The knowledge of FeₓO activities in molten slags at lower temperatures is necessary for effective dephosphorization in hot metal pretreatments. However, there have been still differences among the reference data in the FeₓO–CaO–SiO₂ pseudo-ternary system at 1573 K. In the present study, the FeₓO activities were measured with an electrochemical technique in order to reevaluate the iso-activity curves of FeₓO. Subsequently, the CaO and SiO₂ activities along liquidus lines were calculated by the Gibbs-Duhem equation, and the equilibrium phosphorus contents in molten iron coeₓisted with dephosphorization slags were estimated by using the present results
Constructing the following electrode concentration cell, the authors measured electromotive force co...
The effects of MgO and FeO contents on the sulphide capacity of Corex slags were investigated at 177...
Ferrous calcium silicate slags (described by the FeO-FeO -CaO-SiO system) are the basis for a number...
Towards better understanding of the phosphorus removal from hot metal with low-basicity slags, elect...
In steelmaking processes, there are incentives to reduce slag volume and CaO consumption. The key to...
In steelmaking processes, there are incentives to reduce slag volume and CaO consumption. The key to...
At present, there is a scarcity of data on the activities of iron oxides in the FeO-Fe2O3-CaO-SiO2 s...
In steelmaking processes, because of environmental requirements and health considerations, there is ...
Alumina is a common substance deporting in copper smelting slags when various secondary copper fract...
According to the experimental results of hot metal dephosphorization by CaO-based slags at a commerc...
The “FeO”-containing slags play an important role in the operation of an ironmaking blast furnace (B...
A thermodynamic model for calculating phosphorous distribution between several slag systems and hot ...
The interaction between oxygen and phosphorous in liquid iron was studied by the method of equilibra...
According to the coexistence theory of slag structure, a calculation model for the activity of FeO i...
Thermodynamic models for predicting phosphorus distribution ratio L-P and phosphate capacity CPO43...
Constructing the following electrode concentration cell, the authors measured electromotive force co...
The effects of MgO and FeO contents on the sulphide capacity of Corex slags were investigated at 177...
Ferrous calcium silicate slags (described by the FeO-FeO -CaO-SiO system) are the basis for a number...
Towards better understanding of the phosphorus removal from hot metal with low-basicity slags, elect...
In steelmaking processes, there are incentives to reduce slag volume and CaO consumption. The key to...
In steelmaking processes, there are incentives to reduce slag volume and CaO consumption. The key to...
At present, there is a scarcity of data on the activities of iron oxides in the FeO-Fe2O3-CaO-SiO2 s...
In steelmaking processes, because of environmental requirements and health considerations, there is ...
Alumina is a common substance deporting in copper smelting slags when various secondary copper fract...
According to the experimental results of hot metal dephosphorization by CaO-based slags at a commerc...
The “FeO”-containing slags play an important role in the operation of an ironmaking blast furnace (B...
A thermodynamic model for calculating phosphorous distribution between several slag systems and hot ...
The interaction between oxygen and phosphorous in liquid iron was studied by the method of equilibra...
According to the coexistence theory of slag structure, a calculation model for the activity of FeO i...
Thermodynamic models for predicting phosphorus distribution ratio L-P and phosphate capacity CPO43...
Constructing the following electrode concentration cell, the authors measured electromotive force co...
The effects of MgO and FeO contents on the sulphide capacity of Corex slags were investigated at 177...
Ferrous calcium silicate slags (described by the FeO-FeO -CaO-SiO system) are the basis for a number...