| 137 - 137 |
Special issue: Reagents'04 - Foreword
Wills BA |
| 139 - 149 |
An overview of the use of chemical reagents in mineral processing
Pearse MJ |
| 151 - 158 |
Reagent selection and optimization - the case for a holistic approach
Nagaraj DR |
| 159 - 169 |
Process reagents for the enhanced removal of solids and water from oil sand froth
Madge DN, Romero J, Strand WL |
| 171 - 177 |
The effects of frother and collector distribution on flotation performance
Hadler K, Aktas Z, Cilliers JJ |
| 179 - 188 |
Foaming of polypropylene glycols and glycol/MIBC mixtures
Tan SN, Pugh RJ, Fornasiero D, Sedev R, Ralston J |
| 189 - 198 |
The influence of the reagent suite on the flotation of ores from the Merensky reef
Wiese J, Harris P, Bradshaw D |
| 199 - 204 |
Reagents in igneous phosphate ores flotation
Guimaraes RC, Araujo AC, Peres AEC |
| 205 - 212 |
Anglesite flotation: a study for lead recovery from zinc leach residue
Rashchi F, Dashti A, Arabpour-Yazdi M, Abdizadeh H |
| 213 - 218 |
The use of a novel oxime derivative [Phenyl(N-methylaniline)ketooxime] as leach reagent in the Copper(II) hydrometallurgy
Velarde FJS, Siles HO, de Namor AFD |
| 219 - 224 |
Reagents in iron ores flotation
Araujo AC, Viana PRM, Peres AEC |
| 225 - 231 |
On the kinetics of precipitate flotation of CrIII using sodium dodecylsulfate and ethanol
Medina BY, Torem ML, de Mesquita LMS |
| 233 - 237 |
The use of selective depressants for the separation of ABS and HIPS by froth flotation
Pascoe RD |
| 239 - 246 |
Development of methodologies to improve the assessment of reagent behaviour in flotation with particular reference to collectors and depressants
Bradshaw DJ, Oostendorp B, Harris PJ |
| 247 - 255 |
Determination of preferential adsorption of Depramin (R) on mineral surfaces by ToF-SIMS
Smeink RG, van Leerdam GC, Mahy JWG |
| 257 - 262 |
A technique for quantification of adsorbed collectors: xanthate
Lascelles D, Finch JA |
| 263 - 266 |
Colorimetric determination of common industrial frothers
Gelinas S, Finch JA |
| 267 - 273 |
The infrared spectra of amine collectors used in the flotation of iron ores
Lima RMF, Brandao PRG, Peres AEC |
| 275 - 277 |
Reagents in calamine zinc ores flotation
Pereira CA, Peres AEC |
| 279 - 282 |
Flotation of Aladag oxide lead-zinc ores
Onal G, Bulut G, Gul A, Kangal O, Perek KT, Arslan F |
| 283 - 284 |
Re: H.A. Joly, R. Majerus, K.C. Westaway, 2004. The effect of diethylenetriamine on the formation of Cu2+-, Ni2+-, and Fe3+-amyl xanthate ion complexes. Minerals engineering 17(9-10), 1023-1036.
Meech JA |
