Submit an Article
Become a reviewer
Vol 186
Pages:
188-190
Download volume:
RUS
Article

The unit for gravity concentration of fine particles

Authors:
Ya. V. Kuskova
About authors
  • Student Saint Petersburg State Mining Institute (Technical University)
Date submitted:
2009-08-29
Date accepted:
2009-10-30
Date published:
2010-04-22

Abstract

It was made new modification of device for allows increasing recovery, to increase productivity and to lower size of concentrated particles. The device has a deck executed as a circle, which divides into two sectors; each sector has circular rifles with progressively growing height from the centre to periphery of a deck. The table is equipped with the high-frequency step-by-step engine ensuring continuous rotation of a table and submission counter impulses for shear of particles in a direction, opposite to rotation of a table. The quantity of angle sectors can be various. Testing of prototype of a table has confirmed an opportunity of increase of recovery, decrease size of extracted dense minerals and increase of throughput.

Область исследования:
Metallurgy
Keywords:
gravity concentration new modification of device round shaking table
Go to volume 186

References

  1. Verkhoturov M.V. Gravity concentration: Course for high school. Moscow: MAKS Press, 2006. 352 p.
  2. Tickhotov O.N., Gladcov S.A., Tarasova T.V. Vibratoryflocculus recovery fine particles from alluvial deposit // Non-ferrous metallurgy, 1991. № 6. P.10-15. 3. Fomenko T.G. Gravity concentration of ores: School-book for students of high school. Moscow: Nedra,
  3. 332 р.

Similar articles

Calculation of material streams of the pirometallurgical cycle of processing of copper sulphidic raw materials
2010 N. V. Danilova
Advance of the metallurgical limestone shaft kilning process control system
2010 N. I. Koteleva
Mathematical model of impact energy pulse changes in «rock drill – rod – rock» system of rotary-percussion drill rigs
2010 S. A. Resheten
Control system for waste treatment of metallurgical works with use of membrane methods
2010 R. D. Pavlov
Spacing of lattice in labradorite and interference model of iridescent
2010 A. P. Simakov
Precipitation of alumina liquor inclusive potassium
2010 V. V. Radko