The possibility of synthesis of heat-insulating building materials with a given density on the basis of cullet, slag of a metallurgical plant and ash and slag waste from thermal power plants is considered. The analysis of the influence of the type and amount of pore-forming agents on the structure and properties of cellular heat-insulating building glass material is carried out.
Compositions, technological parameters and temperature-time regimes for the synthesis of heat-insulating plates, structural and heat-insulating blocks and porous aggregate for lightweight concrete from aerated glass based on technogenic raw materials have been developed
1. Kuznetsova NA, Kazmina OV Obtaining a highly efficient heat-insulating building material based on ash and slag waste from thermal power plants. Ogneupory i tekhnicheskaya keramika. 2012.? 1 ? 2.S. 78? 82.
2. Kazmina OV, Vereshchagin VI, Kuznetsova NA Obtaining foam glass materials on the basis of ash and slag waste // Izvestiya vuzov. TPU. T. 319.S. 52? 56.
3. Gerk SA, Smoliy VA Investigation of the composition and structure of waste from the fuel and energy complex with the use of electron microscopic and elemental analysis // Izvestiya vuzov. North Caucasus. region. Ser. Tech. science. 2013.? 4 (173). S. 76? 79.
4. Yatsenko EA, Efimov NN, Kosarev AS, Rytchenkova VA Problems of complex processing of ash and slag waste and synthesis of silicate materials for construction purposes on their basis // Technics and technology of silicates. 2010.? 2. P. 17.
5. Puchka O. V., Minko N. I., Bessmertny V. S. et al. Foam glass. Scientific foundations and technology. Voronezh: Scientific book, 2008.168 p.
6. Puchka OV, Stepanova MN, Remezov RA Use of high-performance heaters based on foam glass for thermal insulation of enclosing structures of buildings and structures. report 4th Int. conf. ? Stekloprogress? XXI ?. Saratov: Scientific. book., 2008.S. 247? 250.
7. Dvorkin LI, Dvorkin OL Building materials from industrial waste. Rostov-on-Don: Phoenix, 2007.368 p.
8. Yashurkaev TV Rational regimes in foam glass technology based on modeling the process of heat treatment: dis. ? Cand. tech. Sciences: 05.17.11. Belgorod, 2007.168 p.
9. Manevich VE, Subbotin K. Yu. Foam glass and energy saving problems. Glass and ceramics. 2008.? 4.S. 3? 6.
[Manevich VE, Subbotin K. Yu. Foam glass and problems of energy conservation // Glass and Ceram. 2008. V. 65. N 3? 4. P. 105? 108.]
10. Godeke H., Balyke G. Development of building materials on the example of new foam glass. Anwtndungsorientierte Bausto fentwicklyng am beispiel eines neuen Glass shaums // Bauhusik. 1999. N 5. S. 236? 238. (Development of construction materials on the example of a new foamglass).
11. Yatsenko EA, Zubekhin AP, Goltsman BM et al. Research of factors affecting the properties and structure of foam slag glass. Glass and ceramics. 2014.? 4.S. 3? 6.
[Yatsenko EA, Zubekhin AP, Golitsman BM et al. Investigation of the Factors Influencing the Properties and Structure of Foamed Slag Glass // Glass and Ceram. 2014. V. 71. N 3? 4. P. 111? 114.]
12. Yatsenko E. A., Smoliy V. A., Kosarev A. S. et al. Synthesis of foam glass on the basis of combined industrial waste // Scientific review. 2013.? 8, p. 70? 75.
13. Yatsenko EA, Zubekhin AP, Smoliy VA et al. Resource-saving technology of heat-insulating and decorative glass-composite material based on ash and slag waste // Glass and ceramics. 2015.? 6.S. 34? 38.
[Yatsenko EA, Zubekhin AP, Smolii VA et al. Resource-Conserving Technology of Heat-Insulation-Decorative Glass-Composite Material Based on Ash-Slag Wastes // Glass and Ceram. 2015. V. 72. N 5? 6.P. 216? 219.]
14. Yatsenko EA, Rytchenkova VA, Krasnikova OS et al. Synthesis of heat-insulating materials on the basis of slag waste from thermal power plants // Izv. universities. North Caucasus. region. Gray Tech. science. 2010.? 2.S. 59? 62.
15. Yatsenko EA, Rytchenkova VA, Ryabova AV et al. Synthesis of heat-insulating materials based on slag waste from thermal power plants. Izv. universities. North Caucasus. region. Ser. Tech. science. 2010.? 2.S. 59? 62.
16. Yatsenko E. A., Smoliy V. A., Kosarev A. S. et al. Study of the possibility of producing building materials on the basis of coal preparation waste // Ecology of industrial production. 2012.? 1.S. 80? 83.
17. Yatsenko EA, Smoliy VA, Kosarev AS, Vilbitskaya NA Application of mathematical modeling in the study of the strength properties of foam slag glass. Glass and Ceramics. 2011.? 3.S. 21? 24.
[Yatsenko EA, Smolii VA, Kosarev AS, Vil'bitskaya NA Application of mathematical modeling for studying the strength properties of foamed slag glass // Glass and Ceram. 2011. V. 68. N 3? 4. P. 91? 94.]
18. Yatsenko EA, Smoliy VA, Goltsman BM, Kosarev AS Investigation of macro- and microstructure of foam glass on the basis of slag waste from thermal power plants // Izvestiya vuzov. North Caucasus. region. Ser. Tech. science. 2012.? 6.S. 127? 130.
19. Yatsenko EA, Zemlyanaya EB, Krasnikova OS Colored single-layer glass enamels for steel. Glass and ceramics. 2006.? 1.
[Yatsenko EA, Zemlyanaya EB, Krasnikova OS Tintedone-coat glass enamels for steel // Glass and Ceram. 2006. V. 63. N 1? 2.P. 29? 31.]
20. Tkachev A. G., Yatsenko E. A., Smoliy V. A. et al. Influence of coal industrial waste on molding, drying and roasting properties of ceramic mass // Technics and technology of silicates. 2013. T. 20.? 2.S. 17? 21.
The article can be purchased
electronic!
PDF format
700 руб
UDK 666.199: 691.618.93
Article type:
RESOURCE SAVING
Make a request
