In steelmaking processes, because of environmental requirements and health considerations, there is a strong incentive to reduce slag volume. The key to meet this requirement is the better understanding of phosphorus removal, which relies on the knowledge of the thermodynamic properties of slags and fluxes used for dephosphorization. In this study, the liquidus compositions of the four-phase assemblages in the quaternary systems of CaO–P₂O₅–SiO₂–FeₓO and CaO–P₂O₅–CaF₂–FeₓO were determined by employing electron probe microanalysis. Measurements were also made on the FeₓO activities by employing an electrochemical technique involving stabilized zirconia electrolyte
According to the experimental results of hot metal dephosphorization by CaO-based slags at a commerc...
Slags from the CaO–SiO2–Al2O3–MgO system (CSAM) are commonly employed for the secondary refining tre...
The knowledge of Cr₂O₃ activity in slag is necessary to decarburize chromium-containing special stee...
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...
Towards better understanding of the phosphorus removal from hot metal with low-basicity slags, elect...
To help maintain the sustainability of the steel industry by improving slag utilization, we are deve...
In view of obtaining fundamental information on phosphorus recovery from steelmaking slag and sewage...
A thermodynamic model for calculating the phosphorus distribution ratio between top-bottom combined ...
The knowledge of FeₓO activities in molten slags at lower temperatures is necessary for effective de...
Amount of steelmaking slag emission is increasing due to strong demand for high quality steel. Devel...
Thermodynamic models for predicting phosphorus distribution ratio L-P and phosphate capacity CPO43...
The published phase diagrams of some key P2O5-containing systems which are relevant to the steelmaki...
A thermodynamic model for calculating phosphorous distribution between several slag systems and hot ...
The coupling relationships between dephosphorization and desulfurization abilities or potentials for...
According to the experimental results of hot metal dephosphorization by CaO-based slags at a commerc...
Slags from the CaO–SiO2–Al2O3–MgO system (CSAM) are commonly employed for the secondary refining tre...
The knowledge of Cr₂O₃ activity in slag is necessary to decarburize chromium-containing special stee...
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...
Towards better understanding of the phosphorus removal from hot metal with low-basicity slags, elect...
To help maintain the sustainability of the steel industry by improving slag utilization, we are deve...
In view of obtaining fundamental information on phosphorus recovery from steelmaking slag and sewage...
A thermodynamic model for calculating the phosphorus distribution ratio between top-bottom combined ...
The knowledge of FeₓO activities in molten slags at lower temperatures is necessary for effective de...
Amount of steelmaking slag emission is increasing due to strong demand for high quality steel. Devel...
Thermodynamic models for predicting phosphorus distribution ratio L-P and phosphate capacity CPO43...
The published phase diagrams of some key P2O5-containing systems which are relevant to the steelmaki...
A thermodynamic model for calculating phosphorous distribution between several slag systems and hot ...
The coupling relationships between dephosphorization and desulfurization abilities or potentials for...
According to the experimental results of hot metal dephosphorization by CaO-based slags at a commerc...
Slags from the CaO–SiO2–Al2O3–MgO system (CSAM) are commonly employed for the secondary refining tre...
The knowledge of Cr₂O₃ activity in slag is necessary to decarburize chromium-containing special stee...