Search Results - "Baisanov, S. O."

Manganese-based alloy for modification with barium by Salina, V. A., Baisanov, S. O., Kasenov, B. K., Tolokonnikova, V. V.

“…By thermodynamic-diagram analysis of the BaO-SiO 2 -MnO-FeO and Ba-Si-Mn-Fe systems, technological principles are developed for the production of a…”
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Development of Theoretical Basis for Low-Percentage Ferrotitanium Production Technology with Using Ferrosilicon Aluminium by Baisanov, S. O., Tolokonnikova, V. V., Narikbayeva, G. I., Korsukova, I. Ya, Vorobkalo, N. R.

“…Method for studying the phase equilibria of a titanium-based metal system from the standpoint of the Bjerrum–Guggenheim concept was proposed and a mathematical…”
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Fabrication of a complex aluminosilicochrome alloy by a slag-free method by Shabanov, E. Zh, Baisanov, S. O., Isagulov, A. Z., Baisanov, A. S., Chekimbaev, A. F.

“…The results of experimental studies of obtaining a complex alloy of aluminosilicochrome from high-ash coals of the Karaganda basin are presented. As a result…”
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Technology for Producing Crystalline Silicon with the Use of Non-Traditional Reducing Agents by Isin, D. K., Baisanov, S. O., Mekhtiev, A. D., Baisanov, A. S., Isin, B. D.

“…The process of reducing silicon from SiO 2 includes a stage that involves the formation of a gas phase which contains lower oxides of silicon and carbon. The…”
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Production and use of complex ferroalloys in metallurgy by Tolymbekov, M. Zh, Akhmetov, A. B., Baisanov, S. O., Ogurtsov, E. A., Zhiembaeva, D. M.

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Smelting high-carbon ferrochrome with uniform briquetted batch by Tolymbekov, M. Zh, Baisanov, S. O., Izbembetov, Zh. Zh, Abdulabekov, E. E., Akuov, A. M.

“…A method of batch briquetting is proposed to permit the use of fine fractions of ore and carbon reducing agents in ferroalloy production. Briquets are produced…”
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Prospects for ferroalloy production in Kazkahstan by Tolymbekov, M. Zh, Baisanov, S. O., Privalov, O. E., Osipova, L. V.

“…World reserves of manganese ore are analyzed, taking account of the growing use of manganese in ferroalloy production in Kazakhstan. Reserves of chromite and…”
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Using clay rock in smelting ferrosilicoaluminum by Baisanov, S. O., Tolymbekov, M. Zh, Zharmenov, A. A., Chekimbaev, A. F., Terlikbaeva, A. Zh

“…The possibility of smelting ferrosilicoaluminum (57–60% Si, 28–35% Al) from high-ash (≥65%) waste clay rock is considered. Additions of high-ash coal make up…”
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Improving the process of making alumosilicomanganese by Mukhambetgaliev, E. K., Baisanov, S. O., Baisanov, A. S.

“…A process is developed for the production of a new complex alloy, alumosilicomanganese, the charge of which includes the off-grade high-silica manganese ores…”
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Ilmenite Concentrate Properties and Processing Methods by Isin, D. K., Baisanov, S. O., Tolymbekov, M. Zh, Azbanbaev, E. M., Baisanov, A. S., Isin, B. D., Isagulova, D. A.

“…Physicochemical and production properties of ilmenite concentrates are studied in order to determine the possibility of preparing from them the required…”
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Ferrochromium Smelting Technology by Isin, D. K., Baisanov, S. O., Tolymbekov, M. Zh, Baisanov, A. S., Mekhtiev, A. D., Isagulov, A. Z., Isin, B. D.

“…One effective method of reducing the cost of making refined grades of ferrochromium is the use of inexpensive silicon-aluminum reducing agents obtained from…”
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Reduction of iron from iron-carbon briquets in electrosmelting of steel by Akhmetov, A. B., Baisanov, S. O., Akhtanova, R. Sh, Myshkin, O. N., Kreimer, E. L., Abdrakhmanov, A. K., Sibgatullin, R. R.

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