| 383 - 390 |
A methodology for determining the deportment of cyanide losses in gold plants
Adams MD |
| 391 - 403 |
Immobilization of arsenic in crystalline form from aqueous solution by hydrothermal processing above 483.15K
Mambote RCM, Reuter MA, van Sandwijk A, Krijgsman P |
| 405 - 410 |
Effect of operating conditions on the fungal decomposition of gold impregnated wood chips
Martin W, Petersen FW |
| 411 - 422 |
Thermodynamic modelling of magnesium fluoride precipitation in concentrated zinc sulphate environment
Booster JL, Van Sandwijk A, Reuter MA |
| 423 - 426 |
Cr(VI) generation during milling
Beukes JP, Guest RN |
| 427 - 432 |
Bubble size measurement in flotation machines
Chen F, Gomez CO, Finch JA |
| 433 - 437 |
The recovery of base metals by ion exchange resin
Coetzee JW, Rejaldien MZ |
| 439 - 443 |
Gold losses from cyanide solutions part III: The recovery of absorbed gold from shale material
Van Vuuren CPJ |
| 445 - 448 |
A fast determination of Fe3+/Fe2+ ratio in industrial minerals
Mulaba-Bafubiandi AF, Pollak H, Mashlan M, Jancik D, Kholmetskii A |
| 449 - 450 |
Untitled
Sekhar DMR |
| 450 - 451 |
Flotation rate measurements to optimize an operating circuit
Agar GE |
| 452 - 452 |
Hydrothermal metallurgy: an overview of basic concepts and applications - Reply
Mambote CR |
