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DIGITAL MODELING OF MAGNETIC ANOMALIES

Identification

Clé publique

doi:10.5281/zenodo.7778830

Auteurs

E. · A.

Année déclarée

2023

Langue déclarée

en · eng

Type source

Article

Première détection

2026-11-09T19:10:41.152043+00:00

Dernière observation des métadonnées

2026-11-09T19:10:41.152043+00:00

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Non effectuée

Résumé documentaire — langue originale

References: 1. Bulakh E.G., Mikheeva T.L. Direct and inverse problems of magnetometry for a set of horizontally arranged circular cylindrical bodies // Geophysics. –2009. - No. 3. - S. 20–26. (in Rus-sian). 2. Iskandarov E.H. Evaluation of the gravitational influences of the Mesozoic structures of the eastern part of the Midle- Kur basin in a three-dimensional version on the computer. Tesisy of Dokl. VII Rep. scientific-conf. Postgraduate students of Az-na universities, Baku, 1984, vol. I, p.232. (in Russian). 3. Iskandarov E.H. Evaluation of the gravitational influence of the structures of complex regions. Subject. Sat. scientific articles Geof. Research Oil and gas, AGNA, Baku, 1991, p.97-101. (in Russian). 4. Iskandarov E.H. Estimation of the gravitational influence of oil deposits at various depths. Journal Geologist of Azerbaijan, Scientific Bulletin of the Society of Petroleum Geologists of Azerbaijan, No. 10, Baku, 2005, pp. 85-88 (in Russian). 5. Iskandarov E.H. Estimation of RTA (Reservoir Type Anomalies) associated with the zones of decompression of rocks. Journal Geologist of Azerbaijan, Scientific Bulletin of the Society of Petroleum Geologists of Azerbaijan, No. 15, Baku, 2011, pp. 96-101 (in Russian). 6. İsgandarov E.H. Digital modeling of the gravity field of the Muradkhanly uplift. Austral-ian Journal of Education and Science. Avstraliya. Sidney universitetı. 2018 il, 9 səh. 7. İsgаndаrov E., Seyidov V. Digital modeling of analytical continuation of gravitational field. German İnternational Jornal of Modern Science, EARTH SCIENCES, № 29, 2022, pp.11-14. ISSN 2701-8377. 8. Korchagin I.M., Yakymchuk N.A., Micheeva T.L. et al. Gravity and magnetic modeling of anomalous sources with complex configuration. Geophysics in the Baltic region // Problems and prospects for the new millennium (Int. conf., Sept. 26–30, 2000). Tallinn, Estonia, 2000. P. 83–84. 9. Salmanov A.M., Yusifov K.M. On the prospects for oil and gas potential of the north-eastern side of the Yevlakh-Agdzhabedy trough. Journal «SOCAR Proceedings», No. 2, Baku, 2013, pp. 6-12 (in Russian). Abstract The article is devoted to numerical modeling of magnetic anomalies, the solution of which plays an important role in the geological interpretation of the observed anomalies in magnetometry. The object of study is the Zardab uplift, in the section of which Mesozoic volcanic-sedimentary deposits take part, which are well displayed in a magnetic field. Using modern graphical tools such as SURFER and the software developed at the Department of Geophysics for processing and interpreting gravimetric and magnetic anomalies, 2D and 3D maps of the surface of Mesozoic deposits, maps of the local magnetic field of the Zardab area were calculated and built, which gives the most complete spatial and areal representation of nature magnetic and gravitational anomalies

Identifiants

DOI

10.5281/zenodo.7778830

OPENAIRE

doi_dedup___::59da1ce1ef9fd4e25674813c556dd731

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Article

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Sources

OpenAIRE · Document 1 · Document 2

• DOI · https://doi.org/10.5281/zenodo.7778830
• Document · https://dx.doi.org/10.5281/zenodo.7778830

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