Submit an Article
Become a reviewer
Vol 200
Pages:
99-103
Download volume:
RUS
Article

Application of GPR-technologies for the development of diamond fields permafrost

Authors:
L. L. Fedorova1
A. V. Omelyanenko2
About authors
  • 1 — Ph.D. senior research assistant Mining Institute of the North of the Russian Academy of Science, Siberian subdivision
  • 2 — Ph.D., Dr.Sci. head of laboratory Mining Institute of the North of the Russian Academy of Science, Siberian subdivision
Date submitted:
2012-07-03
Date accepted:
2012-09-01
Date published:
2013-04-16

Abstract

In recent years, the complex of geophysical methods used in solving a wide range of tasks associated with the study of the upper part of the geological section, are increasingly attracted to the method of GPR. The advantages of GPR method are high efficiency and resolution, both in terms of, and in the sequence, the ability to work under any conditions. This paper is presented a methodical working out for perfection GPR technology to study the geological structure of the inhomogeneities of the array of frozen rocks. Application of the developed technology allows to map the spatial distribution of permafrost and placer deposits is possible to optimize the amount of geological sampling and technology of deposits by selective extraction of the productive sands.

Область исследования:
(Archived) Application of the modern electric exploratory technologies in prospecting of mineral deposits
Keywords:
frozen rocks gravel deposits georadar
Go to volume 200

References

  1. Omelyanenko A.V., Fedorova L.L. Georadar study of permafrost. Yakutsk: YSC SB of the RAS, 2006. 136 p.
  2. Simeikyn N.P., Pomozov V.V., Dudnik A.V. Development georadars named after «OKO» // Questions of subsurface radiolocation / Ed. A.Y.Grinyov. Mosсow: Radio, 2005. P.231-235.

Similar articles

The effect of integration robust regression analysis with inversion of transients for median gradient method at study of diatremes on Anabar shield
2013 Yu. A. Davydenko, A. Yu. Davydenko, I. S. Kupriyanov, P. A. Popkov, S. V. Sleptsov, I. Yu. Pesterev, S. V. Yakovlev
Anisotropy investigations with azimuthal self potential measurements
2013 V. A. Shevnin, S. A. Erokhin, A. M. Pavlova
Difference in galvanic and inductive methods' results, new examples for DIP and BIEP
2013 V. A. Shevnin, A. A. Bobachev, I. N. Modin, T. V. Yalov
Hydrocarbon systems of Siberian platform
2013 V. B. Archegov
The particularities of flow simulation in fractured carbonate reservoirs of Yuribcheno-Tahomskaya oil and gas bearing area
2013 A. V. Petukhov, I. E. Dolgii, A. V. Kozlov, A. A. Petukhov
Experience of the complex application оf geophysical and geoelectrochemical methods for the prediction and prospecting оf mineral deposits
2013 S. G. Alekseev, S. A. Veshev, N. A. Voroshilov