Ideology of development of the material basis of civilization in the format of creative development of the subsoil in the 21st century

Marat Bitimbayev; Mirgali Kunayev

doi:10.34257/GJSFRHVOL25IS1PG23

Authors

Marat Bitimbayev
Mirgali Kunayev

creative development of mineral resources, sources of metal production, resource reproduction, resource conservation,

Abstract

Abstract not found

Downloads

How to Cite

Ideology of development of the material basis of civilization in the format of creative development of the subsoil in the 21st century. (2025). Global Journal of Science Frontier Research, 25(H1), 21-61. https://doi.org/10.34257/GJSFRHVOL25IS1PG23

Download Citation

References

M Bitimbaev, Zh, M Kunaev, A Konakbaev (2024) Geological and technogenic support for integrated development and preservation of subsurface resources during the exploitation of ore deposits. 18.

K Trubetskoy, Yu. Galchenko, A Myaskov, V Eremenko (1997) Creation and justification of convergent technologies for underground mining of thick solid mineral deposits. 6-13.

Vitaly Lytkin (2023) PRACTICE OF DISCOVERY OF BLIND ORE DEPOSITS OF HYDROTHERMAL-SEDIMENTARY GENESIS.

M Kunaev, M Bitimbaev, Zh (2025) Phenomenon of the formation of combined accumulations of metals in ore deposits. 547, 705.

Yu Galchenko (2022) Natural-technical system for deposit development using convergent mining technology. // Problems and Prospects of Integrated Development and Preservation of the Earth's Subsurface. 24-27.

K Trubetskoy, Yu Galchenko (2020) Nature-like technology for integrated subsurface development: problems and prospects. 368.

V Golik, A Vyskrebenets, R Mirgaliev, K Mulukhov, V Khetagurov (2024) DIRECTIONS OF MODERNIZATION OF UNDERGROUND ORE MINING TECHNOLOGIES. (5), 21-25.

S Abilkassova, L Kalimoldina, Zh. Moldagazyeva (2020) PROBLEMS AND PROSPECTS FOR THE INTRODUCTION OF MASS OPEN ONLINE COURSES IN HIGHER EDUCATIONAL INSTITUTIONS. 65(1), 54-58.

M Bitimbaev, Zh, M Kunaev, E Aben, Kh, D Akhmetkanov Integrated subsurface development and preservation of a high-quality natural environment -the foundation of sustainable social development: Monograph. 2023.

G Sekisov, A Cheban (2021) Low-Waste Mining Technology for Structurally Complex Deposits with Mixed-Type Process Flows of Ore Extraction and Processing. 6(6), 110-118.

K Trubetskoy, M Rylnikova, D Vladimirov, I Pytalev (2022) Provisions and prospects for introduction of robotic geotechnologies in open pit mining. 60-64.

K Trubetskoy, Yu Galchenko (2010) Fundamentals of Mining: Textbook. 231.

Joel Loow (2022) Understanding technology on mining and its effect on the work environment. 35, 143-154.

M Bitimbaev, Zh, V Shemyakin, S Skopov (2016) Xray radiometric beneficiation of copper and copperzinc ores in Kazakhstan. 34-41.

M Bitimbaev, Zh, K Kozhagulov, I Dzhumabayev Ye (2016) Formulation of the task for qualitative improvement of the technical and economic indicators of heap leaching. 11-18.

M Zh, Kh Bitimbayev, E Yusupov, N Jumabaev Fedotenko-Mixed-type geotechnologies are the basis for cost-effective, safe and ecologically balanced development of ore deposits // Eurasian Mining. 37-41.

V Driban, B Khokhlov, N Dubrova, M Rozhko (2024) Practice of applying a new approach to assessing the permeability of a mined rock mass. // Problems and Prospects of Integrated Development of the Earth's Subsurface. 84-87.

K Trubetskoy, Yu. Galchenko, A Shuklin (2024) High-efficiency geotechnology for integrated development of flat and inclined lodes. 73-77.

