Phase relations and the stability of crystallographic shear (CS) structure compounds (Cr,Fe) 2 Ti nุ2 O 2nุ1 in the system Fe 2 O 3 +Cr 2 O 3 +TiO 2 were investigated between 1000 and 13003C. The ternary comprises 5ve major solid solution series. These are as follows: an M 2 O 3 series; an M 3 O 5 s
Determination of the activities of Cr and Cr2O3 in slag-metal systems of ferrochromium smelting composition using stabilized zirconia electrolytes
โ Scribed by C.W.P. Finn; D.B. Wellbeloved
- Publisher
- Elsevier Science
- Year
- 1981
- Tongue
- English
- Weight
- 217 KB
- Volume
- 3-4
- Category
- Article
- ISSN
- 0167-2738
No coin nor oath required. For personal study only.
๐ SIMILAR VOLUMES
Slag+metal) equilibrium experiments have been made for the determination of activity of B2O3 in the {(1-x)MgO+xB2O3} binary slag at the temperature T=1723 K, using copper as metal solvent. The independently measured activities of B2O3 reported in this study and of MgO reported in a previous paper in
Slag+metal) equilibrium experiments have been made for the determination of activity of MgO in the {(1-x)MgO+xB2O3} binary slag at the temperature T=1723 K, using germanium as metal solvent. The activity of B2O3 was calculated analytically from the Gibbs-Duhem equation.
Slag + metal) equilibrium experiments have been carried out for the determination of activity of MgO in the {(1x)MgO + x(1y)B2O3 + xySiO2} ternary slag at the temperature T = 1723 K, using germanium as metal solvent. The results are compared with the isoactivity curves of MgO determined previously.
Slag + metal) equilibrium experiments have been made for the determination of activity of SiO2 in the {(1x)B2O3 + xSiO2} slag at the temperature T = 1723 K, using (0.25 Cu + 0.75 Sn) as a metal solvent. The results indicate a positive deviation from ideality. The activity of B2O3 was calculated from