Three-dimensional unstructured finite element modeling of magnetotelluric problems allowing for continuous variation of conductivity in each block
At present, the 3-D magnetotelluric (MT) unstructured finite element modeling approaches
often adopt the block-wise uniform conductivity parameterization method, in which the Earth …
often adopt the block-wise uniform conductivity parameterization method, in which the Earth …
A two-dimensional magnetotelluric deep learning inversion approach based on improved Dense Convolutional Network
Magnetotelluric (MT) inversion is an important means of MT data interpretation. The use of
deep learning technology for MT inversion has attracted much attention because it is not …
deep learning technology for MT inversion has attracted much attention because it is not …
Joint application of secondary field and coupled potential formulations to unstructured meshes for 3-D CSEM forward modeling
We developed a 3-D joint modeling algorithm of controlled source electromagnetic (CSEM)
responses with unstructured meshes. The crucial component is to construct an …
responses with unstructured meshes. The crucial component is to construct an …
Fast iterative solver for 3D finite-element modeling of controlled-source electromagnetic responses with vector and scalar potentials
W Tang, J Liu, C Ma, F Zhou - Geophysics, 2023 - library.seg.org
The controlled-source electromagnetic (CSEM) forward modeling with vector and scalar
potentials could provide insights into the inductive and galvanic effects. We have developed …
potentials could provide insights into the inductive and galvanic effects. We have developed …
Spectral-element modeling of the time-domain electromagnetic field in 3D geophysical anisotropic media
B Valdés-Moreno, JD De Basabe… - Computational …, 2025 - Springer
The transient electromagnetic method is widely used in diverse fields, including mineral and
groundwater exploration, environmental studies, geothermal investigations, and near …
groundwater exploration, environmental studies, geothermal investigations, and near …
ELF-EM fields in the multi-layer spherical 'Earth-ionosphere'model based on WKB
Y Gao, QY Di, CM Fu, YL Zhang - Journal of Geophysics and …, 2023 - academic.oup.com
With a high signal-to-noise ratio and a great depth of exploration, the wireless
electromagnetic method (WEM) has wide applications in the exploration of deep mineral …
electromagnetic method (WEM) has wide applications in the exploration of deep mineral …
Genetic relationship between granite and pegmatite in the Kaluan lithium deposit, Western China: evidence from the inversion of audio-magnetotelluric data
YH Qu, B Hu, B Tang, CF Wu, F Zhou - Applied Geophysics, 2023 - Springer
Abstract The Altay Orogenic Belt in Xinjiang, China, is characterized by numerous pegmatite
veins, among which Kaluan pegmatite potentially hosts an ultra-large lithium spodumene …
veins, among which Kaluan pegmatite potentially hosts an ultra-large lithium spodumene …