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Chang-Min Fu
ORCID
Publication Activity (10 Years)
Years Active: 2022-2024
Publications (10 Years): 9
Top Topics
Cooperative
Water Quality
Leak Detection
D Mesh
Top Venues
Remote. Sens.
IEEE Trans. Geosci. Remote. Sens.
Sensors
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Publications
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Da Lei
,
Hao Ren
,
Ruo Wang
,
Zhongxing Wang
,
Chang-Min Fu
Parallel Inversion of 3D Airborne Transient Electromagnetic Data Using an Approximate Jacobi Matrix.
Remote. Sens.
16 (11) (2024)
Hao Ren
,
Da Lei
,
Zhongxing Wang
,
Chang-Min Fu
A Mesh Mapping-Based Cooperative Inversion Strategy for Airborne Transient Electromagnetic and Magnetic Methods.
Remote. Sens.
15 (1) (2023)
Mohamed Gamal
,
Qingyun Di
,
Jinhai Zhang
,
Chang-Min Fu
,
Shereen Ebrahim
,
Amr El-Raouf
Utilizing Ground-Penetrating Radar for Water Leak Detection and Pipe Material Characterization in Environmental Studies: A Case Study.
Remote. Sens.
15 (20) (2023)
Ya Gao
,
Qingyun Di
,
Chang-Min Fu
,
Yi-Lang Zhang
Electromagnetic Field of a HED in the Spherical "Earth-Ionosphere" Model and Its Application in Geophysics.
Remote. Sens.
15 (9) (2023)
Da Lei
,
Hao Ren
,
Chang-Min Fu
,
Zhongxing Wang
,
Qihui Zhen
Computation of Analytical Derivatives for Airborne TEM Inversion Using a Cole-Cole Parameterization Based on the Current Waveform of the Transmitter.
Sensors
23 (1) (2023)
Jingtao Xie
,
Hongzhu Cai
,
Xiangyun Hu
,
Zhidan Long
,
Shan Xu
,
Chang-Min Fu
,
Zhongxing Wang
,
Qingyun Di
3-D Magnetotelluric Inversion and Application Using the Edge-Based Finite Element With Hexahedral Mesh.
IEEE Trans. Geosci. Remote. Sens.
60 (2022)
Chang-Min Fu
,
Qingyun Di
,
Da Lei
,
Xiaotian Wang
,
Yilang Zhang
Application of Time-Domain Airborne Electromagnetic Method to the Study of Qingchengzi Ore Concentration Area in China.
Remote. Sens.
14 (19) (2022)
Fang-Hua Zheng
,
Qingyun Di
,
Chang-Min Fu
A Spherical "Earth-Ionosphere" Model for Deep Resource Exploration Using Artificial ELF-EM Field.
Remote. Sens.
14 (13) (2022)
Ya Gao
,
Qingyun Di
,
Ruo Wang
,
Chang-Min Fu
,
Pengfei Liang
,
Fang-Hua Zheng
Strength of the Electric Dipole Source Field in Multilayer Spherical Media.
IEEE Trans. Geosci. Remote. Sens.
60 (2022)