Modern information technologies in searching effective methods for stabilizing siya dara iron mine minerals Bamyan province

Abstract

Computer technology helps to determine the geologic characteristics of ore deposits in greater detail and reliably. physical parameters of the objects and the host rocks. When analyzing physical properties of rocks, we also used methods of digital processing and obtaining statistical characteristics of physical properties of the of the host rocks and ore bodies. Therefore, the title of the article reflects the importance of modern information technology in the search for effective methods of mineral stabilization. The title of the article therefore reflects the importance of modern information technologies in the search for effective methods of mineral stabilization. The iron mine Siya Dara ore deposit covers an area of 42 square kilometers, among which several iron mining sites have been identified and investigated over an area of 17 square kilometers. On assignment from the Geological Survey of Afghanistan in 2018 a series of comprehensive geophysical surveys on a scale of 1:25,000 were carried out to determine mineral reserves in the Syadare area, Yaka Welang District. A series of comprehensive geophysical surveys on a scale of 1:25,000 were carried out to determine mineral reserves in the Siya Dara area, Yaka wlang District. The complex included magnetic reconnaissance, gravity reconnaissance. Canadian and Soviet equipment was used in the surveys: magnetometer G858, gravimeter CG-5. Canadian and Soviet equipment. The gravity method is based on differences in the density of rocks in the geologic section. Given that the density of iron ores varies dramatically with the density of the host rocks, gravity exploration is a very effective method of studying the field structure. No less effective magnetic reconnaissance is also an equally effective method, given the high level of magnetic recovery of iron ores.