Submit an Article
Become a reviewer
Vol 194
Pages:
138-145
Download volume:
RUS
Article

Application of electromagnetic pulse ultra wide band sounding on stage оf prospecting deposit of the oil shale in Jordan

Authors:
V. B. Boltintsev1
V. N. Ilyakhin2
R. M. Salikhov3
About authors
  • 1 — Ph.D. assistant general manager BJSC SPF «Geodizond»
  • 2 — chief engineer BJSC SPF «Geodizond»
  • 3 — deputy chief engineer for design JSC «Atomenergoproekt»
Date submitted:
2010-12-26
Date accepted:
2011-02-26
Date published:
2011-12-30

Abstract

In the central part of Jordan Kingdom, on block AUG22, on oil shale’s deposit geophysical researches have been executed. The central problems of researches were finding of oil shale’s layer position in block’s surveys between boreholes drilled earlier; differentiation of shale’s on rather «rich» and «poor» differences under the content in them of shale oil. For solving this problems researches by a geophysical method electromagnetic pulse ultra wide band (UWB) sounding were spent. Area of geophysical researches comprised 12 km2. Points of geophysical measurements on block placed in such a manner that the step of researches to a compartment with boreholes would make about 400х400 m.

Область исследования:
(Archived) Application of the modern geophysical technologies for prospecting and exploration of mineral deposits
Keywords:
ultra wide band – UWB method of Wiener – Hope underground radar measurements oil shale
Go to volume 194

References

  1. Bezrodnyj K.P., Boltintsev V.B., Iljahin V.N., Shumkov V.A., Andrianov S.V. Geophysical inspection of inject fastening outside lining a method of electromagnetic pulse ultra wide band // Housing construction. 2010. N 5. P.39-44.
  2. Kudryavtsev V.A. The general geocryology. Moscow, 1978. 464 p.
  3. Saraev D.V., Lunyov I.V., Gafarova L.I., Yusupova T.N., Gusev J.A., Romanov G.V. Method of dielectric spectroscopy in research of a dielectric dispersion of hydrocarbon oil // Structure and dynamics of molecular systems. 2003. Issue 10. Part.2. P.135-138.
  4. Patent N 2144682. The Russian Federation, 7 G 01 S 13/02. A way of radar-tracking sounding of a geological cut / V.B.Boltintsev; the applicant and the owner of the patent V.B.Boltintsev. N 99104111/09; it is declared 01.03.1999; publ. 20.01.2000. Bul. N 2.
  5. Starovojtov A.V., Vladov M.L., Kalashnikov A.J. Application of a georadar-location for finding-out of the reasons of deformation of buildings. Moscow, 2004. P.94-96.
  6. Frolov A.D. Electrical and elastic properties of frozen earth materials. Pushchino, 2005. 607 p

Similar articles

The perspectives of competitive trade forms development of fuel-energy resources
2011 Y. N. Vasilyuev
Geochemical barriers in supergene nickel deposit on the example Buruktal deposit (South Urals)
2011 I. V. Talovina, V. G. Lazarenkov, N. I. Vorontsova, S. O. Ryzhkova, O. P. Mezentseva, A. G. Pilyugin
Reactive power compensation optimization and its optimization in the electrical network complex
2011 Ya. E. Shklyarskii, I. Gonsales Palau
Technology and management of yakutian kimberlitic tubes underquarry deposits mining at difficlult hydrogeological conditions
2011 Vladimir S. Litvinenko, E. I. Boguslavskii, M. N. Andreev
Памяти Анатолия Андреевича Смыслова
2011 Redaktsiya zhurnala
Features of geometrization of concentration heterogeneity in tin lode orebodies
2011 Yu. V. Lir, I. G. Kirjakova, G. A. Kirjakov