| 1 - 9 |
Working condition recognition based on an improved NGLDM and interval data-based classifier for the antimony roughing process
Peng X, Peng T, Zhao L, Song YP, Gui WH |
| 10 - 23 |
Iron ore textural information is the key for prediction of downstream process performance
Donskoi E, Poliakov A, Holmes R, Suthers S, Ware N, Manuel J, Clout J |
| 24 - 33 |
Characterization of the microstructure of mechanically-activated olivine using X-ray diffraction pattern analysis
Li JJ, Hitch M |
| 34 - 42 |
Comprehensive recovery of the components of ferritungstite base on reductive roasting with mixed sodium salts, water leaching and magnetic separation
Tang HH, Sun W, Hu YH, Han HS |
| 43 - 58 |
Employing a step-wise titration method under semi-slow reaction regime for evaluating the reactivity of limestone and dolomite in acidic environment
De Blasio C, Carletti C, Lundell A, Visuri VV, Kokkonen T, Westerlund T, Fabritius T, Jarvinen M |
| 59 - 65 |
Factors affecting the floto-elutriation process efficiency of a copper sulfide mineral
Paiva M, Rubio J |
| 66 - 74 |
A specific energy-based ball mill model: From batch grinding to continuous operation
Shi FN, Xie WG |
| 75 - 95 |
Comminution mechanisms, particle shape evolution and collision energy partitioning in tumbling mills
Cleary PW, Morrison RD |
| 96 - 103 |
Ore impact breakage characterisation using mixed particles in wide size range
Zuo WR, Shi FN |
| 104 - 113 |
Selective separation of gallium from zinc using flotation: Effect of solution pH value and the separation mechanism
Bahri Z, Rezai B, Kowsari E |
| 114 - 115 |
A new simple method for density fractionation of finely sized coal
Ozer CE |
| 116 - 129 |
Recognition of flotation working conditions through froth image statistical modeling for performance monitoring
Zhang J, Tang ZH, Liu JP, Tan Z, Xu PF |
| 130 - 139 |
Liquid spread mechanisms in packed beds and heaps. The separation of length and time scales due to particle porosity
Ilankoon IMSK, Neethling SJ |
| 140 - 148 |
Study of silver leaching with the thiosulfate-nitrite-copper alternative system: Effect of thiosulfate concentration and leaching temperature
Alvarado-Macias G, Fuentes-Aceituno JC, Nava-Alonso F |
| 149 - 155 |
Methodology to develop a coarse liberation model based on preferential grade by size responses
Carrasco C, Keeney L, Napier-Munn TJ |
