Deputy Director
Biography:
Dr.Wang Bo is the Deputy Director (Research) of the Yunlong Lake Laboratory of Deep Earth Science and Engineering, a Professor and Doctoral Supervisor at China University of Mining and Technology, a National Talent Selectee, and the Deputy Director of the Special Committee on Cities and Underground Space of the Chinese Geophysical Society. He has presided over more than 10 projects/tasks, including the National Scientific and Technological Special Project on Deep Earth, the National Key R&D Program, the National Natural Science Foundation of China, and the Jiangsu Provincial Special Project. He has also led over 40 commissioned projects from Fortune 500 companies such as Huawei, with a cumulative total of 4 major research projects worth over 10 million yuan each (63.085 million, 50 million, 14.479 million, and 10.3 million yuan). He has won 1 First Prize in Science and Technology from a national industry association (R1) and 2 international academic awards (R1). His research achievements have been featured in special reports by authoritative.
Research Areas:
Aiming at the difficult problem of unclear exploration of underground space resources in retired mines, underground mining voids, and salt caverns, Dr.Wang Bo has constructed an integrated detection technology system that covers air, sky, earth, wells, and alleys. He has developed high-precision ground seismic-electric detection technology and equipment, as well as underground space perception detection technology and robots. These technologies have been applied in national major scientific and technological research tasks, achieving "centimeter-level" identification accuracy for underground space.
To tackle the difficulty of targeting abnormal areas prone to disasters such as water inrush and rockbursts in deep earth engineering, Dr.Wang Bo has developed an intelligent monitoring technology system for the entire lifecycle of typical disaster prevention and control in deep earth engineering. He has also created long-borehole radial long-distance water detection technology and equipment, as well as active and passive seismic, electromagnetic, and optical monitoring equipment for deep space, along with a cloud platform. These technologies offer advantages such as high dynamic range, fast module combination, portability, and lightweight design. They have been successfully applied in national major projects, providing "transparent" geological assurance for deep earth engineering.
