1. Medium-temperature pressure leaching of copper concentrates — Part I: Chemistry and initial process development

   • J. O. Marsden
   • J. C. Wilmot
   • N. Hazen

   Invited feature 01 November 2007 Pages: 193 - 204

2. Medium-temperature pressure leaching of copper concentrates — Part II: Development of direct electrowinning and an acid-autogenous process

   • J. O. Marsden
   • J. C. Wilmot
   • N. Hazen

   Invited feature 01 November 2007 Pages: 205 - 217

3. Medium-temperature pressure leaching of copper concentrates — Part III: Commercial demonstration at Bagdad, Arizona

   • J. O. Marsden
   • J. C. Wilmot
   • D. R. Mathern

   Invited feature 01 November 2007 Pages: 218 - 225

4. Medium-temperature pressure leaching of copper concentrates — Part IV: Application at Morenci, Arizona

   • J. O. Marsden
   • J. C. Wilmot
   • R. J. Smith

   Invited feature 01 November 2007 Pages: 226 - 236

5. Settling velocities of particulate systems — a critical review of some useful models

   • A. K. Majumder

   Technical Paper 01 November 2007 Pages: 237 - 242

6. Interpretation of the effect of frother type and concentration on flotation performance in an OK3 cell

   • B. A. Comley
   • M. A. Vera
   • J-P. Franzidis

   OriginalPaper 01 November 2007 Pages: 243 - 252

7. Optimization of multigravity separation for recovery of ultrafine coal

   • M. Menéndez
   • M. Gent
   • I. Diego

   OriginalPaper 01 November 2007 Pages: 253 - 263

8. Implementation of the HydroFloat technology at the South Fort Meade Mine

   • J. N. Kohmuench
   • M. J. Mankosa
   • G. H. Luttrell

   OriginalPaper 01 November 2007 Pages: 264 - 270

9. Pilot-scale study of fluorite beneficiation using a cyclonic static microbubble flotation column

   • X. Zhou
   • J. Liu
   • C. Zhao

   OriginalPaper 01 November 2007 Pages: 271 - 274

10. Thermoanalytical study on the oxidation of sulfide minerals at high temperatures

    • S. E. Pérez-Fontes
    • M. Pérez-Tello
    • F. Castillón-Barraza

    OriginalPaper 01 November 2007 Pages: 275 - 283

11. Are nanoparticulates present in typical mineral processing practices and can they be suppressed?

    • C. R. Copeland
    • T. C. Eisele
    • S. K. Kawatra

    OriginalPaper 01 November 2007 Pages: 284 - 288