants, the dynamic environmental magnetic effect and mechanism of industrialization in East Lake and its surrounding areas in recent 50 years are put forward. Representative achievements have been published in Environmental Geology (2007), International Geophysical Journal (2007, 2009), Earth Science Journal (2009), Atmospheric Environment (20 10) and two doctoral dissertations directed by Professor Liu Qingsheng (among which Yang Tao won an excellent doctoral degree in geoscience in China, and in view of our academic influence in this field, we have been invited to international professional publications ". The evaluation papers of amp "Soil Poll" and "Environmental Monitoring and Assessment" were cited by international peers.

Major funded projects:

1, National Natural Science Foundation Project: Study on Urbanization Process and Environmental Magnetic Effect in donghu district, Wuhan, 40474025, 2005-2007, presided over.