Alexander Sakhnov
Biographic Data
| ID | 9424766 |
|---|---|
| NAME | Alexander Sakhnov |
| GIVEN NAMES | Alexander |
| FAMILY NAME | Sakhnov |
| SIGNATURE | SAKHNOV A |
| AFFILIATIONS | North-Caucasian Mining and Metallurgical Institute |
| VERIFIED | No |
| TOTAL WORKS | 3 |
| TOTAL CITATIONS | 0 |
| WORKS AS AUTHOR | 3 |
| WORKS AS EDITOR | 0 |
| FIRST PUBLICATION YEAR | 2025 |
| LATEST PUBLICATION YEAR | 2026 |
| H-INDEX | 0 |
Geomechanical zoning of aged tailings at the urup tailings storage facility as a basis for differentiated processing and backfilling
This paper proposes an integrated approach to developing aged tailings at the Urup tailings storage facility through combined geometallurgical and geomechanical zoning. Spatial heterogeneity in metal grades, particle-size distribution, filtration behavior, and process response requires domain-based processing. The approach links Cu, Zn, and Au recoverability with residue suitability for thickening, dewatering, and use in cemented backfill systems…
Application of magnetic treatment of water for the preparation of cementing mixtures using waste from mining and enrichment
Introduction. The relevance of the work is determined by the need to reduce the cost of laying work and waste disposal of mining and processing production, through the use of activated tailings for the preparation of hardening mixtures, The purpose of the research: to develop an innovative technology for the preparation of hardening laying mixtures using magnetic activation of water to reduce the cost of laying work. Research methods and material…
Development of technology for processing stale enrichment tailings in order to obtain a mineral binder for laying waste space
Introduction. The issues of processing of stale tailings of enrichment of the Tyrnyauz tungsten - molybdenum deposit are considered, which provides additional extraction of metals and obtaining technogenic binder for hardening filling of the mined space. With an increase in the depth of mining and a decrease in the stability of the stressed - deformed massif of rocks, the need for the use of development systems with a solid backfill is shown. The…
No prominent works on this page.
Application of magnetic treatment of water for the preparation of cementing mixtures using waste from mining and enrichment
Introduction. The relevance of the work is determined by the need to reduce the cost of laying work and waste disposal of mining and processing production, through the use of activated tailings for the preparation of hardening mixtures, The purpose of the research: to develop an innovative technology for the preparation of hardening laying mixtures using magnetic activation of water to reduce the cost of laying work. Research methods and material…
Development of technology for processing stale enrichment tailings in order to obtain a mineral binder for laying waste space
Introduction. The issues of processing of stale tailings of enrichment of the Tyrnyauz tungsten - molybdenum deposit are considered, which provides additional extraction of metals and obtaining technogenic binder for hardening filling of the mined space. With an increase in the depth of mining and a decrease in the stability of the stressed - deformed massif of rocks, the need for the use of development systems with a solid backfill is shown. The…
Geomechanical zoning of aged tailings at the urup tailings storage facility as a basis for differentiated processing and backfilling
This paper proposes an integrated approach to developing aged tailings at the Urup tailings storage facility through combined geometallurgical and geomechanical zoning. Spatial heterogeneity in metal grades, particle-size distribution, filtration behavior, and process response requires domain-based processing. The approach links Cu, Zn, and Au recoverability with residue suitability for thickening, dewatering, and use in cemented backfill systems…
Tailings (3 works) · Mineral processing (2 works) · Mining and Gasification Technologies (2 works) · Tailings Management and Properties (2 works) · Cement (1 work) · Clinker (cement) (1 work) · Compressive strength (1 work) · Electrokinetic phenomena (1 work) · Engineering and Agricultural Innovations (1 work) · Ergonomics and Human Factors (1 work)