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BENEFICIATION OF DIAMOND-BEARING ORES
ArticleName
X-ray graphical diamond separation
ArticleAuthors
Belotserkovskiy S. R., Yakovlev V. N.
ArticleAuthorsData

S. R. Belotserkovskiy, Deputy General Engineer, e-mail: removich@rambler.ru, “Almazavtomatika”; V. N. Yakovlev, Head of Laboratory, e-mail: v_yakovlev@yna.alrosa-mir.ru, “Yakutniproalmaz” Institute.

Abstract
The characteristics of adsorption of X-ray emission of diamond, its simulator devices and accompanying minerals using different X-ray graphical devices have been investigated. Efficiency of usage of the method of direct X-ray adsorptions for diamond beneficiation irrespectively from its X-ray fluorescence properties has been proved.
keywords
Diamond-bearing kimberlite, separator, X-ray fluorescence, X-ray adsorption separation, X-ray graphical separation, bioenergetic method.
References

1. Rentgenotekhnika : spravochnik v 2-kh knigakh (X-ray engineering. Reference in two books). Ed. V. V. Klyueva. 2 ed., revised edition. Moscow, 1992.

2. Kristallograficheskaya i kristallokhimicheskaya baza dannykh dlya mineralov i ikh strukturnykh analogov (Crystallographic and crystal-chemical data base for minerals and its structural analog). Institut eksperimentalnoy mineralogii RAN (Institute of experimental mineralogy, Russian Academy of Sciences).

3. Patent 2257639 RF RU S2. Rentgenograficheskaya ustanovka skaniruyushchego tipa (X-ray-graphical device of scanning type). S. E. Baru, V. R. Groshev, V. V. Leonov, V. V. Porosev, G. A. Savinov. 2003.

4. Commodas Mining GmbH X-ray transmission sensors. ‘X-Tract’ separation based on atomic density.

5. Steinert Elektromagnetbau GmbH. X-Ray Sorting System XSS.

Language of full-text
russian
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