Ruslan MAKSIMOV
Biographic Data
| ID | 6871285 |
|---|---|
| NAME | Ruslan MAKSIMOV |
| GIVEN NAMES | Ruslan |
| FAMILY NAME | MAKSIMOV |
| SIGNATURE | MAKSIMOV R |
| VERIFIED | No |
| TOTAL WORKS | 6 |
| TOTAL CITATIONS | 0 |
| WORKS AS AUTHOR | 6 |
| WORKS AS EDITOR | 0 |
| FIRST PUBLICATION YEAR | 2017 |
| LATEST PUBLICATION YEAR | 2025 |
| H-INDEX | 0 |
Preparing technology development for stocked tailings from the Tyrnyauz processing plant for backfilling into mined-out mining space
Introduction. The accumulated man-made waste – ore processing tailings – pose an environmental hazard, but at the same time they contain significant resource value. Therefore, the rational management of waste is their disposal with the subsequent use for laying the mined mining space. An increase in the period of production activity of mining and processing enterprises is possible provided that the reserves of ore raw materials increase, for exam…
Instability analysis of vapour-filled bubbles in turbulent flows in ore flotation processes
Introduction. The subject of the study is a method of flotation, in accordance with which a mixture of air with hot (with saturation temperature > 104 °C) water vapour – vapour-air mixture is used as a gas phase in flotation. One of the consequences of aeration of cold slurry by air bubbles filled with hot water vapour is a change in their size distribution. Materials and methods. The study used a system in which water is separated from its vapou…
Development of a method and apparatus for measuring the forces in particle contacts under conditions of flotation of gold microdispersions
Introduction. In flotation of gold-containing ores, metal losses with tailings are mainly related to the fine particle size classes - micro dispersions. Study of the physical nature of the forces in the contacts between the particles, including gold micro dispersions, allows gaining new knowledge associated with the solution of the pressing problem of effective extraction of difficult to extract forms of the precious metal by flotation. Materials…
Peculiarities of poly disperse particle interaction in gold micro dispersions flotation processes
Introduction. In flotation of large particles, the approach of a particle to a bubble is provided by inertial forces, while in the case of small particles this process proceeds inertially. Inertia less hydrodynamic interaction with the bubble - movement with the liquid flow without contact with the surface of the bubble up to its lower hemisphere - is the main reason for losses of small particles in flotation. Materials and methods. Research was …
Analysis of conjugate heat and mass transfer during aerosol flotation of gold from placers
Introduction. The probability of replenishing the SME of placer gold by registering the reserves of new deposits is low, and the involvement of man-made waste in the economic circulation will allow maintaining the achieved level of gold production from placers for 10-15 years. Purpose of research. The aim of the study is to develop a technology for extracting gold from old wastes of alluvial mining based on the identified patterns of conjugate he…
Small Mining Enterprises as a Factor of Sustainable Development of Territories
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Small Mining Enterprises as a Factor of Sustainable Development of Territories
Analysis of conjugate heat and mass transfer during aerosol flotation of gold from placers
Introduction. The probability of replenishing the SME of placer gold by registering the reserves of new deposits is low, and the involvement of man-made waste in the economic circulation will allow maintaining the achieved level of gold production from placers for 10-15 years. Purpose of research. The aim of the study is to develop a technology for extracting gold from old wastes of alluvial mining based on the identified patterns of conjugate he…
Development of a method and apparatus for measuring the forces in particle contacts under conditions of flotation of gold microdispersions
Introduction. In flotation of gold-containing ores, metal losses with tailings are mainly related to the fine particle size classes - micro dispersions. Study of the physical nature of the forces in the contacts between the particles, including gold micro dispersions, allows gaining new knowledge associated with the solution of the pressing problem of effective extraction of difficult to extract forms of the precious metal by flotation. Materials…
Peculiarities of poly disperse particle interaction in gold micro dispersions flotation processes
Introduction. In flotation of large particles, the approach of a particle to a bubble is provided by inertial forces, while in the case of small particles this process proceeds inertially. Inertia less hydrodynamic interaction with the bubble - movement with the liquid flow without contact with the surface of the bubble up to its lower hemisphere - is the main reason for losses of small particles in flotation. Materials and methods. Research was …
Preparing technology development for stocked tailings from the Tyrnyauz processing plant for backfilling into mined-out mining space
Introduction. The accumulated man-made waste – ore processing tailings – pose an environmental hazard, but at the same time they contain significant resource value. Therefore, the rational management of waste is their disposal with the subsequent use for laying the mined mining space. An increase in the period of production activity of mining and processing enterprises is possible provided that the reserves of ore raw materials increase, for exam…
Instability analysis of vapour-filled bubbles in turbulent flows in ore flotation processes
Introduction. The subject of the study is a method of flotation, in accordance with which a mixture of air with hot (with saturation temperature > 104 °C) water vapour – vapour-air mixture is used as a gas phase in flotation. One of the consequences of aeration of cold slurry by air bubbles filled with hot water vapour is a change in their size distribution. Materials and methods. The study used a system in which water is separated from its vapou…
Mining and Gasification Technologies (5 works) · Industrial Engineering and Technologies (4 works) · Materials Science (4 works) · Mechanics (4 works) · Chemistry (3 works) · Geology (3 works) · Minerals Flotation and Separation Techniques (3 works) · Environmental Science (2 works) · Metallurgy (2 works) · Nanotechnology (2 works)