GEOELECTRICAL PROCESS BASED ON STRUCTURAL GEOLOGY CALIBRATION FOR DETERMINING HYDRAULIC CHARACTERISTIC VALUES

摘要

this work makes it possible to determine, in the form of mean values for a range of permeabilities, major and medium permeability, permeability of the seal system, large tracts of empty space to the effective flow and parts hollow seal system in strong anisotropic homogeneous layers filled with liquid or gas.the method is used for the surface of the earth, and through holes. the technical implementation is carried out by means of a sample linear geoelectrical star action plan which brings together in a linear symmetry points, several arrangements and different orientations. the evaluation shows that the structure of the layers as well as the specific resistance anisotropies.the subsequent processing of anisotropy parameters of a layer makes it possible to obtain specific resistance of rock body in the light of the direction and the direction of the main permeability.the hydraulic characteristic values are calculated on the basis of specific layers of geological structural formulas for calibration, for the initial data such that the resistance as a function of the orientation, the specific resistance of the horn time to rock as a function of the orientation, the specific resistance of the liquid.structural geology of calibration factor, kinematic viscosities and flow.the main areas of application are the recognition of groundwater, construction of dams, reservoirs, tunnels (the rock), renovation works, the appreciation of land, construction materials testing, control e screen seal, the sealing layers, masonry and dykes.the protection of the environment (waste) gas and geothermal exploration, mineral water and hydrocarbons.