artículo académico

• Effect of sodium silicate modified with Fe2+ and Al3+ as dispersant on flotation of molybdenite and chalcopyrite in presence of kaolinite and seawater.  MINERALS ENGINEERING.  207. 2024
• A MODEL OF FROTH FLOTATION WITH DRAINAGE: SIMULATIONS AND COMPARISON WITH EXPERIMENTS.  MINERALS.  13(3). 2023
• POLYMERS.  POLYMERS.  14(10). 2022
• CHALCOPYRITE AND MOLYBDENITE FLOTATION IN SEAWATER: THE USE OF INORGANIC DISPERSANTS TO REDUCE THE DEPRESSING EFFECTS OF MICAS.  MINERALS.  11(5). 2021
• COLLOIDS AND SURFACES A-PHYSICOCHEMICAL AND ENGINEERING ASPECTS.  COLLOIDS AND SURFACES A-PHYSICOCHEMICAL AND ENGINEERING ASPECTS.  629. 2021
• INCORPORATION OF RHEOLOGICAL CHARACTERIZATION IN GRINDING AND TAILINGS SLURRIES TO OPTIMIZE THE CMP MAGNETIC SEPARATION PLANT.  MINERALS.  11(4). 2021
• SULFOMETHYLATION OF RADIATA PINE KRAFT LIGNIN AND ITS USE AS A MOLYBDENITE DEPRESSANT IN SELECTIVE CHALCOPYRITE-MOLYBDENITE SEPARATION BY FLOTATION.  BIORESOURCES.  13(3):5646-5666. 2021
• TESTING THE CAPACITY OF STAPHYLOCOCCUS EQUORUM FOR CALCIUM AND COPPER REMOVAL THROUGH MICP PROCESS.  MINERALS.  11(8). 2021
• A METHOD TO PREDICT WATER RECOVERY RATE IN THE COLLECTION AND FROTH ZONE OF FLOTATION SYSTEMS.  MINERALS.  10(7). 2020
• ASSESSMENT OF THE USE OF LIGNOSULFONATES TO SEPARATE CHALCOPYRITE AND MOLYBDENITE BY FLOTATION.  POWDER TECHNOLOGY.  359:216-225. 2020
• EFFECT OF EH AND PH ON THE FLOTATION OF ENARGITE USING SEAWATER.  MINERALS ENGINEERING.  159. 2020
• HEMICELLULOSES MONOSACCHARIDES AND THEIR EFFECT ON MOLYBDENITE FLOTATION.  POWDER TECHNOLOGY.  373:758-764. 2020
• INFLUENCE OF SEAWATER ON THE DEGREE OF ENTRAINMENT IN THE FLOTATION OF A SYNTHETIC COPPER ORE.  MINERALS.  10(7). 2020
• MINERALS.  MINERALS.  10(6). 2020
• MOLYBDENITE FLOTATION IN THE PRESENCE OF A POLYACRYLAMIDE OF LOW ANIONICITY SUBJECTED TO DIFFERENT CONDITIONS OF MECHANICAL SHEARING.  MINERALS.  10(10). 2020
• USE OF "OILY BUBBLES" AND DISPERSANTS IN FLOTATION OF MOLYBDENITE IN FRESH AND SEAWATER.  MINERALS ENGINEERING.  148. 2020
• EVALUATION OF CHEMICAL REAGENTS TO ENHANCE THE DEWATERING OF FINE COAL.  INTERNATIONAL JOURNAL OF COAL PREPARATION AND UTILIZATION.  39(6):317-331. 2019
• FLOTATION BEHAVIOR OF ENARGITE IN THE PROCESS OF FLOTATION USING SEAWATER.  MINERALS ENGINEERING.  142. 2019
• MINERALS.  MINERALS.  9(10):1-12. 2019
• SODIUM HEXAMETAPHOSPHATE AND SODIUM SILICATE AS DISPERSANTS TO REDUCE THE NEGATIVE EFFECT OF KAOLINITE ON THE FLOTATION OF CHALCOPYRITE IN SEAWATER.  MINERALS ENGINEERING.  125:10-14. 2018
• USE OF POLYETHYLENE OXIDE TO IMPROVE FLOTATION OF FINE MOLYBDENITE.  MINERALS ENGINEERING.  127:232-237. 2018
• PHYSICOCHEMICAL PROBLEMS OF MINERAL PROCESSING.  PHYSICOCHEMICAL PROBLEMS OF MINERAL PROCESSING.  53(2):737-749. 2017
• USE OF DISPERSANTS IN FLOTATION OF MOLYBDENITE IN SEAWATER.  MINERALS ENGINEERING.  100:71-74. 2017
• USE OF WOOD HEMICELLULOSES TO IMPROVE COPPER RECOVERY FROM HIGH CLAY CU-MO ORES.  MINERALS ENGINEERING.  111:198-200. 2017
• THE DEPRESSING EFFECT OF CLAY MINERALS ON THE FLOATABILITY OF CHALCOPYRITE.  MINERAL PROCESSING AND EXTRACTIVE METALLURGY REVIEW.  37(4):227-235. 2016
• OBSERVATIONS ON THE YIELDING BEHAVIOUR OF OIL SAND SLURRIES UNDER VANE AND SLUMP TESTS.  CANADIAN JOURNAL OF CHEMICAL ENGINEERING.  93(8):1392-1402. 2015
• OBSERVATIONS ON THE YIELDING BEHAVIOUR OF OIL SAND SLURRIES UNDER VANE AND SLUMP TESTS.  CANADIAN JOURNAL OF CHEMICAL ENGINEERING.  93:1392-1402. 2015
• INFLUENCE OF HUMIC ACIDS ON OIL SAND PROCESSING. PART I: DETECTION AND QUANTIFICATION OF HUMIC ACIDS IN OIL SAND ORES AND THEIR EFFECT ON BITUMEN WETTABILITY .  INTERNATIONAL JOURNAL OF MINERAL PROCESSING.  126:117-125. 2014
• INFLUENCE OF HUMIC ACIDS ON OIL SAND PROCESSING. PART II: RELATIONSHIP BETWEEN BITUMEN EXTRACTION, HUMIC ACIDS CONCENTRATION AND POWER DRAW MEASUREMENTS ON OIL SAND SLURRIES.  INTERNATIONAL JOURNAL OF MINERAL PROCESSING.  126:126-135. 2014