AUTOMATION OF CONSTRUCTION OF THREE-DIMENSIONAL GEOELECTRIC MODELS FOR THE METHOD OF SOUNDING THE FORMATION OF THE FIELD IN THE NEAR ZONE BASED ON THE RESULTS OF ONE-DIMENSIONAL INVERSION

The article proposes an algorithm for automating the construction of three-dimensional geoelectric models for the method of sounding the formation of the field in the near zone based on the results of one-dimensional inversion in order to calculate synthetic signals for three-dimensional models, as well as to accelerate the production of qualitative evaluation of field materials, and to minimize interpretation errors. An important part of the algorithm is the automatic generation of three-dimensional computational networks necessary for the calculation of synthetic signals in models. The results of the algorithm are prepared three-dimensional models of the studied medium with a calculated synthetic electromagnetic signal. The algorithm is tested on the data of electromagnetic monitoring of the consequences of the earthquake that occurred in 2003 in the Altai Republic.

GMSH, Modem3D, Geo3dBuilder, CGAL, EMS, HTCondor, Condor, VES, TEM, GMSH, Modem3D, Geo3dBuilder, building three-dimensional models, three-dimensional geoelectrical model of sounding in the near zone, Voronoi diagrams, CGAL, EMS, HTCondor, Condor

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