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Research into classification by hydrocyclones with special consideration to sorting effects.
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Abstract
- The classification and concentration performance of a hydrocyclone has been investigated for an artificial two-component mixture of quartz and ferrosilicon. Effective control of the three main variables, cone-angle, ratio of nozzle diameters and solid concentration, resulted in a 96% pure ferrosilicon product in the underflow. Finely ground lead-zinc and tantalum-tin ores were also investigated. A flat bottom hydrocyclone was most efficient in the preconcentration of ore slurries.<br />The classification and concentration performance of a hydrocyclone has been investigated for an artificial two-component mixture of quartz and ferrosilicon. Effective control of the three main variables, cone-angle, ratio of nozzle diameters and solid concentration, resulted in a 96% pure ferrosilicon product in the underflow. Finely ground lead-zinc and tantalum-tin ores were also investigated. A flat bottom hydrocyclone was most efficient in the preconcentration of ore slurries.
Details
- Database :
- OAIster
- Notes :
- und
- Publication Type :
- Electronic Resource
- Accession number :
- edsoai.on1309148919
- Document Type :
- Electronic Resource