| TITLE |
AUTHOR |
| Adsorption Mechanisms in Nonmetallic Activation Systems |
M. C. Fuerstenau, D. A. Elgillani, and J. D. Miller |
| Production of Iron-Ore Superconcentrates by High-Tension Electrostatic Separation |
Robert M. Funk and James E. Lawver |
| Grangcold Pellet Process |
Jonas Svensson |
| Rheological Properties of Solid-Liquid Suspensions, II–Proposed Velocity and Resistance Equations for the Turbulent Flow Range |
F. B. Brien, L. W. Pommier, and A. K. Bhasin |
| Theoretical Analysis of a Countercurrent Flotation Column |
Kalanadh V. S. Sastry and Douglas W. Fuerstenau |
| Hydroxamate vs. Fatty Acid Flotation of Iron Oxide |
M. C. Fuerstenau, R. W. Harper, and J. D. Miller |
| Chlorination of Manganiferous Iron Ores |
Y. Okahara and I. Iwasaki |
| Discussion |
R. Nowak |
| Separation Efficiency |
Norman F. Schulz |
| Role of the Filter Medium in Continuous-Vacuum Filtration–An Intralocular Approach |
N. Nemeth and L. L. Sirois |
| Relationship of Chemical Reactions Between Water and a Silicate Bed to the Flow Equation |
Raul A. Deju and Roshan B. Bhappu |
| On the Normal Interaction Between Adsorbed Species and Adsorbing Surface |
J. M. Cases |
| Slurry Pumps for the Long Pipelines |
M. L. Rizzone, J. E. Miller, and T. E. Schmieman |
| Concentration of Minerals at the Oil/Water Interface |
H. L. Shergold and O. Mellgren |
| Semi-Batch Froth Flotation Kinetics: Species Distribution Analysis |
C. C. Harris and A. Chakravarti |
| Interactions Between Oil Drops and Mineral Surfaces |
J. M. W. Mackenzie |
| Adsorption Studies of Dodecylamine at the Mercury-Solution Interface Through Differential Capacity and Electrocapillary Measurements and Their Implication in Flotation |
S. Usui and I. Iwasaki |
| Effect of pH on the Adsorption of Dodecylamine at the Mercury-Solution Interface |
S. Usui and I. Iwasaki |
| Calcium and a Cause of Catastrophic Swelling of Pellets During Reduction |
R. L. Bleifuss |
| Beneficiation and Balling of Coal |
C. E. Capes, A. E. McIlhinney, and R. D. Coleman |
| Autogenous Grinding of Disseminated Copper Ores |
W. D. Bachman, A. W. Last, and S. W. Nabbs |
| Prediction of Grade-Recovery Curves from a Flotation Kinetic Model |
B. Ball, P. C. Kapur, and D. W. Fuerstenau |
| Aspects of Water Reuse in Experimental Flotation of Nonmagnetic Taconites |
D. W. Frommer |
| Solvent Extraction of Chromium III from Sulfate Solutions by a Primary Amine |
D. S. Flett and D. W. West |
| Separation of Nickel from Cobalt by Solvent Extraction with a Carboxylic Acid |
A. W. Fletcher and D. S. Flett |
| Kinetics of Batch Grinding-Part A: Reduction of the Grinding Equation |
P. C. Kapur |
| Control of an Autogenous Grinding Circuit by Means o? a Crusher |
W. C. Hellyer and R. A. Campbell |
| Kinetics of Batch Grinding-Part B: An Approximate Solution to the Grinding Equation |
P. C. Kapur |
| Behavior of Platinum Electrodes as Redox Potential Indicators in Some Systems of Metallurgical Interest |
K. A. Natarajan and I. Iwasaki |
| Adsorption of Xanthate on Illuminated Lead and Zinc Sulfides |
Claudio Guarnaschelli |
| Simulation of Locked-Cycle Grinding |
G. D. Gumtz and D. W. Fuerstenau |
| Fine Dry Grinding of Iron Ore for Pelletizing |
Donald R. Rathburn and Jung K. Mok |
| Design of Flotation Cells and Circuits |
Nathaniel Arbiter and Norman L. Weiss |
| Simulation of Nonlinear Grinding Systems: Rod-Mill Grinding |
George A. Grandy and D. W. Fuerstenau |