Diagram of the phase composition of the Fe - Si - Al system and its isothermal sections

Akberdin, A. A.; Kim, A. S.; Orlov, A. S.; Sultangaziev, R. B.

doi:10.17580/cisisr.2022.01.14

cisisr

2022

DOI: 10.17580/cisisr.2022.01.14

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Diagram of the phase composition of the Fe - Si - Al system and its isothermal sections

A. A. Akberdin¹,

A. S. Kim²,

A. S. Orlov³

et al.

Abstract: The diagram of the phase composition of the Fe -Si -Al system and its isothermal sections within the temperature range of 300-3000 K are plotted. Thermodynamic data of

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Cited by 2 publications

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Development of Technology for Producing Complex Boron-Containing Aluminum-Silicon Ferroalloy

Akberdin,

Kim,

Tolymbekova

et al. 2023

Metallurgist

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Development of Technology for Producing Complex Boron-Containing Aluminum-Silicon Ferroalloy

Akberdin,

Kim,

Tolymbekova

et al. 2023

Metallurgist

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Modeling and development of technology for smelting a complex alloy (ligature) Fe-Si-Mn-Al from manganese-containing briquettes and high-ash coals

Nurumgaliyev,

Zhuniskaliyev,

Shevko

et al. 2024

Sci Rep

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Investigation of the possibility of obtaining a complex master alloy used in the deoxidation of steel, smelted from substandard manganese-containing materials, briquettes, and high-ash coals in ore-thermal electric furnaces. Thermodynamic modeling was carried out using the HSC Chemistry software package to determine the optimal process parameters using a second-order rotatable plan (Box-Hunter plan). Thermodynamic modeling improves the understanding of physical and chemical processes, allows making predictions about the behavior of the system under various conditions, optimizing processes and saving time and resources necessary for experiments. Electric smelting of the briquette was carried out with coal and quartzite (to adjust the chemical composition and neutralize residual carbon) in an ore-thermal electric furnace with a power of up to 150 kV*A. The influence of temperature on the equilibrium distribution of silicon, manganese, and aluminum in the «briquette-coal-quartzite» system, the degree of transition of silicon and manganese into a complex ligature and the content of these metals in the alloy are determined by the method of thermodynamic modeling. As a result of experiments on ore-thermal electric smelting of a briquette with high-ash coal, a complex ligature was obtained with an average content of 45.92–53.11% silicon, 27.72–34.81% manganese and 5.60–6.91% aluminum.

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Diagram of the phase composition of the Fe - Si - Al system and its isothermal sections

Abstract: The diagram of the phase composition of the Fe -Si -Al system and its isothermal sections within the temperature range of 300-3000 K are plotted. Thermodynamic data of

Cited by 2 publications

References 3 publications

Development of Technology for Producing Complex Boron-Containing Aluminum-Silicon Ferroalloy

Development of Technology for Producing Complex Boron-Containing Aluminum-Silicon Ferroalloy

Modeling and development of technology for smelting a complex alloy (ligature) Fe-Si-Mn-Al from manganese-containing briquettes and high-ash coals

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