A new three-dimensional data visualization program (TAR3D) was created by MATLAB environment. The features of the program have been shown on the example of two-dimentional magnetotelluric data modeling obtained in Kirovograd ore area. The comparison with the worldwide known world simular programs are carried out.
The nature of anomalies of the high electrical conductivity on depths to 2,5 km is defined by regional metasomatic transformations of the soils conducting to formation of ore salinity (uranium, gold, diamonds). For the first time for the Kirovograd ore area the 2,5Dmodel of distribution of values of electroresistance to depth of 100 km by results of one-dimensional inversion of MTS data is constructed. The three-dimensional geoelectrical model of Earth’s crust and the upper mantle of the Kirovograd ore area is constructed and specified.
seismogeological model of the Kirovograd ore district, it reflects its modern deep structure. The new interpretation of the seismic data has identified a correlation surface structures in the region with a relief Moho and local inhomogeneities of the crust. As a result, the connection established areas with a high concentration of ore with deep sublatitudinal deflection in the relief of the Moho. Originality For the first time MCWE seismic data processed using statistical analysis, maps of Moho, K2 and seismogeological 3D model of the Kirovograd ore district. The practical significance.