Module for solving the direct problem of magnetic exploration for the analysis of unmanned magnetic survey data
In the practice of geological research, work related to the measurement and analysis of geophysical fields plays an important role. The study of such fields is carried out using geophysical methods of searching for deposits, one of which is magnetic exploration. Magnetic exploration is used both to search for deposits and to study the geological structure of the territory. It is based on the measurement of the modulus of the magnetic field vector and its components. The geological interpretation of the data obtained can be performed by solving a direct problem that allows analyzing the magnetic anomalies of the Earth. This paper describes a software module for solving a direct problem of magnetic exploration, created for a system for processing and analyzing data of unmanned magnetic survey, being developed at the Institute "Siberian School of Geosciences". When studying the existing analogues of information systems with the function of express solutions to the direct problem of magnetic exploration, no suitable solutions were found, and therefore there was a need to develop this module. Using the module allows you to automate and speed up the process of processing geophysical data. The solutions obtained with the help of this module expand the interpreter's capabilities when performing work for the detection of mineral deposits and thereby improves the quality of geological research.