3D Inversion of Magnetic Data Using GM– SYS 3D

What you'll learn
Convert a grid in tif format to Oasis Montaj Grid format
Working in the GM-SYS 3D environment effectively
Understanding Forward and Inverse Modelling
Interpreting 3D modelling results
Requirements
Import and grid data using various file formats: .txt, .csv, .grd. etc.
Description
This is a complete course that will take you step by step to master 3D inversion of magnetic data. This process involves using measured magnetic field data to create a three-dimensional model of subsurface structures, often to identify mineral deposits or geological features. The main aim of this 3D inversion process is to determine the distribution of magnetic susceptibility in the Earth's subsurface by solving the inverse problem of forward modeling. The GM-SYS 3D Modelling system is a 3D gravity and magnetic modelling package for surface-oriented models. A model is defined by a number of stacked surface grids with density, susceptibility and remanent magnetization distributions specified for the layer below each surface.3D models are defined by a number of surface grids with a density distribution (and/or susceptibility & remanent magnetization distribution) assigned to each layer. Layer density may be specified using either a constant density, a vertical density-depth profile relative to a reference surface, or a laterally-varyingdensity distribution defined by a grid. Layer susceptibility may be specified using either a constant susceptibility and remanent magnetization, or a laterally-varying susceptibility distribution.All input grids must also be consistent with respect to the following:-- Grid size (number of rows and columns).-- Coordinate system.-- Cell size and units.-- Grid origin/location.
Who this course is for
Researchers looking for ways to how to model geophysical data in GM-SYS 3D
Homepage

https://www.udemy.com/course/3d-inversion-of-magnetic-data-using-gm-sys-3d/

Rapidgator
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Fikper
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