All Stories

  1. Justification of drilling and blasting parameters for hard rocks fragmentation in open-pit mines and quarries taking into account the crack formation zone
  2. WORLDWIDE EXPERIENCE IN USING MINED-OUT SPACE OF QUARRY FOR THE CREATION OF MULTIFUNCTIONAL INFRASTRUCTURE FACILITIES
  3. ANALYSIS OF GLOBAL EXPERIENCE IN USING MINED-OUT SPACE IN ORE MINES TO CREATE UNDERGROUND INFRASTRUCTURE FACILITIES
  4. Mathematical simulationof the crush zone of a rock mass by a borehole charge of explosive substance along the shock adiabat of the rock
  5. NEW METHODOLOGY FOR CALCULATING PARAMETERS OF DRILLING AND BLASTING DURING THE CONSTRUCTION OF SUBWAY TUNNELS
  6. Environmental assessment of the impact of iron ore mine emissions on biological indicators of winter wheat
  7. Experimental studies of the method of hydraulic mining by boreholes of martite ores
  8. Sustainable management of iron ore extraction processes using methods of borehole hydro technology
  9. Physical and chemical conditions for the diamond formation
  10. Sustainable Management of Iron Ore Extraction Processes using Methods of Borehole Hydro-Technology
  11. Development of resource-saving mining method for stoping of various grades of rich iron ores
  12. The effect of emulsion explosiveson atmospheric airin underground iron ore mining
  13. New method for determining the parameters of drilling and blasting for raising mine workings
  14. Geomechanics of creating underground infrastructure during ore mining using emulsion explosives
  15. Raises advance using borehole hydraulic technology
  16. Raises advance using emulsion explosives
  17. The latest technologies for sublevel caving in iron ore mining
  18. Using the methods to calculate parameters of drilling and +blasting operations for emulsion explosives
  19. Managing the rock mass destruction under the explosion
  20. New method for determining parameters of drilling and blasting for horizontal and inclined mine workings
  21. Mathematical simulation of rock mass destruction zones by explosion
  22. Determining the performance of explosives for blasting management
  23. Parameters of borehole hydromonitor disintegration of iron ore
  24. Analytical studies of areas of deformation of the rock massif surrounding drawn stope
  25. EXPERIMENTAL STUDIES OF HYDRODISINTEGRATION OF MARTITE IRON ORE BY ROTATING WATER JETS
  26. Improvement of the current methodology for calculating the parameters of drilling and blasting on the explosive force
  27. Economical-ecological efficiency of usingemulsion explosive in underground ore mining
  28. Numerical simulation of the line of least resistanceduring the explosion of charges
  29. Examination of density and detonation velocity of emulsion explosives
  30. Processes of underground mining of ore deposits
  31. Rational parameters of drilling-and-blasting operations for rise working
  32. Energy theory of mountain pressure
  33. Improvement of safety for the underground vertical workings
  34. Substantiation of parameters of mine working drivage with blasting technique and cleaning charges in advance cutting holes
  35. Control of density and velocity of emulsion explosives detonation for ore breaking
  36. New theory for the rock mass destruction by blasting
  37. On the formation of a mine-based energy resource complex
  38. Method for calculation of drilling-and-blasting operations parameters for emulsion explosives
  39. Geo-energetics of Ukrainian crystalline shield
  40. Safe Mining of Granites at the Manganese Ore Deposits of Ukraine
  41. Application of the emulsion explosives in the tunnels construction
  42. Safe Development of the Decorative Jaspilites in the Energetically Disturbed Massifs
  43. Classification of Theories about Rock Pressure
  44. Increasing ecological safety during underground mining of iron-ore deposits
  45. Safety Improving of Mine Preparation Works at the Ore Mines
  46. Self-regulating roof-bolting with the rock pressure energy use
  47. Technology of underground mining of ore deposits
  48. PARAMETERS OF DRILLING-AND-BLASTING OPERATIONS FOR MINE WORKINGS CONSTRUCTION
  49. Nuclear-and-fuel power industry of Ukraine: production, science, education
  50. New Classification of Ore Deposits Mining Methods
  51. Ecological and technological aspects of iron-ore underground mining
  52. Effectiveness of Geo-Energy Usage during Underground Mining of Deposits
  53. Numerical modelling of massif zonal structuring around underground working
  54. Modeling of bearing massif condition during chamber mining of ore deposits
  55. Industrial research into massif zonal fragmentation around mine workings
  56. Синергетика взаимодействия горной выработки с массивом пород
  57. Rational parameters of drilling-and-blasting operations at mine workings construction
  58. Analytical modeling of the backfill massif deformations around the chamber with mining depth increase
  59. Formation the stress fields in backfill massif around the chamber with mining depth increase
  60. Investigation of stress-strain state of rock massif around the secondary chambers
  61. Stress-strain state of rock massif and backfill around chambers of second stage mining
  62. Blasting works technology to decrease an emission of harmful matters into the mine atmosphere
  63. Blasting works technology to decrease an emission of harmful matters into the mine atmosphere
  64. Imitating modeling stability of mine workings
  65. Automation of drill and blast design
  66. Technology of support of workings near to extraction chambers