| 1407 - 1417 |
Process development for treatment of complex perovskite, ilmenite and rutile ores
Bulatovic S, Wyslouzil DM |
| 1419 - 1430 |
The development of a composite collector for the flotation of rutile
Liu Q, Peng YJ |
| 1431 - 1440 |
Low pH cyanidation of gold
Perry R, Browner RE, Dunne R, Stoitis N |
| 1441 - 1457 |
Effect of oxygen on the Cu-Cu2Se-Ag system
Lamontagne M, Pickles CA, Toguri JM |
| 1459 - 1468 |
Hybrid simulation for oil-solids-water separation in oil sands production
Changirwa R, Rockwell MC, Frimpong S, Szymanski J |
| 1469 - 1477 |
Analysis of fluid motion during jigging
Mishra BK, Adhikari B |
| 1479 - 1499 |
Modelling of flow in cone crushers
Evertsson CM |
| 1501 - 1520 |
Comparing three DEM charge motion models
Radziszewski P |
| 1521 - 1526 |
Significantly improved recovery of slightly heavy minerals from quaternary samples using GTK modified 3" Knelson preconcentrator
Chernet T, Marmo J, Nissinen A |
| 1527 - 1532 |
Classification evaluation of water injected hydrocyclone
Patil DD, Rao TC |
| 1533 - 1538 |
Comments on: Studies on the mechanism and kinetics of bioleaching - A. W. Breed and G. S. Hansford, Minerals Engineering, vol. 12, pp. 383-392, 1999
Crundwell FK |
| 1538 - 1540 |
Studies on the mechanism and kinetics of bioleaching A.W. Breed and G.S. Hansford, Minerals Engineering, 12, 383-392, (1999) -Response
Breed AW, Hansford GS |