V Arens, Zh, E Boguslavsky, O Gridin (2002) Prospects for Using the Physico-Chemical Methods of Hard Mineral Mining. 38(6), 523-527.

K Trubetskoy, S Viktorov, A Osokin, A Shlyapin (2024) Rockburst prediction based on submicron particle emission in rocks under deformation and failure. 16-20.

V Arens, Zh Physico-chemical Geotechnology: Study Guide. 2021-2656.

A Chadinova, N Kurmangalieva, T Eszhanov, J Niyazbekov, B Yertayeva (2023) GREENING TECHNIQUES OF THE SYSTEM OF PROTECTIVE MEASURES AGAINST PESTS OF TOMATO. 66(3-1), 234-242.

L Ovchinnikov (1990) Applied Geochemistry. 248.

I Aynbinder, Yu. Galchenko, O Ovcharenko, P Patskevich (2022) Basic trends of advance in geotechnologies for deep-level ore mining. 65-71.

M Zh, M Bitimbayev, Kunayev (2023) Geotechnologies and Minerallurgy for the Production of Metals from Deposits of new Type. 19.

A Sekisov, A Lavrov, Yu, Yu Rubtsov, A Rasskazova, T Konareva (2021) Physico-chemical geotechnologies for the development of deposits in the Far Eastern Federal District. 29.

Jeffry Dawes (2023) Kirkup, Brig. Philip, (26 Sept. 1893-9 June 1959), mining engineer. 77.

A Perelman (1989) Geochemistry: Textbook for geology majors in universities. -2nd. 338-370.

Unknown Title. 30, 1970-1531.

V Eshkin, Yu (1989) Prospecting Mineralogy and Mineralogical Mapping.

S Tsoy (2011) Fundamentals of Designing the Mine of the Future: Study Guide. 469-480.

V Ershov (1988) Fundamentals of Mining and Industrial Geology.

V Kiryukov, N Ochkour, M Pozhidaeva (1985) Mine Geology: Textbook for Universities.

A Betekhtin Course of Mineralogy: Study Guide. 2010-2736.

V Rzhevsky, G Novik, Ya Fundamentals of the Physics of Rocks. 3rd edition. 1978-1390.

I Plaksin (1943) On the influence of mineralogical composition on the extraction conditions of precious metals during the beneficiation of polymetallic ores. 39-45.

V Revnivtsev (1982) The role of technological mineralogy in the beneficiation of mineral resources. (4), 443-449.

A Galperin, V Yermolov (1993) ERRATA. 9(3-4), I-I.

A Bybochkin (1995) Environmental safety in the exploration and development of solid mineral resources: Report at the scientific and technical conference.

M Cai, P Li, W Tan Key Engineering Technologies to Achieve Green, Intelligent and Sustainable Development of Deep Metal Mines in Chine.

Kuikui Hou, Mingle Zhu, Yingjie Hao, Yantian Yin, Long An Stability analysis and evaluation of surrounding rock of ultra-deep shaft under complicated geological conditions //Front. 11, 1216667-1212023.

K Trubetskoy, Yu. Galchenko, A Shuklin (1990) High-efficiency geotechnology for integrated development of flat and inclined lodes. 73-77.

A Feldbaum (1972) List of contributors. 23(3), 516-516.

M Barsky, E Barsky (2020) Criterion for efficacy of separation of a pourable material into N components. 507-508.

M Bitimbaev, Zh, M Kunaev, A Yusupov Kh, I Dzhumabayev Ye (2024) Physico-technical geotechnology of full resource-reproducing and resource-saving subsoil development using upward underground mining. 182-186.

M Bitimbaev, Zh, A Yusupov Kh, E Aben, Kh (2024) Method for Developing Deposits by Horizontal Layers with Backfilling" // Committee on Intellectual Property, Ministry of Justice of the Republic of Kazakhstan.

Sayat Alimkulov, Aisulu Tursunova, Assel Saparova, Kairat Kulebaev, Alfiya Zagidullina, Ahan Myrzahmetov (2024) Resources of River Runoff of Kazakhstan. 8(6), 2242-2249.