Distribution of rare earth elements in ores Elov and Buructal supergene nickel deposits
About authors
- 1 — student Saint Petersburg State Mining University
- 2 — Ph.D. associate professor Saint Petersburg State Mining University
- 3 — Ph.D. associate professor Saint Petersburg State Mining University
- 4 — Ph.D. scientific secretary Saint Petersburg State Mining University
- 5 — post-graduate student Saint Petersburg State Mining University
Abstract
Weathering processes and infiltration metasomatic processes in the weathering crusts hyperbasite arrays have a positive effect on the accumulation of rare earth elements. The content of rare earth elements is steadily increasing bottom-up on the profile of weathering. Metasomatic upper profile characterized by a high content of rare earth elements, which leads to the appearance of rare earth elements phosphate mineral phase – xenotime found in this laterite for the first time. The composition of the rare earth elements in incorporating their metasomatic and minerals demonstrates chondritic distribution.
Область исследования:
Geology
Funding:
None
References
- Balashov Y.A. Geochemistry of rare earth elements. Мoscow, 1976.
- Vershinin A.S. Geology, prospecting and exploration of supergene nickel deposits. Мoscow, 1993.
- Nikitin. K.K. Nickel crust of ultrabasites and methods for their study. Мoscow, 1970.
- McDonough W.F. Constrains of the composition of continental litospheric mantle // EPSL. 1990. Vol.101. N 1. P.1-18.
Similar articles
Two approaches to reception surface nano-structured metals: solid-state hydride synthesis and adsorptive modifying
2012 A. G. Syrkov, L. A. Zhurenkova, V. F. Tufrikova, I. V. Pantyushin
Identification of turn to turn faults in power transformers by means of the amplitude-phase analysis of negative sequence currents
2012 D. I. Ivanchenko, O. B. Shonin
Reconstruction of primary composition of metamorphic rocks of Amurskaya suites (Amurskii superterrane Central Asian orogenic belt)
2012 A. V. Kurguzova
The software for the control of capacitance structures parameters on the basis of electrostatic field power action use
2012 T. R. Akchurin, N. S. Pshchelko, V. V. Buevich