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TECHNOLOGY OF FILLING EXCAVATED SPACE

Authors: Chorikulov Akbar; Davronova Gulchehra; Xakimova Sabina; Abruyev Samandar;

TECHNOLOGY OF FILLING EXCAVATED SPACE

Abstract

{"references": ["1. Repin N.Ya. Preparation gornox porod k voemke. M.: izd. \"Gornaya kniga\", 2009. - 188 p. 2. Repin N.Ya., L.N. Repin. Viemochno-pogruzochniye raboti. M.: izd. \"Gomaya book\", 2010. - 267 p. 3. \"Mining Waste\" European Cornussion Environment (17 November 2011) accessed 19 December 2011 4. \"Mines 2 Cities\" The Mines 2 Cities Project (April 2016) accessed 19 April 2016 5. \"Peak Hill Gold Mine\" Major metallic mines, deposits & projects (2010) accessed 19 December 2011 6. Sagatov N. Kh. Alimkhodjaev S. R. Organization of production in mining enterprises. T: ToshDTU, 1996, 61 p. 7. Sagatov N.Kh. Basics of mining. Study guide. - T: TDTU, 2005. 212 p. 8. Sagatov N.Kh. Underground mining of layer deposits. Study guide. - T: Philosophers, 2016. 187 p. 9. Eric C. Nystrom. Seeing underground: Maps, Models, and Mining Engineering in the USA. - press: University of Nevada. Published: October 11.2016.-pages: 320. 10. Misliboev I.T., Soliev B.Z. Jabbarov O.I. Underground mining of mineral deposits. Study guide. - T: Philosophers, 2014 u 11. Vasyuchkov V. F. Gomoe delo - M: Nedra, 1990, 512 p."]}

In this thesis, the technology of filling the cavities dug in underground mining operations, which is used today and which we offer, is highlighted.

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Keywords

hydraulic method, filling material, working pipe, funnel, sieve.

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This indicator reflects the "current" impact/attention (the "hype") of an article in the research community at large, based on the underlying citation network.
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