Scientific journal
European Student Scientific Journal
ISSN 2310-3094
ISSN 2310-3094
THERMODYNAMIC MODELING OF FERROSILICON EDUCATION IN FеСO3 -SIO2-C
Kolesnikov A.S. 1
Stryukovskiy I.A. 1
Kuraev R.M. 1
Nurdaulet A.N. 1
Isaev A.M. 1
Narmagambetova A.A. 1
1 RSE on the RB "South-Kazakhstan State University named after M.AUEZOVA"
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In this paper, for the quantitative thermodynamic modeling of the formation of ferrosilicon in the FeCO3 -SiO2-C has been used software complex "Astra- 4", developed in Moscow State Technical University named after Bauman. Thermodynamic analysis was carried out in the temperature range of 1800 - 2100K and the pressure P = 0.1 MPa using a software complex "Astra 4" based on the principle of maximum entropy factor associated with the degree of ordering of the energy state of the microparticles , which consists of the working fluid
In the thermodynamic studies in sisteme FeCO3 -SiO2-C shows the interaction of iron carbonate (FeSO3) with quartzite (SiO2) and carbon. Obtained according to the distribution of iron, silicon, carbon and oxygen, fused to, slag and gas phase. Based on the dependency of distribution of iron, silicon, carbon and oxygen, fused to, a slag phase and a gas plotted against the temperature distribution of the elements.
the degree of transition.
ferrosilicon
iron carbonate
ferroalloy
thermodynamic analysis