| 211 - 211 |
Selected papers from Pyrometallurgy'05, Cape Town, South Africa, March 2005 - Foreword
Wills BA |
| 212 - 218 |
Iron redox-equilibria and sulphide capacity of PGM melter-type slags
du Tolt AJ, Gaylard P, Jahanshahi S, Nell J |
| 219 - 231 |
Integrating pyrometallurgy and robotic systems engineering: Fully automated fire assay laboratory for rapid PGE analysis
McIntosh KS, Auer D, Koch KR, Eksteen JJ |
| 232 - 236 |
Oxidation of high-titanium slags in the presence of water vapour
Pistorius PC, Motlhamme T |
| 237 - 245 |
Physical modelling of slag foaming in two-phase and three-phase systems in the churn-flow regime
Stadler SAC, Eksteen JJ, Aldrich C |
| 246 - 255 |
Modelling the co-ordination number of a packed bed of spheres with distributed sizes using a CT scanner
Georgalli GA, Reuter MA |
| 256 - 261 |
Mineralogical characterisation of Secunda gasifier feedstock and coarse ash
Matjie RH, van Alphen C, Pistorius PC |
| 262 - 279 |
Modelling of an ilmenite-smelting DC arc furnace process
Zietsman JH, Pistorius PC |
| 280 - 286 |
Understanding the influence of acidic components (Si, Al, and Ti) on ash flow temperature of South African coal sources
van Dyk JC |
| 287 - 298 |
Online optimization of a low pressure, high temperature oxidation refractory ore treatment plant
Collins AI, Danninger D, Fernandez R, Keaton M, Keenan J |
| 299 - 308 |
Modelling of aluminium scrap melting in a rotary furnace
Zhou B, Yang Y, Reuter MA, Boin UMJ |
| 309 - 317 |
A dynamic-CFD hybrid model of a submerged arc furnace for phosphorus production
Scheepers E, Yang Y, Reuter MA, Adema AT |
| 318 - 324 |
The reduction of chromite in the presence of silica flux
Weber P, Eric RH |
| 325 - 333 |
Twin-electrode DC smelting furnaces - Theory and photographic testwork
Reynolds QG, Jones RT |
| 334 - 337 |
Solid state reduction of a natural ilmenite
Kucukkaragoz CS, Eric RH |
