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1.Scientific connotation and significance As a system engineering technology for the exploration and rheology studies of continental lithosphere,deep Earth exploration uses the most advanced science and technologies to obtain the basic information about the Earth’s interior and serve the sustainable supply of energy and resources as well as the early warning of natural disasters.Today,deep Earth exploration has become one of the forefronts of earth sciences[1].Deep Earth exploration requires a core and integrated technique system for the development of key detecting technologies and facilities which can penetrate different depths to precisely extract the internal structure and physical properties of the Earth,together with a technology platform for the processing,imaging and explanation of data[2].By detecting the planet’s deep interior in typical regions and by cutting open the
1. Scientific connotation and significance As a system engineering technology for the exploration and rheology studies of continental lithosphere, deep Earth exploration uses the most advanced science and technologies to obtain the basic information about the Earth’s interior and serve the sustainable supply of energy and resources as well as the early warning of natural disasters. Today, deep Earth exploration has become one of the forefronts of earth sciences [1]. Deep Earth exploration requires a core and integrated technique system for the development of key detecting technologies and facilities which can penetrate different depths to precisely extract the internal structure and physical properties of the Earth, together with a technology platform for the processing, imaging and explanation of data [2] .By detecting the planet’s deep interior in typical regions and by cutting open the