The solar wind is a stream of plasma ejected from the upper atmosphere of the Sun, carrying the Sun's magnetic field through the heliosphere. The interaction of...
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Under the successive funding of two National 973 programs in the frontier area of key scientific research, we proposed the new theory that mineral photoelectron...
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Orogenies are the most important geological processes on the earth that form huge orogens, and such processes can be classified into two categories: collisional...
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The increasing availability of multi-sensor data and related spatial data provides abundant data sources for diverse applications. To meet vital scientific and ...
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Understanding the interaction mechanism between electromagnetic waves and ground targets is a primary task for intelligent processing and quantitative inversion...
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The advent of Big Data Era and the emergence of various and massive spatial-temporal data bring the new challenges and chances to the research of geographic inf...
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Research Institute of Theoretical and Applied Geophysics, Peking University has developed a series of techniques about multiple attenuation methods including ad...
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Zheng-Kang Shen and his team have been using space geodesy methods to study crustal deformation. Based on the observations they developed models for better unde...
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The research interest of Prof. Qinghua Huang’s group includes geoelectromagnetism and statistical seismology, with particular focus on physics and monitoring of...
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Magnetic null is the fundamental element of magnetic reconnection in plasma, which together with the ambient 3D topology is crucial for developing the magnetic ...
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Energetic electrons in Earth's magnetosphere will cause severe damage to the satellites and spacecraft, they are usually known as 'killer electrons'. Dramatic i...
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