<p><strong>Abstract</strong></p> <p>We have provided supplementary material to our article titled “Estimating the nature and the horizontal and vertical positions of 3D magnetic sources using Euler deconvolution” and whose authors are Felipe F. Melo, Valeria C. F. Barbosa, Leonardo Uieda, Vanderlei C. Oliveira Jr, and João B. C. Silva. In this material, we presented an extra synthetic test to illustrate the steps of our methodology didactically. Additionally, we illustrated with synthetic test the ability of our method to correctly estimate the source positions when it is applied to a reduced area that does not cover the anomalies entirely.</p
The applicability of the Euler method of source location determination was investigated on several m...
We have developed a new method for interpretation of gridded magnetic data which, based on derivativ...
The final aim of a magnetic survey is to obtain quantitative information about the geological source...
We have developed a new method that drastically reduces the number of the source location estimates ...
The Euler homogeneity relation expresses how a ho-mogeneous function transforms under scaling. When ...
<div>Euler deconvolution is a technique based anomaly measurements, its derivatives and structural i...
<p>Poster (Part 2) presented at EAGE 2014 - 76th EAGE Conference & Exhibition 2014 (Amsterdam).</p> ...
The voluminous gravity and magnetic datasets demand automatic interpretation techniques like Naudy, ...
The conventional Euler deconvolution has 5 unknown parameters to be solve which are the location of ...
Euler deconvolution is a commonly employed magnetic interpretation method because it requires only a...
symmetry, and bias analysis of source-position estimates in Euler deconvolution and its practical im...
A new method based on 3D multiridge analysis of potential fields assumes a 3D subset in the harmonic...
A new method based on 3D multiridge analysis of potential fields assumes a 3D subset in the harmonic...
The conventional Euler deconvolution has five unknown parameters to be solve which are the location ...
Euler deconvolution is a semi-automated method to estimate possible locations of mag-netic field or ...
The applicability of the Euler method of source location determination was investigated on several m...
We have developed a new method for interpretation of gridded magnetic data which, based on derivativ...
The final aim of a magnetic survey is to obtain quantitative information about the geological source...
We have developed a new method that drastically reduces the number of the source location estimates ...
The Euler homogeneity relation expresses how a ho-mogeneous function transforms under scaling. When ...
<div>Euler deconvolution is a technique based anomaly measurements, its derivatives and structural i...
<p>Poster (Part 2) presented at EAGE 2014 - 76th EAGE Conference & Exhibition 2014 (Amsterdam).</p> ...
The voluminous gravity and magnetic datasets demand automatic interpretation techniques like Naudy, ...
The conventional Euler deconvolution has 5 unknown parameters to be solve which are the location of ...
Euler deconvolution is a commonly employed magnetic interpretation method because it requires only a...
symmetry, and bias analysis of source-position estimates in Euler deconvolution and its practical im...
A new method based on 3D multiridge analysis of potential fields assumes a 3D subset in the harmonic...
A new method based on 3D multiridge analysis of potential fields assumes a 3D subset in the harmonic...
The conventional Euler deconvolution has five unknown parameters to be solve which are the location ...
Euler deconvolution is a semi-automated method to estimate possible locations of mag-netic field or ...
The applicability of the Euler method of source location determination was investigated on several m...
We have developed a new method for interpretation of gridded magnetic data which, based on derivativ...
The final aim of a magnetic survey is to obtain quantitative information about the geological source...