Submit an Article
Become a reviewer
Vol 113
Pages:
127-134
Download volume:
RUS
Article

Experience of application of the contact method of polarization curves at iron ore deposits of Eastern Siberia

Authors:
V. P. Korostin
P. A. Konev
N. A. Siyanov
A. A. Klimenko
Date submitted:
1986-10-23
Date accepted:
1986-12-28
Date published:
1987-11-03

Abstract

Among the geophysical methods used to detect and approximate the extent of iron ore targets, magnetic prospecting is widely used.

Область исследования:
(Archived) Without section
Funding:

None

Go to volume 113

References

  1. Batanov V.M., Korostin V.P., Mikhailov V.E. Experience of application of the KSPK method for mineral composition and scale of magnetite deposits of Northern Kazakhstan. - Proc. VITR, 1979, issue 127. p. p. 18-25. 18-25.
  2. Ryss Yu.S. Prospecting and exploration of ore bodies by contact method of polarization curves. L., Nedra, 1973. 255 p.
  3. Ryss Yu.S. Zones of electrochemical reactions on the surface of non-equipotential ore bodies. - Tr. VITRa, 1976, issue 106, p. 37-45.
  4. Ryss Yu.S., Korostin V.P. Polarization curves for non-equipotential ore formations. - Ibid. p. 25-36.

Similar articles

Seismic modeling of crustal sections of the Baltic Shield
1987 K. A. Kalnin, L. N. Platonenkova
Results of works by the DEEP method at large-scale geological mapping at the stage of operational exploration of polymetallic ore deposits of Central Kazakhstan
1987 S. K. Zaburdin, V. Kh. Zakharov
Geoelectric characterization of the section of southwestern Karelia
1987 N. D. Vasin
Analogies in the analytical description of the attraction field of a rectilinear material segment, a polygonal material plate and volume masses of a polyhedron
1987 G. G. Kravtsov
Comparative analysis of main wave hodographs from the DSS profiles in the southeastern part of the Baltic Shield
1987 N. I. Suvorova
On the possibility of generalization of the method of electrostatic images to problems on fields in regions containing a boundary of arbitrary configuration
1987 K. V. Titov