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APPLICATION OF THE GROUND LASER SCANNING RESULTS IN MONITORING OF ADJACENT ROCK MASSES OF DEEP CAREERS

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The method of laser scanning, used in combination with the traditional mine surveying, is one of the most effective and safest ways to carry out mine surveying and instrumental observations on deforming areas of open mining objects. The article presents the results of ground-based laser scanning of the Kharanutsky coal pit and a comparative analysis to determine the deformations and displacements of the sides for different periods, which was performed in the RISCAN PRO environment. Digital elevation models (DEM) were built, distinguishing observation cycles by color. As a result of comparison, the places of manifestation of deformations and displacements were revealed. Based on the results of geomonitoring, it was concluded that critical displacements and deformations were not detected, despite the places where small rockslides were manifested, and further systematic observations were recommended. The results of laser scanning are confirmed by the data of satellite observations on the control points and the survey of the section sides.

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# GPS# quarry# ground-based laser scanning# near-field array# geomonitoring# scan position

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Operating & Processing Software RiSCAN PRO for Riegl 3D Laser Scanners [Electronic resource]: Riegl Laser measurement systems website. Access mode: http://www.riegl.com/834628/43349806.pdf

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Operating & Preprocessing Software RiSCAN PRO for Riegl 3D Laser Scanners [Электронный ресурс]: сайт компании Riegl Laser measurement systems.  Режим доступа: http://www.riegl.com/terrestrial_scanners/lms-z420i_/420i_all.htm

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