Self-Propagating High Temperature Synthesis of Composition Materials using Mineral Raw Materials
DOI:
https://doi.org/10.18321/ectj81Abstract
The possibility of obtaining multicomponent refractory composition materials on the basis of quarts containing raw material by SHS method was studied. The use of a modifying carbon additive in the form of graphite power, carbonized rice husk, apricot stones and shungit was considered. It is shown that a complex use of preliminary mechanochemical activation (MA) and modification of the charge mixture with carbon containing additives contributes to formation of carbide and nitride phases in synthesis products.
References
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9. Mansurov Z.A., Abdulkarimova R.G., Mofa N.N., Umarova N.K. and Shabanova T.A. SHS of Composite Ceramics from Mechanochemically Treated and thermally Carbonized SiO2 Powders // Inter. Journal of SHS -2007).-Vol.16, № 4 .- P. 213-217.
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12. Radtsig V.A. Proper paramagnetic defects on the surface and in the volume of amorphous silica // Chemical physics-2000-V.19, №3 - P.17-33.
13. Mofa N.N., Abdulkarimova R.G., Shabanova T.A., Mansurov Z.A. The pecularities combustion and structure formation in mechanically activated and modified systems on the basis of quartz. // X International Symposium on Self-propagating Hightemperature Synthesis. Tsakhkadzor, Armenia,2009. - P. 288-289.
14. Umarova N.K., Vongai I.M., Abdulkarimova R.G., Issanbekova A, Dilmuhambetov E.E. Macrokinetics of SHS in aluminosilicates in the presence of shungit/ Proceedings of the II International symposium "Combustion and plasmochemisry"-Almaty, September, 2003, P. 254-258.
2. Khina B.B., Dyatlov E.M., Sarantsev V.V., Podbolotov K.B., Povstyanoi A.Yu. The use of self-propagating high temperature synthesis for producing refractory materials on the basis of SiC and Al2O3 // Refractories and technical ceramics.-2006.- №10-P.2-13.
3. Merzhanov A.G., Borovinskaya I.P, Procudina V.K. The role of carbon in self-propagating high temperature synthesis processes. // Vestnik KazNU. Chem. series.-2007.- №.3 (47). -P.22-31.
4. Lakiza S.N., Dyban Yu.P. The conditions for production of silicon carbide from rice husk//Power matallurgy-1982-№2-P.43-48.
5. Adylov G.T., Faiziev Sh.A., Paizullakhanov M.S., Mukhsimov S., Nodirmatov E. Study of silicon carbide materials obtained using rice husk //Letters to J.T.F-2003V.29, issue 6. P.7-13.
6. Sergienko V.I., Zemnukhova L.A., Egorov A.G., Shkorna E.D., Vassilynk N.S. Renewable sources of chemical raw materials& complex processing of the wastes of rice and buckwheal // Russian chem.j. (of Russian chem. Society named after D.I.Mendeleev)-2004-V.XLVII, №3 – P. 116-124.
7. Mansurova R.M. Physico-chemical bases of synthesis of carbon containing compositionsAlmaty, XXI centure-2001.-180 p.
8. Smolyakov V.K., Lapshin O.V., Boldyrev V.V Mechanochemical synthesis of nanosize products in heterogeneous systems: macroscopic kinetics // Intern. J. SelfPropagating High-Temperature Synth. - 2008.- Vol.8, №1. - P. 20-29.
9. Mansurov Z.A., Abdulkarimova R.G., Mofa N.N., Umarova N.K. and Shabanova T.A. SHS of Composite Ceramics from Mechanochemically Treated and thermally Carbonized SiO2 Powders // Inter. Journal of SHS -2007).-Vol.16, № 4 .- P. 213-217.
10. Mansurov Z.A., Shabanova T.A., Abdulkarimova R.G., Mofa N.N. and Bijsenbaev M.A. Synthesis of carbon-silicon nanocomposite // International Conference on Carbon. Nagano. - 2008. – P.50.
11. Mansurov Z.A., Mofa N.N., Shabanova T.A. Synthesis of powder like materials with particles encapsulated in nanostructurized carbon containing films //Proc. Inter. Symp «Carbon 2004».- P.38
12. Radtsig V.A. Proper paramagnetic defects on the surface and in the volume of amorphous silica // Chemical physics-2000-V.19, №3 - P.17-33.
13. Mofa N.N., Abdulkarimova R.G., Shabanova T.A., Mansurov Z.A. The pecularities combustion and structure formation in mechanically activated and modified systems on the basis of quartz. // X International Symposium on Self-propagating Hightemperature Synthesis. Tsakhkadzor, Armenia,2009. - P. 288-289.
14. Umarova N.K., Vongai I.M., Abdulkarimova R.G., Issanbekova A, Dilmuhambetov E.E. Macrokinetics of SHS in aluminosilicates in the presence of shungit/ Proceedings of the II International symposium "Combustion and plasmochemisry"-Almaty, September, 2003, P. 254-258.
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Published
22-12-2011
How to Cite
Abdulkarimova, R. G., Suleimenova, A. S., Mansurov, Z. A., & Abdulkarimova, D. S. (2011). Self-Propagating High Temperature Synthesis of Composition Materials using Mineral Raw Materials. Eurasian Chemico-Technological Journal, 13(3-4), 169–174. https://doi.org/10.18321/ectj81
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