Nan ZHANG
Gender: Male
Education Level: With Certificate of Graduation for Doctorate Study
Administrative Position: Associate Professor
Alma Mater: University of Colorado
Scientific Research
Research Field
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Dynamics of lithosphere and mantle; Supercontinent evolution; Interaction between mantle and core；Dynamics of sedimentary basin；Evolution of terrestrial planets and icy satellites; Meterorite impact process
Paper Publications
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Yizhuo ZHANG, Nan ZHANG* and Meng TIAN*.Dynamics of Magma Ocean and its Linkage to Atmospheres.Acta Geochimica,41,21-52,2021,null Acta Geochimica, 41, 2021. :21-52
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Liang QI, Nan ZHANG*, Bei XU and Zhiwei WANG.Geodynamic Modeling on the Formation Mechanism of Linxi Basin: New Constraints on the Closure Time of the Paleo-Asian Ocean.Tectonophysics,810,228866,2021,null Tectonophysics, 810, 2021. :228866
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Peilong YAN, Nan ZHANG*, Huaiyu YUAN, Liang QI and Xiaoxu LIU.Possible South-dipping Mesozoic Subduction at Southern Tethys Ocean-Constraints from Global Tectonic Reconstructions and Seismic Tomography.J. of Earth Science,33,13-33,2021,null J. of Earth Science, 33, 2021. :13-33
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Ross Mitchell, Nan ZHANG*, Johanna Salminen, Yebo LIU, Chris J. Spencer, Bernhard Steinberger, Brendan Murphy and Z.-X. LI.The supercontinent cycle.Nature Reviews, Earth and Environment,2,358-374,2021,null Nature Reviews, Earth and Environment, 2, 2021. :358-374
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Huacheng LI, Nan ZHANG*, Zongyu YU and Yizhuo ZHANG.Lunar Cratering Asymmetries with High Orbital Obliquity and Inclination of the Moon.Res. Astrono. & Astrophy.,21,140-153,2021,null Res. Astrono. & Astrophy., 21, 2021. :140-153
Research Projects
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Supercontinent Assembly and Breakup, No research results are supported by the project , Supercontinent dynamics
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Geodynamics of Northern-Eastern Asia and Tethys, No research results are supported by the project , Regional geodynamics
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The distribution of heat producing elements in the Moon, National Natural Science Foundation of China (NSFC) , Lunar interior dynamics
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Magma ocean of early Earth, Other projects , Fluidized particle dynamics
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Impact craters on the Moon and Mars, No research results are supported by the project , Meteorite impact dynamics