Joint inversion of potential field data with adaptive unstructured tetrahedral mesh
Inverting potential field data presents a significant challenge due to its ill-posed nature, often
leading to nonunique model solutions. Addressing this, our work focuses on developing a …
leading to nonunique model solutions. Addressing this, our work focuses on developing a …
Joint Inversion Method of Gravity and Magnetic Data with Adaptive Zoning Using Gramian in Both Petrophysical and Structural Domains
T Wang, G Ma, Q Meng, T Wang, Z Jiang - Surveys in Geophysics, 2024 - Springer
Different observation data are utilized to obtain a unified geophysical model based on the
correlations of underground geological bodies in joint inversions. By specifying a type of …
correlations of underground geological bodies in joint inversions. By specifying a type of …
Joint Gramian inversion of gravity, magnetic and gravity gradient tensor data for the modelling of Mesoproterozoic iron oxide deposits, southeast Missouri, USA
Within the iron metallogenic province of southeast Missouri, USA, there are several mines
that contain not only economic iron resources, magnetite and/or hematite, but also contain …
that contain not only economic iron resources, magnetite and/or hematite, but also contain …
The northeastern Algeria hydrothermal system: gravimetric data and structural implication
Abstract The Tell Atlas of Algeria has a huge potential for hydrothermal energy from over
240 thermal springs with temperatures up to 98∘ C in the Guelma area. The most exciting …
240 thermal springs with temperatures up to 98∘ C in the Guelma area. The most exciting …
Efficiently implementing and balancing the mixed Lp-norm joint inversion of gravity and magnetic data
The mixed-norm,, stabilization algorithm is flexible for constructing a suite of subsurface
models with either distinct, or a combination of, smooth, sparse, or blocky structures. This …
models with either distinct, or a combination of, smooth, sparse, or blocky structures. This …
New insights into the anomaly genesis of the frequency selection method: supported by numerical modeling and case studies
T Yang, Q Gao, H Li, G Fu, Y Hussain - Pure and Applied Geophysics, 2023 - Springer
The frequency selection method (FSM) is the further development of the audio frequency
telluric electricity method (TEFM). However, debate continues regarding the mechanisms …
telluric electricity method (TEFM). However, debate continues regarding the mechanisms …
Gravity inversion using L0 norm for sparse constraints
Gravity surveys constitute an important method for investigating the Earth's interior based on
density contrasts related to Earth material differentials. Because lithology depends on the …
density contrasts related to Earth material differentials. Because lithology depends on the …
地下空间微重力异常聚焦反演方法研究及应用.
周俊杰， 朱鹏飞， 高爽 - World Nuclear Geoscience, 2024 - search.ebscohost.com
摘要为解决地下空间微重力探测中常规反演结果较为模糊, 不利于目标定位的问题,
对微重力异常聚焦反演方法进行研究. 基于目标空间最小的前提假设, 引入目标与围岩的密度差 …
对微重力异常聚焦反演方法进行研究. 基于目标空间最小的前提假设, 引入目标与围岩的密度差 …
Efficient 3D gravity data inversion with depth weighting function
X Wang, J Li, Q Zhang, D Zhao, J Liu… - IEEE Transactions on …, 2024 - ieeexplore.ieee.org
Gravity inversion plays a crucial role in estimating subsurface structural information. This
process typically involves dividing the subsurface into numerous rectangular prisms and …
process typically involves dividing the subsurface into numerous rectangular prisms and …
[HTML][HTML] 基于L1+L2混合范数频域三维重力场反演方法
赵广东， 王绪本， 柳建新， 梁生贤， 李军 - 地球物理学报, 2024 - dzkx.org
三维重力反演被广泛应用于矿产资源勘探和深部密度结构研究, 然而传统空间域三维重力场反演
方法存在着深度分辨率低, 多解性强和计算效率低的问题, 影响了地质解释的准确性和可信度 …
方法存在着深度分辨率低, 多解性强和计算效率低的问题, 影响了地质解释的准确性和可信度 …