Wenjin Chen at Jiangxi University of Science and Technology, China
Dr. Chen Wenjin 🎓, born in February 1987 in Huanggang, Hubei 🇨🇳, is an associate professor 🧑🏫 and master’s supervisor at a Chinese academic institution. With a Ph.D. in Geodesy and Surveying Engineering 📐 from Wuhan University and joint doctoral training in Italy 🇮🇹, he has published 40+ papers 📚 and authored several monographs. He serves as a reviewer for over 30 SCI journals 🔍 and has led multiple research projects funded by the National Natural Science Foundation of China 🧪. Dr. Chen specializes in physical geodesy 🌍 and is passionate about gravity-based Earth structure studies 🌐.
Professional Profile:
Scopus
Google Scholar
Education & Experience
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🎓 Bachelor’s Degree in Geomatics Engineering – East China University of Technology
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🎓 Master’s & Ph.D. – Wuhan University, School of Geodesy and Geomatics
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🌍 Joint Doctoral Training (2015–2017) – University of Trieste, Italy 🇮🇹, funded by CSC
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👨🏫 Associate Professor – Expert in geodesy and surveying engineering
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📘 Master’s Supervisor – Mentoring postgraduate students
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🧠 NSFC Review Expert – National Natural Science Foundation of China
Professional Development
Dr. Chen Wenjin actively contributes to scientific development through his prolific research output 📑, international collaboration 🌏, and dedication to teaching 👨🏫. As a reviewer for over 30 SCI journals 🔬, he remains at the forefront of academic discourse. He has authored 2 monographs 📚, 1 textbook 📘, and holds over 30 software copyrights 💾. Dr. Chen has also led several national and provincial research projects 🧪 and consistently updates his knowledge base through collaborations, especially with institutions in Europe 🇪🇺. His role as an educator and researcher reflects his commitment to advancing geospatial science and its applications 🚀.
Research Focus
Dr. Chen’s primary research focus lies in physical geodesy 🌍, particularly utilizing gravity data to investigate the Earth’s internal structure 🧲. His work includes gravity inversion algorithms 🧮, forward modeling of complex density distributions 🗺️, and Moho depth estimation under tectonically active regions like Tibet 🏔️. He explores crust-mantle interface modeling and geophysical mapping using satellite data 🛰️. Dr. Chen’s research bridges geophysics and computational modeling, contributing to global understanding of lithospheric and mantle structures 🔎. His methods improve geoid determination, density mapping, and structural interpretation, making significant impacts in geoscience and remote sensing fields 🌐.
Awards & Honors
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🏅 CSC Scholarship Recipient – For joint Ph.D. training at University of Trieste
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📜 Reviewer for 30+ SCI Journals – Recognized for academic expertise
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🧪 Principal Investigator – 2 National Natural Science Foundation Projects
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🏆 PI of Jiangsu Provincial Natural Science Foundation Project
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💾 Holder of 30+ Software Copyrights
Publication Top Notes
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Analysis of the refined CRUST1.0 crustal model and its gravity field
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Authors: R Tenzer, W Chen, D Tsoulis, M Bagherbandi, LE Sjöberg, P Novák, S Jin
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Published in: Surveys in Geophysics
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Volume: 36
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Pages: 139-165
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Year: 2015
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Citations: 109
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Summary: This paper analyzes the CRUST1.0 model, which is a refined global crustal model, and examines how it impacts the gravity field at the Earth’s surface. This study plays a crucial role in understanding the crust’s structure, offering insights into global geodynamics and tectonic settings.
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Effect of upper mantle density structure on Moho geometry
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Authors: R Tenzer, W Chen, S Jin
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Published in: Pure and Applied Geophysics
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Volume: 172 (6)
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Pages: 1563-1583
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Year: 2015
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Citations: 60
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Summary: This study investigates the relationship between the upper mantle’s density structure and the geometry of the Moho, the boundary between the Earth’s crust and mantle. The findings suggest that mantle density variations significantly affect Moho depth and geometry, influencing regional geophysical interpretations.
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Regional gravity inversion of crustal thickness beneath the Tibetan plateau
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Authors: R Tenzer, W Chen
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Published in: Earth Science Informatics
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Volume: 7
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Pages: 265-276
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Year: 2014
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Citations: 32
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Summary: This paper presents a regional gravity inversion technique to estimate the crustal thickness beneath the Tibetan Plateau, a geologically complex region. The study provides new insights into the crust’s structure and its tectonic evolution, with a focus on gravity data inversion methods.
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Mantle and sub-lithosphere mantle gravity maps from the LITHO1.0 global lithospheric model
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Authors: R Tenzer, W Chen
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Published in: Earth-Science Reviews
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Volume: 194
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Pages: 38-56
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Year: 2019
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Citations: 31
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Summary: This paper introduces gravity maps derived from the LITHO1.0 global lithospheric model, focusing on the mantle and sub-lithosphere mantle regions. The study contributes to understanding the Earth’s lithosphere’s structure and dynamics, with a particular focus on mantle heterogeneity.
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Sediment stripping correction to marine gravity data
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Authors: W Chen, R Tenzer, X Gu
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Published in: Marine Geodesy
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Volume: 37 (4)
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Pages: 419-439
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Year: 2014
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Citations: 30
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Summary: The paper addresses the issue of sediment stripping in marine gravity data. The authors propose a correction method for sediment thickness variations to refine gravity data and improve the interpretation of the oceanic crust’s structure.
Conclusion
Dr. Chen Wenjin is not only an accomplished scholar but a dynamic contributor to both theoretical and applied geosciences. His strong research track record, software innovations, teaching excellence, and global academic collaborations make him exceptionally deserving of a Best Researcher Award.
His work bridges the gap between geophysical theory and real-world applications, providing deep insights into Earth’s structure and contributing valuable tools to the scientific community. Therefore, it is my professional opinion that he is a highly suitable and compelling candidate for the award.