Isothermal sections of the phase composition diagram of the Fe – Si – Cr – B system in the temperature range of 300 – 3 000 K with a step of 200 K are constructed. The diagram is shown at a temperature of 1 900 K, which is typical for silicochromium at the outlet from the furnace. A mathematical model of the diagram has been created in the form of a system of linear equations connecting the chemical composition of the metal with its phase. A computer program has been developed for the numerical calculation of the number of formed phases. Silicochromium with 0,3 – 0,5 % boron is located in the crystallization field CrSi2 – Si – SiB4 – FeSi
The dissolution behavior of chromium into iron-silicate melt is important in considering metallurgic...
There has been carried out thermodynamic modeling of phase transformations of the Fe-Cr Ni alloy all...
Thermodynamic descriptions of the ternary Fe-B-Si system and its binary sub-system, B-Si, are develo...
Isothermal sections of the phase composition diagram of the Fe – Si – Cr – B system in the temperatu...
A diagram of the phase composition of the three-component metal system Fe-Si-Cr is plotted. It has 1...
There has been constructed a diagram of the phase composition of the Fe – C – Si – B system and deve...
A diagram of the phase composition of the Fe – Si – B system is constructed in the form of elementar...
The Fe-Cr-Si and Fe-Cr-Al systems are the basic ones in the development of the technology for smelti...
There is developed a method of the mathematical description of a phase composition diagram of n-comp...
There is developed a method of the mathematical description of a phase composition diagram of n-comp...
The goal there was constructed a diagram of the state of the system Fe-Zr-Al-Si by method of thermod...
In this paper, theoretical studies on the construction of phase structure diagrams of the Fe-Ca-Si-A...
The paper presents the results of calculation of thermodynamic parameters of compounds formed betwee...
In the practice of complex theoretical studies of multicomponent systems, the so-called thermodynami...
A thermodynamic description of the Fe-B-Cr system is developed in the context of a new Fe-B-X (X = C...
The dissolution behavior of chromium into iron-silicate melt is important in considering metallurgic...
There has been carried out thermodynamic modeling of phase transformations of the Fe-Cr Ni alloy all...
Thermodynamic descriptions of the ternary Fe-B-Si system and its binary sub-system, B-Si, are develo...
Isothermal sections of the phase composition diagram of the Fe – Si – Cr – B system in the temperatu...
A diagram of the phase composition of the three-component metal system Fe-Si-Cr is plotted. It has 1...
There has been constructed a diagram of the phase composition of the Fe – C – Si – B system and deve...
A diagram of the phase composition of the Fe – Si – B system is constructed in the form of elementar...
The Fe-Cr-Si and Fe-Cr-Al systems are the basic ones in the development of the technology for smelti...
There is developed a method of the mathematical description of a phase composition diagram of n-comp...
There is developed a method of the mathematical description of a phase composition diagram of n-comp...
The goal there was constructed a diagram of the state of the system Fe-Zr-Al-Si by method of thermod...
In this paper, theoretical studies on the construction of phase structure diagrams of the Fe-Ca-Si-A...
The paper presents the results of calculation of thermodynamic parameters of compounds formed betwee...
In the practice of complex theoretical studies of multicomponent systems, the so-called thermodynami...
A thermodynamic description of the Fe-B-Cr system is developed in the context of a new Fe-B-X (X = C...
The dissolution behavior of chromium into iron-silicate melt is important in considering metallurgic...
There has been carried out thermodynamic modeling of phase transformations of the Fe-Cr Ni alloy all...
Thermodynamic descriptions of the ternary Fe-B-Si system and its binary sub-system, B-Si, are develo...