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GEOTECHNOLOGY. MINING MACHINERY |
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Valiev N. G. Petrov V. P. |
Studying ore melt formed under the influence of an electric arc to develop a new method of mine support (In English)
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8 |
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Sentiabov S. V.
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Mining system with backfilling for thick steeply pitching ore bodies in the conditions of high stress state of the rock mass at great depths
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17
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Govorov A. S. Fomin S. I.
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Assessing the most significant factors for open-pit mining project implementation |
29 |

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GEOMECHANICS. ROCK BREAKING
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Zhabko A. V.
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The stability of fractured and blocky rock mass during open and underground mining
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39 |

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Ashikhmin S. G. Kashnikov Iu. A.
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Solving geomechanics problems using the Lagrangian particle method
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55
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MINE SURVEYING. MINING GEOLOGY
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Orynbaev B. A. Khaiitov O. G. |
Reconsidering the oil and gas potential of the East Ustyurt’s deep pre-Cretaceous deposits by the example of the Republic of Uzbekistan
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66 |

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MINERAL PROCESSING
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Giliazetdinov R. A. Mukhametshin V. V. Kuleshova L. S.
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Developing the algorithm for complex modeling of the real productivity coefficient, taking into account the hydrochloric acid treatments during the development |
78 |

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Giliazetdinov R. A. Mukhametshin V. V. Kuleshova L. S. |
The impact of the laboratory flotation machine design features on the trajectory of the flotation fluid flow
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89 |

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OCCUPATIONAL SAFETY
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Kalaigoroda V. V. Prostov S. M.
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The problem of endogenous fires in near-surface coal and rock accumulations |
101 |

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GEOINFORMATICS
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Zhao R. Guo Q. Zheng M.
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Analyzing the InSAR data processing results from different space radar systems when assessing the displacements of the mining area |
111 |

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Lukashuk O. A. Letnev K. Iu. Komissarov A. P. Khoroshavin S. A.
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Generating the bucket’s predetermined trajectory during digging operations (In English) |
120 |

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