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Results: 1-10 |
Results: 10
SELECTIVE SEPARATION OF TIN FROM A CHLORIDE LEACH SOLUTION
Authors: FUERSTENAU MC WANG GX
Citation: Mc. Fuerstenau et Gx. Wang, SELECTIVE SEPARATION OF TIN FROM A CHLORIDE LEACH SOLUTION, Hydrometallurgy, 46(1-2), 1997, pp. 229-234
STUDY OF MERRILL-CROWE PROCESSING .1. SOLUBILITY OF ZINC IN ALKALINE CYANIDE SOLUTION
Authors: CHI G FUERSTENAU MC MARSDEN JO
Citation: G. Chi et al., STUDY OF MERRILL-CROWE PROCESSING .1. SOLUBILITY OF ZINC IN ALKALINE CYANIDE SOLUTION, International journal of mineral processing, 49(3-4), 1997, pp. 171-183
STUDY OF MERRILL-CROWE PROCESSING .2. REGRESSION-ANALYSIS OF PLANT OPERATING DATA
Authors: CHI GX FUERSTENAU MC ANDERSON PA
Citation: Gx. Chi et al., STUDY OF MERRILL-CROWE PROCESSING .2. REGRESSION-ANALYSIS OF PLANT OPERATING DATA, International journal of mineral processing, 49(3-4), 1997, pp. 185-192
ALKALINE ROASTING OF LOW-GRADE CHROMITE
Authors: CHANDRA D WANG GX FUERSTENAU MC SIEMENS RE
Citation: D. Chandra et al., ALKALINE ROASTING OF LOW-GRADE CHROMITE, Transactions - Institution of Mining and Metallurgy. Section C. Mineral processing & extractive metallurgy, 105, 1996, pp. 105-112
IMPROVED COMMINUTION EFFICIENCY THROUGH CONTROLLED BLASTING DURING MINING
Authors: CHI G FUERSTENAU MC BRADT RC GHOSH A
Citation: G. Chi et al., IMPROVED COMMINUTION EFFICIENCY THROUGH CONTROLLED BLASTING DURING MINING, International journal of mineral processing, 47(1-2), 1996, pp. 93-101
A STUDY OF THE FLOCCULATION OF PURE GOETHITE, QUARTZ, AND KAOLINITE AND THE SELECTIVE FLOCCULATION OF AGBAJA IRON-ORE .1. ADSORPTION OF CASSAVA STARCH ON PURE GOETHITE, QUARTZ, AND KAOLINITE
Authors: NEBO CO NWAJIOBI H ANEKE NAG FUERSTENAU MC
Citation: Co. Nebo et al., A STUDY OF THE FLOCCULATION OF PURE GOETHITE, QUARTZ, AND KAOLINITE AND THE SELECTIVE FLOCCULATION OF AGBAJA IRON-ORE .1. ADSORPTION OF CASSAVA STARCH ON PURE GOETHITE, QUARTZ, AND KAOLINITE, Journal of dispersion science and technology, 17(1), 1996, pp. 1-12
A STUDY OF THE FLOCCULATION OF PURE GOETHITE, QUARTZ, AND KAOLINITE AND THE SELECTIVE FLOCCULATION OF AGBAJA IRON-ORE .2. FLOCCULATION OF PURE GOETHITE, QUARTZ, AND KAOLINITE WITH CASSAVA STARCH
Authors: NEBO CO ASUQUO LO NWORU CK FUERSTENAU MC
Citation: Co. Nebo et al., A STUDY OF THE FLOCCULATION OF PURE GOETHITE, QUARTZ, AND KAOLINITE AND THE SELECTIVE FLOCCULATION OF AGBAJA IRON-ORE .2. FLOCCULATION OF PURE GOETHITE, QUARTZ, AND KAOLINITE WITH CASSAVA STARCH, Journal of dispersion science and technology, 17(1), 1996, pp. 13-21
A STUDY OF THE FLOCCULATION OF PURE GOETHITE, QUARTZ, AND KAOLINITE AND THE SELECTIVE FLOCCULATION OF AGBAJA IRON-ORE .3. SELECTIVE FLOCCULATION OF AGBAJA IRON-ORE
Authors: NEBO CO ASUQUO LO NWORU CK FUERSTENAU MC
Citation: Co. Nebo et al., A STUDY OF THE FLOCCULATION OF PURE GOETHITE, QUARTZ, AND KAOLINITE AND THE SELECTIVE FLOCCULATION OF AGBAJA IRON-ORE .3. SELECTIVE FLOCCULATION OF AGBAJA IRON-ORE, Journal of dispersion science and technology, 17(1), 1996, pp. 23-32
OXIDATION OF COBALTITE .1. PROCESS MINERALOGY
Authors: WANG GX CHANDRA D FUERSTENAU MC
Citation: Gx. Wang et al., OXIDATION OF COBALTITE .1. PROCESS MINERALOGY, Metallurgical and materials transactions. B, Process metallurgy and materials processing science, 26(3), 1995, pp. 517-522
OXIDATION OF COBALTITE .2. KINETICS
Authors: WANG GX CHANDRA D FUERSTENAU MC
Citation: Gx. Wang et al., OXIDATION OF COBALTITE .2. KINETICS, Metallurgical and materials transactions. B, Process metallurgy and materials processing science, 26(3), 1995, pp. 523-527
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