Mathematical Analysis Of Fine Vibrating Screen Selectivity Curves (8a8237a1-abc5-467f-859e-092cda2b007c)

Society for Mining, Metallurgy & Exploration
R. K. Mehta
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
14
File Size:
358 KB
Publication Date:
Jan 1, 1992

Abstract

Stirred ball mill feed used for ultra-fine grinding application requires fine size separation step in order to avoid over-grinding. This paper presents the selectivity curves obtained for oil shale and complex sulfide are using 460 mesh (30 micron) Derrick vibrating screen. Interestingly, the selectivity curves generated from the experimental data were monotonic increasing selectivity for oil shale but not monotonic increasing for sulfide ore. These non-monotonic increasing selectivity curves were similar to the mechanical air separator fishhook selectivity curves described by Luckie and Austin. A 2 stage classification in series model describing the fishhook selectivity curve has been used in proposing the classification mechanism for fine vibrating screens when heterogeneous multicomponent sulfide are undergoes size separation.
Citation

APA: R. K. Mehta  (1992)  Mathematical Analysis Of Fine Vibrating Screen Selectivity Curves (8a8237a1-abc5-467f-859e-092cda2b007c)

MLA: R. K. Mehta Mathematical Analysis Of Fine Vibrating Screen Selectivity Curves (8a8237a1-abc5-467f-859e-092cda2b007c). Society for Mining, Metallurgy & Exploration, 1992.

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