He has presided over and completed 7 provincial and ministerial level scientific research projects, 1 national 863 project, and 2 major national special projects. The scientific research achievements that he has presided over and participated in mainly include: the introduction, absorption and development of the site sounding system, and the completion of three sets of domestic 200-250 kilowatt high-power site sounding instrument systems and processing and interpretation software systems for oil and gas exploration and production in western China. ; New technologies in magnetotelluric exploration such as CEMP acquisition methods, mountain acquisition experiments and three-dimensional MT small area acquisition have become important supplements to seismic exploration in complex areas in the western piedmont; the introduction and modification of well-geoelectric method instruments, as well as the physical simulation and Three-dimensional digital simulation research and other well-geoelectric oil and gas prediction technologies have been tested and produced in more than ten oil fields at home and abroad, and have achieved good results; in the monitoring and experimental research of downhole water injection fracturing charging potential method, it has been proposed and completed A three-dimensional multi-component network dynamic monitoring system was developed; a new method of time-frequency electromagnetic method was proposed, a series of acquisition, processing and interpretation technologies were established and improved, and a system was realized to simultaneously obtain time-domain and frequency-domain data in one acquisition, improving work efficiency and exploration accuracy. , has been applied internationally and achieved good results; he presided over and participated in marine electromagnetic forward and inversion simulation research, realized the forward and inversion simulation of the marine controllable source electromagnetic complex model integral equation, and proposed to use the MVOSD method to identify the boundaries of high-resistivity oil and gas reservoirs. It is the first in China to carry out actual data processing of deep-sea controlled source electromagnetic data.
He has won 1 first prize, 3 second prizes, and 2 invention awards at the provincial and ministerial level for scientific and technological progress. There were 12 technology applications and patents accepted, 7 of which were authorized for invention patents and two were authorized for utility model patents. He has published more than 30 papers in core professional journals at home and abroad, and more than 20 papers at large international and domestic conferences. He has won many honors, including the Sun Yueqi Science and Technology Fund Outstanding Science and Technology Award, the Ironman Science and Technology Achievement Award, the Chinese Geophysical Society Outstanding Science and Technology Award, the Hebei Province Youth Science and Technology Award, and the Hebei Province Model Worker.
From 2005.10 to 2006-10, he went to the University of Houston in the United States as a visiting scholar and completed a postdoctoral project on three-dimensional marine controlled source electromagnetic simulation and sensitivity research. He has successively undertaken the National High-tech Research and Development “863 Project” during the “Eleventh Five-Year Plan”, serving as the subject leader and the person in charge of major national special projects during the “Eleventh Five-Year Plan” and “Twelfth Five-Year Plan”. His current research work mainly focuses on three-dimensional electromagnetic exploration technology, ocean Research on electromagnetic methods and research on electromagnetic oil and gas target identification and detection methods, etc.