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RESULTS OF THE MODELING OF THE PHASE-METRIC METHOD OF THE CONTROL OF THE DEVELOPMENT OF SUFFUSION PROCESSES
Abstract
In this article, mathematical and full-scale modeling of the application of the resistive control method based on the phase-metric principle of the controlling of the growth of suffosion processes is considered. The causes and stages of the growth of suffosion processes are given. Modeling of suffosion processes is carried out on the basis of the geoelectrical model of a spherical cavity of a covered thickness of soil sediments. The description is given of the experimental setup for modeling the suffosion processes and controlling their formation by the phase control method. Approbation of the proposed geoelectrical model of the geological environment and the phase control method was carried out at the site of the alleged development of suffosion processes caused by anthropogenic accident. A comparison of the results obtained was carried out with a given georadar and visual survey of the investigated area. The errors of mathematical modeling are revealed, the adequacy of the results is estimated. The presented models and the results obtained make it possible to create experimental electrical dependences close to real ones. This will contribute to the further development of the phase control method.
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