This paper describes application of a fast inversion method to recover a 3D susceptibility
model from magnetic anomalies. For this purpose, the survey area is divided into a large …

This work illustrates the performance of a focused algorithm for 2D inversion of potential field
geophysics (gravity and magnetic) in regions with rugged topography. A non-structured …

The Makran subduction wedge as one of the largest subduction complexes has been
forming due to the Arabian oceanic lithosphere subducting beneath the Lut and the Afghan …

In this work, the structural geology and the tectonic conditions of the Zagros orogeny along
the route of Qom to Kermanshah cities were investigated using the combined geophysical …

The subsurface three-dimensional (3D) model of density distribution is obtained by solving
an under-determined linear equation that is established by gravity data. Here, we describe a …

Retrieval of magnetization parameters using magnetic tensor gradient measurements
receives attention in recent years. Determination of subsurface properties from the observed …

Convergence between the Eurasian and Arabian plates formed the Zagros orogenic belt
between Late Cretaceous and Pliocene as a relatively young and active fold-thrust belt in …

This paper presents a MATLAB®-based geopotential field generator called GamField that
constructs and visualizes subsurface sources in 3-D space and computes their gravity and …

Airborne potential field geophysical survey is employed for a variety of purposes to cover in
a cost-effective manner large prospect areas. Despite the many advantages of airborne data …

We present an algorithm for the linear inversion of two‐dimensional (2‐D) surface magnetic
data to obtain 3‐D models of the susceptibility of the source. The forward model is …