REFERENCES:
1. Tekhnika i tekhnologiya obogashcheniya ugley. Spravochnoe posobie. Pod red. V. A. Chanturiya, A. R. Molyavko [Process and equipment for coal preparation. Reference aid. Chanturiya V. A., Molyavko A. R. (Eds.)], 3rd edition, Moscow, Nauka, 1995, 622 p.
2. Kalabukhov M. L., Romanova D. F. Analysis of technology and equipment for pneumatic concentration of coal. Gornyy informatsionno-analiticheskiy byulleten’. 2002, no 4, pp. 229—231. [In Russ].
3. Kelley M., Snoby R. Performance and cost of air jigging in the 21st century. Proceedings of the 19th annual international coal preparation exhibition and conference, Lexington, KY. Stamford, CT: Primedia Business Exhibitions, 2002. Рp. 175—186.
4. Lu M., Yang Y., Li G. The application of compound dry separation technology in China.Proceedings of the 20th annual international coal preparation exhibition and conference, Lexington, KY. Stamford, CT: Primedia Business Exhibitions, 2003. Pp. 79—95.
5. J.A. van Houwelingen, T.P.R. de Jong. Dry cleaning of coal: review, fundamentals and opportunities. Geologica Belgica. 2004. Vol. 7, No 3—4. Pp. 335—343.
6. Li G., Yang Y. Development and application of FGX series compound dry coal cleaning system. China Coal Technology Monograph. Tangshan: Tangshan Shenzhou Machinery Co., Ltd., 2006. Рp. 17—28.
7. R.K. Dwari, K. Hanumantha Rao. Dry beneficiation of coal — a review. Mineral processing and extractive metallurgy review. An International Journal. 2007. Vol. 28. Pp. 177—234.
8. Sampaio C. H., Aliaga W., Pacheco E. T., Petter E., Wotruba H. Coal beneficiation of Candiota mine by dry jigging. Fuel Processing Technology. 2008. Vol. 89, No 2. Pp. 198—202.
9. Kuz'min A. V., Boyko D. YU., Adov V. A. Development of integrated technology of dry processing of coal. Gornyy informatsionno-analiticheskiy byulleten’. 2009. Special edition S15, pp. 507—516. [In Russ].
10. Designing the coal preparation plant of the future. Ed. by: Barbara J. Arnold, Mark S. Kilma, Peter J. Bethell. Littleton, Colorado, USA: Society for Mining, Metallurgy, and Exploration, Inc. (SME), 2010. 211 p.
11. Länger B., Bickert G. Dry coal preparation in Australia: vision or necessity? Thirteenth Australian Coal Preparation Conference — Advancing Coal Preparation Technologies for our future, Mackay, 12—17 September, 2010. Newcastle, N.S.W.: Australian Coal Preparation Society, 2010, Paper 5B, Pp. 195—208.
12. Zhang B., Akbari H., Yang F., Mohanty M. K., Hirschi J. Performance Optimization of the FGX Dry Separator for Cleaning High-Sulfur Coal. International Journal of Coal Preparation and Utilization. 2011. Vol. 31, No 3—4. Pp. 161—186.
13. The Coal Handbook. Towards cleaner Production. Vol. 1. Coal Production. Ed. by D. Osborne. Cambridge: Woodhead Publishing Limited, 2013. 755 Р.
14. Bo Zhang, Yuemin Zhao, Jianqing Wang, Shulei Song, Liang Dong, Liping Peng, Xuliang Yang, Zhenfu Luo. High Ash Fine Coal Dry Cleaning and Stability of Shallow Bed Dense-Phase Gas-Solid Separation Fluidized Bed. Energy Fuels. 2014. Vol. 28, No 7. Pp. 4812—4818.
15. Baic I., Blaschke W., Szafarczyk J. Dry Coal Cleaning Technology. Inżynieria Mineralna Journal of the Polish Mineral Engineering Society. 2014. Vol. R 15, No 2. Pp. 257—262.
16. Mahmoodabadi M. Korean anthracite coal cleaning by means of dry and wet based separation technologies: M. Sc. Thesis. Lexington, Kentucky: University of Kentucky, 2015. 177 P.
17. Kademli M., Gulsoy O. Y. Influence of particle size and feed rate on coal cleaning in a dry separator. Physicochemical problems of mineral processing. 2016. Vol. 52, No 1. Рp. 204—213.
18. Xia Y. K., Li G. M., Cui Z. F. Dry Cleaning, an Affordable Separation Process for Deshaling Indian High Ash Thermal Coal. XVIII International Coal Preparation Congress, 28 June-01 July 2016, Saint-Petersburg, Russia. Cham: Springer International Publishing, 2016. Pp. 1119—1124.
19. Xiangyang Ling, Yaqun He, Gongmin Li, Xiaoli Tang, Weining Xie Separation performance of different particle sizes using an industrial FGX dry separator international journal of coal preparation and utilization. 2018. Vol. 38, No 1. Рp. 30—39.
20. Avgushevich I. V., Sidoruk E. I., Bronovets T. M. Standartnye metody ispytaniya ugley. Klassifikatsiya ugley [Standard test methods for coal. Classification of coal], 2nd edition, Moscow, Reklama Master, 2018, 576 p.
21. Toplivo tverdoe. Sitovyy metod opredeleniya granulometricheskogo sostava. GOST 2093-82 [Solid fuel. Size analysis. Sieve method for determination of particle size distribution. State Standart 2093-82].
22. Toplivo tverdoe. Opredelenie i predstavlenie pokazateley fraktsionnogo analiza. Obshchie trebovaniya k apparature i metodike. GOST 4790-93 [ТSolid fuel. Determination and presentation of float and sink characteristics. General directions for apparatus and procedures. State Standart 4790-93].
23. Ugli kamennye i antratsit. Metod opredeleniya obogatimosti. GOST 10100-84 [Hard coals. Method for the determination of washability. State Standart 10100-84].
24. Artyushin S. P. Proektirovanie ugleobogatitel'nykh fabrik [Designing of coal preparation factories], 2nd edition, Moscow, Nedra, 1974, 200 p.
25. Polulyakh A. D., Pilov P. I., Egurnov A. E. Praktikum po raschetam kachestvenno-kolichestvennykh i vodno-shlamovykh skhem ugleobogatitel'nykh fabrik. Uchebnoe posobie [Practical calculations on qualitative and quantitative, and water-slime flowsheets of coal preparation plants. Educational aid], Dnepropetrovsk, NGU, 2007, 504 p.