Submit an Article
Become a reviewer
Vol 176
Pages:
177-182
Download volume:
RUS
Article

Quantitative analysis of hydrogeochemical laws on the basis of multidimensional classification G-method

Authors:
A. I. Gavrishin1
A. Koradini2
About authors
  • 1 — South-Russian State Technical University
  • 2 — Institute of Astrophysics
Date submitted:
2007-09-07
Date accepted:
2007-11-21
Date published:
2008-10-06

Abstract

Multivariate classification methods are important for the ivestigation of life, enviromenment and sosiety. The classification procedure referred to as the G-mode was epplied to isolate hydrochemical homogeneons taxons in space and compare them. Two geochemical tendencys predicted in forming of grounwater chemical composition of the Donbass region of direct and reverse hydrochemical zonaliti. The groundwater change chemical composition from HCO-3 - Ca2+ low salinity to Cl- - Na+ higt salinity on first tendency and to HCO-3 - Cl- - Na+ low mineralized sodawater on second tendency. Origin of soda-water cause processes of evaporation and condensation of water in of СН-rich gas fhase.

Область исследования:
(Archived) Problems of hydrogeological and engineering-geological conditions assessment in the development of territories
Funding:

None

Go to volume 176

Similar articles

Engineering geology and problems of disturbed land reclamation
2008 I. P. Ivanov, T. N. Nikolaeva, G. B. Pospekhov
Spectrophotometric analysis of fine-grained fraction of red-colored strata
2008 A. G. Bogatyreva
Hydrogeological monitoring on the landslide slope site in Sochi
2008 Yu. A. Norvatov, I. B. Petrova, V. V. Nazima, I. V. Tugarov
Geochemistry of submarine ore-forming hydrotherms of the North Atlantic according to the data of remote observations and sampling from underwater manned vehicles
2008 S. M. Andreeva, M. V. Krivitskaya, D. V. Kaminskiy
Hydrocarbon monitoring of bottom sediments of Pechora Bay (assessment of consequences of Usinsk oil spill)
2008 A. V. Kursheva, I. V. Litvinenko
Analysis of causes of deformations of Kazan Cathedral and organization of object monitoring
2008 A. V. Shidlovskaya