Determination of Mould Powder Crystallinity Using X-Ray Diffractometry

Articles in the same Issue

1. TABLE OF CONTENTS
2. Liquid Matter at High Temperature
3. Fluoride Evaporation from CaF2-SiO2-CaO Slags and Mold Fluxes in Dry and Humid Atmospheres
4. The Prediction of Thermophysical Properties for Modelling Solidification of Metallic Melts
5. Thermophysical Properties of Undercooled Metallic Glass Forming Liquids
6. Thermal Conductivity of Molten Al, Si and Ni Measured under Microgravity
7. Properties of Slags and Their Importance, in Manufacturing Clean Steels
8. Static and Dynamic Thermophysical Property Measurements at High Temperature
9. Mould Fluxes
10. Marangoni, Mills and Microgravity
11. Behaviour of Bubbles in Liquid Caused by Marangoni Effect in Relation to Steel Refining Process
12. Beyond the Black Art: Development of Mould Powders Using Mould Thermal Monitoring
13. Thermodynamics of Equilibrium Distribution of Solute Elements in Solidification Process of Steel
14. Measurements of Quality - Signals of Change
15. Foam in Iron and Steelmaking
16. Improvement of Refining Capacities of CaO based Slags by a Small Addition of Na2O
17. Treatment of Transient Phenomena in Analysis of Slag-Metal-Gas Reaction Kinetics
18. Viscosities and Gibbs Energies - On a Common Structural Base
19. Determination of Mould Powder Crystallinity Using X-Ray Diffractometry
20. Oxication and Reduction Processes in Slags During Continuous Casting of Stainless Steel
21. Prediction of Surface Tension in Molten Metallic and Ionic Systems