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Estimation of the anisotropy using CSRMT data in the transition zone of electric dipole. / Shlykov, A.; Agrahari, S.; Antaschuk, K.; Saraev, A.; Simakov, A.

Abstract, 24th EM Induction Workshop, Helsingør, Denmark, August 12-19, 2018 . 2018.

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › Research › peer-review

Harvard

Shlykov, A, Agrahari, S, Antaschuk, K, Saraev, A & Simakov, A 2018, Estimation of the anisotropy using CSRMT data in the transition zone of electric dipole. in Abstract, 24th EM Induction Workshop, Helsingør, Denmark, August 12-19, 2018 . 24th EM Induction Workshop, Helsingør, Denmark, August 12-19, 2018, At Helsingør, Denmark, Helsingør, Denmark, 12/08/18.

APA

Shlykov, A., Agrahari, S., Antaschuk, K., Saraev, A., & Simakov, A. (2018). Estimation of the anisotropy using CSRMT data in the transition zone of electric dipole. In Abstract, 24th EM Induction Workshop, Helsingør, Denmark, August 12-19, 2018

Vancouver

Shlykov A, Agrahari S, Antaschuk K, Saraev A, Simakov A. Estimation of the anisotropy using CSRMT data in the transition zone of electric dipole. In Abstract, 24th EM Induction Workshop, Helsingør, Denmark, August 12-19, 2018 . 2018

Author

Shlykov, A. ; Agrahari, S. ; Antaschuk, K. ; Saraev, A. ; Simakov, A. / Estimation of the anisotropy using CSRMT data in the transition zone of electric dipole. Abstract, 24th EM Induction Workshop, Helsingør, Denmark, August 12-19, 2018 . 2018.

BibTeX

@inproceedings{22e94290bf6c4cf4a08f4b237f9d95b9,
title = "Estimation of the anisotropy using CSRMT data in the transition zone of electric dipole",
abstract = "The present work focuses on the estimation of anisotropy and its influence on the interpretation. Anisotropy of the subsurface is estimated using the transition zone measurements of Controlled-Source Radiomagnetotellurics (CSRMT) field measurements. In addition, the electrical resistivity measurements were also conducted The CSRMT results are compared with the electrical resistivity tomography data. The results of our anisotropic inversions are in good agreement with the existing theory. This has been verified by ubstituting the resistivity values, obtained from the electromagnetic and direct current inversion, in the theoretical equations. Results of anisotropic inversions are well correlated with the borehole data, well logging data and a priori information about the geology of the study area. ",
keywords = "Anisotropy, Controlled-source radiomagnetotellurics, Transition zone, Horizontal electric dipole",
author = "A. Shlykov and S. Agrahari and K. Antaschuk and A. Saraev and A. Simakov",
year = "2018",
language = "English",
booktitle = "Abstract, 24th EM Induction Workshop, Helsing{\o}r, Denmark, August 12-19, 2018",
note = " 24th EM Induction Workshop, Helsing{\o}r, Denmark, August 12-19, 2018, At Helsing{\o}r, Denmark ; Conference date: 12-08-2018 Through 19-08-2018",

}

RIS

TY - GEN

T1 - Estimation of the anisotropy using CSRMT data in the transition zone of electric dipole

AU - Shlykov, A.

AU - Agrahari, S.

AU - Antaschuk, K.

AU - Saraev, A.

AU - Simakov, A.

PY - 2018

Y1 - 2018

N2 - The present work focuses on the estimation of anisotropy and its influence on the interpretation. Anisotropy of the subsurface is estimated using the transition zone measurements of Controlled-Source Radiomagnetotellurics (CSRMT) field measurements. In addition, the electrical resistivity measurements were also conducted The CSRMT results are compared with the electrical resistivity tomography data. The results of our anisotropic inversions are in good agreement with the existing theory. This has been verified by ubstituting the resistivity values, obtained from the electromagnetic and direct current inversion, in the theoretical equations. Results of anisotropic inversions are well correlated with the borehole data, well logging data and a priori information about the geology of the study area.

AB - The present work focuses on the estimation of anisotropy and its influence on the interpretation. Anisotropy of the subsurface is estimated using the transition zone measurements of Controlled-Source Radiomagnetotellurics (CSRMT) field measurements. In addition, the electrical resistivity measurements were also conducted The CSRMT results are compared with the electrical resistivity tomography data. The results of our anisotropic inversions are in good agreement with the existing theory. This has been verified by ubstituting the resistivity values, obtained from the electromagnetic and direct current inversion, in the theoretical equations. Results of anisotropic inversions are well correlated with the borehole data, well logging data and a priori information about the geology of the study area.

KW - Anisotropy

KW - Controlled-source radiomagnetotellurics

KW - Transition zone

KW - Horizontal electric dipole

M3 - Conference contribution

BT - Abstract, 24th EM Induction Workshop, Helsingør, Denmark, August 12-19, 2018

T2 - 24th EM Induction Workshop, Helsingør, Denmark, August 12-19, 2018, At Helsingør, Denmark

Y2 - 12 August 2018 through 19 August 2018

ER -

ID: 35954401