Zhiger Kenzhetaev, Kuanysh Togizov
The research purpose is to increase the efficiency of borehole uranium mining by selecting special decolmating solutions and rational parameters of the technology for influencing the seam near-filter zone of geotechnological boreholes, as well as improving the filtration characteristics of the seam, depending on the mineralogical composition of ores and the structure of sediment-forming materials. The method of X-ray phase analysis was used to study the powders. The core material samples were studied on transparent sections using a LEICA DM 2500 P microscope. The content of the elemental composition of the ores and host rocks in the samples of the productive horizon was controlled using an atomic emission spectrometer. Based on the research results, quantitative-qualitative characteristics of the host rocks in the productive horizon, sedimentary formations from technological boreholes have been determined, revealing various levels in the productive horizon. It has been found that in the Campanian horizon boreholes, ores have a complex structure and multicomponent sedimentary formations, representing a mixture of sediments of mechanical-chemical origin. The results of quantitative-qualitative, microscopic, thermal research methods of the characteristics of ore-bearing rocks from various horizons at the Syr Darya depression uranium deposits are analyzed.
@article{d26818d5-0b47-4331-881b-6a42deea9de4,
title={Selecting the rational parameters for restoring filtration characteristics of ores during borehole mining of uranium deposits},
author={Zhiger Kenzhetaev and Kuanysh Togizov},
year={2022},
language={en}
}TY - JOUR TI - Selecting the rational parameters for restoring filtration characteristics of ores during borehole mining of uranium deposits AU - Zhiger Kenzhetaev AU - Kuanysh Togizov PY - 2022 LA - en ER -
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