• Stars
    star
    2
  • Language
    Jupyter Notebook
  • License
    BSD 3-Clause "New...
  • Created about 8 years ago
  • Updated about 7 years ago

Reviews

There are no reviews yet. Be the first to send feedback to the community and the maintainers!

Repository Details

Estimating the magnetization distribution within rectangular rock samples

More Repositories

1

paper-template

Template for a new paper repository with code, data, and a LaTeX manuscript. Use the Github "Import repository" to create a new paper.
Jupyter Notebook
55
star
2

paper-moho-inversion-tesseroids

Source code, data, and model results for "Fast non-linear gravity inversion in spherical coordinates with application to the South American Moho". Published in the Geophysical Journal International.
Jupyter Notebook
39
star
3

nmo-tutorial

Geophysical tutorial: Step-by-step NMO correction. An overview of the algorithm and a Python implementation.
Jupyter Notebook
18
star
4

magnetic-ellipsoid

Set of routines to compute the magnetic field produced by ellipsoids
Jupyter Notebook
18
star
5

tesseroid-variable-density

Manuscript and code for tesseroid gravitational modeling using variable density distributions
TeX
10
star
6

magnetic-radial-inversion

Jupyter Notebook
9
star
7

paper-tle-euler-tutorial

Tutorial about Euler deconvolution for The Leading Edge by @leouieda, @birocoles and @valcris
TeX
8
star
8

paper-monogenic-signal

Source code, data and manuscript for an article published in Geophysics titled: The monogenic signal of potential-field data: A Python Implementation
Python
7
star
9

paper-planting-densities

Code, Latex source, figures and supplementary material for the article "Robust 3D gravity gradient inversion by planting anomalous densities" by @leouieda and @valcris published in journal Geophysics
TeX
6
star
10

eqlayer-magnetization-direction

Manuscript and code for the application of equivalent layer technique for estimating magnetization direction
Jupyter Notebook
5
star
11

website

Source code for pinga-lab.org. These are the souce files used to generate the website HTML. Make your Pull Requests here.
HTML
4
star
12

paper-tesseroids

Manuscript, source code, and data for an article about the forward modeling software Tesseroids. Published in Geophysics.
Jupyter Notebook
4
star
13

EqL-overview-TU-Freiberg

Overview of theoretical aspects about the equivalent-layer technique for processing and interpreting potential-field data
4
star
14

Total-magnetization-of-spherical-bodies

New method for estimating the total magnetization direction of approximately spherical bodies
TeX
3
star
15

eq_layer_mag_toeplitz

Jupyter Notebook
3
star
16

DisReserv

Modeling reservoir compaction due to pressure changes
Jupyter Notebook
3
star
17

pinga-lab.github.io

The auto generated HTML for pinga-lab.org. These commits are automatically pushed by TravisCI. DON'T MAKE COMMITS HERE. Changes should be made to pinga-lab/website instead.
HTML
3
star
18

eqlayer-review-computational

Review about computational aspects of the equivalent-layer technique
Jupyter Notebook
3
star
19

inverse-problems

Lecture notes on inverse problems
TeX
2
star
20

paper-isostatic-grav2D

Non-linear 2D gravity inversion with isostatic constraint
Jupyter Notebook
2
star
21

Eq_Layer-Toeplitz

Jupyter Notebook
1
star
22

inversao-unb-2014

Material para o curso "Tópicos de inversão em geofísica"
CSS
1
star
23

CBG-2014

Trabalho para o Congresso Brasileiro de Geologia (2014)
1
star
24

inverse-problems-old

LEGACY REPOSITORY. Lecture notes on geophysical inverse problems.
Python
1
star