Ore and Metals Publishing house 2
51. IMPROVING EFFICIENCY OF ROCK BREAKING USING PRE-WEAKENING OF ROCK MASS
52. Improving the technology for obtaining high-grade concentrate at an iron ore plant in Kazakhstan
53. Improving zinc flotation performance when processing leadzinc ores
54. IN-SITU LEACHING TECHNOLOGY FOR URANIUM DEPOSITS
55. Instrumental monitoring of ore stockpile stability in heap leaching area
56. INTEGRATED GEOLOGICAL INTERPRETATION OF GEOPHYSICAL DATA BASED ON 2.5D VOLUMETRIC MODELING
57. INTEGRATED MONITORING AND MODELING OF SLOPE STABILITY IN STRUCTURALLY COMPLEX ROCK MASS
58. INTEGRATED MONITORING OF THE AREA OF ZHILANDY DEPOSITS
59. Integrated monitoring-based assessment of deformation and radiation situation of territorial domains
60. Intensification of gravity beneficiation of refractory gold-bearing ores Information about authors
61. INTERPHASE TRANSFORMATIONS AT THE Fe – C ALLOY — Fe – Ni – Cr – Cu – Si – B – C ALLOY INTERFACE
62. Investigations of extraction of copper and crud formation components of productive solution of Almaly deposit
63. Justification of geotechnology for nonuniform geomechanical medium of Dzhamgyr gold ore deposit
64. Kazmekhanobrs technologies in the field of processing of low-grade gold-bearing ores and technogenic raw materials*
65. Laboratory tests of the hydrometallurgical method for processing polymetallic raw material in central Kazakhstan
66. Lead and zinc distribution in chloridizing sintering of zinc dust obtained after processing of different kinds of raw materialsin the iron and steel industry
67. Lead extraction in low-temperature dust roasting during metal scrap melting in electric arc furnace together with ammonium chloride
68. Magnetizing roasting and magnetic separation of high-phos-phorus brown iron ore from the Kirovskoe deposit
69. Mathematical description of the lines of monovariant phase equilibria on the MnO-SiO2 phase equilibrium diagram
70. Mathematical models of phase composition diagrams in multicomponent oxide systems and their applied significance
71. Methods and techniques for energy efficiency assessment of geotechnological facilities at opencast mines based on the in-depth analysis
72. Mineralogy and petrography of Silurian deposits at the Western Mugodzhar Mountains
73. MINERAL–INDUSTRIAL MEGA COMPLEX — THE BASIS OF SCIENTIFIC AND TECHNOLOGICAL PROGRESS
74. Mining clusters with the participation of regional universities
75. MINING SECTOR TRANSFORMATION: THE EXPERIENCE OF EMERGING ECONOMIES
76. MIXED-TYPE GEOTECHNOLOGIES ARE THE BASIS FOR COST-EFFECTIVE, SAFE AND ECOLOGICALLY BALANCED DEVELOPMENT OF ORE DEPOSITS
77. MODELING AND ANALYSIS OF EARTH’S SURFACE DEFORMATIONS VIA INSAR
78. Modeling pitwall condition using laser and geoinformation technologies
79. MODERN METHODS OF GEOTECHNIC – EFFECTIVE WAY OF PROVIDING INDUSTRIAL SAFETY IN MINES
80. MONITORING DEFORMATION PROCESSES ON GROUND SURFACE AND AT CONSTRUCTION FACILITIES IN THE TERRITORY OF OIL FIELDS
81. New geophysical logging techniques for practical problem solving at complex hydrogenetic uranium deposits
82. On the problem of processing of manganese wastes from ore beneficiation: preparation of a single-component charge for ferromanganese melting
83. On the technology of processing of manganese wastes from ore concentration: metallization of granulated manganese pellets via low-temperature roasting
84. Optimization of cyanidation process for gold-bearing ores from Central Kazakhstan
85. Oxidizing roasting and cyanidation for the processing of refractory gold concentrates
86. Partial-cluster model of viscosity of copper-aluminum melt
87. PATTERNS OF DEVELOPMENT OF GEOMECHANICAL PROCESSES DURING HYBRID OPEN PIT/UNDERGROUND MINERAL MINING
88. PHYSICAL AND CHEMICAL ASPECTS OF URANIUM EXTRACTION FROM ZONES OF RESERVOIR OXIDATION USING ULTRASONIC TECHNOLOGY
89. Physical and mechanical properties of ultrapure copper obtained by zone melting
90. PHYSICAL GEOTECHNOLOGY AND GEOTECHNICAL ENGINEERING TOWARD ORIGINATIVE SUBSOIL USE IN CONTROLLABLE UNDERGROUND MINING
91. PROCESSING OF COPPER SMELTING SLAG USING SULFURIC ACID LEACHING: TECHNOLOGICAL ASPECTS AND SOLUTIONS
92. Processing of stale slurry tailings from chrome ore processing plants to obtain standard chrome concentrate
93. Processing of the zinc-lead-bearing flotation middlings by sulfidizing roasting with pyrrhotites production by predicted properties
94. Production of carbon adsorbents from wheat grain processing waste for rhenium adsorption
95. Production of fine-dispersed tungstic acid
96. PRODUCTIVE SUBSOIL DEVELOPMENT USING CONTROLLABLE PHYSICOCHEMICAL UNDERGROUND GEOTECHNOLOGIES
97. Prospect for expansion and replenishment of rare metal resources and reserves in eastern Kazakhstan
98. Prospects for application of mining systems with caving in stoping blocks with manmade bottoms at deep levels in Donskoe Chromite Mine
99. Prospects for improving copper ore flotation performance using a modified reagent
100. Prospects for the processing of technogenic gold-bearing raw materials using a microemulsion of a composite flotation reagent
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