MODEM 3D new software for the interpretation of IP-affected 3D tem data

M. I. Ivanov; V. A. Kateshov; I. A. Kremer; M. I. Epov

Vol 183

Pages:

242-245

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RUS

Article

MODEM 3D new software for the interpretation of IP-affected 3D tem data

Authors:

M. I. Ivanov¹

V. A. Kateshov²

I. A. Kremer³

M. I. Epov⁴

About authors

1 — Engineer-programmer «RITM-Center»
2 — Ph.D. General director «RITM-Center»
3 — Engineer «RITM-Center»
4 — Ph.D., Dr.Sci. Academician RAS, Director Institute of Oil and Gas Geology and Geophysics of Siberian Branch of Russian Academy of Sciences

Date submitted:

2008-10-26

Date accepted:

2008-12-14

Date published:

2009-12-11

Abstract

MODEM 3D software is presented, which is intended for direct modeling of formation processes of electromagnetic fields created by compound inductance-galvanic type sources (earthed horizontal electrical line) in time domain. Numerical stability of used algorithms is displayed on the example of medium, which contains nonstructural oil pool.

Область исследования:

Geophysics

Keywords:

3D modeling software inhomogeneous conducting medium induced polarization time domain

References

Solution of 3D stationary Problems of DC Electrical Survey / M.I.Ivanov, V.A.Kateshov, I.A.Kremer, and M.V.Urev // Autometriya, 2007, N 2, V.43, pp.22-32.
Solution of 3D-nonstationary TEM Problems / M.I.Ivanov, V.A.Kateshov, I.A.Kremer, and M.V.Urev // Autometriya, 2007, N 2, V.43, pp.33-44.

MODEM 3D new software for the interpretation of IP-affected 3D tem data

Abstract

References

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