MINING AND GEOMETRIC ANALYSIS OF THE QUARRY FIELD WITH A SOLID DESIGN OF THE WORKING BOARD

Authors

  • Mislibaev I.T Doctor of Technical Sciences, prof. Navoi State Mining and Technology University
  • Samadova G.M. Ph.D., Assoc. Mining and Metallurgical Institute of Tajikistan.

Keywords:

quarry, overburden ratio, slope angle, ore body dip angle, overburden, linear elements

Abstract

The paper considers the issues of development of the operating mode of mining operations at the deposit on the slope. The development of the deposit is determined in the form of a working side of a quarry. The ways of modeling the transverse profile of the field are investigated

References

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Mislibaev I.T., Samadova G.M. Investigation of the process of formation and spacing of a stepped side of a quarry during the phased development of upland deposits. International Journal of Advanced Technology and Natural Sciences. 2022. No. 3(3). -FROM. 4-10.

Samadova G.M., Tuychieva D.I. Technological features of cascade development of upland deposits. International Journal of Advanced Technology and Natural Sciences. 2022. No. 3(3). -FROM. 10-16.

Grachev A.A. Investigation of the technology of mining overburden ledges by substeps with a basement. Cand. diss. M., 1977. -172 p.

Muratov M.I. Development of deposits in stages with a grouping of ledges. Sat. scientific works. Optimization of open pit parameters. Novosibirsk. 1998. -S. 24-32.

Permyakov R.S. Features of the development of upland deposits in the Arctic. L.: Nauka, 1989, 234 p.

Vologev B.M., Maksimov V.K., Baksheev A.I. Features of the formation of the upland part of quarries on steep slopes. Mining magazine. M.: -1983. - No. 9. S. 61-65.

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Published

2023-02-01

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