Notes
References:
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2. Bychkov S.G. Methods for processing and interpreting gravimetric observations in solv-ing problems of oil and gas geology. Ural Branch of the Russian Academy of Sciences, Yekaterin-burg, 2010, 187 pages, UDC: 550.831, ISBN: 978-5-7691-2127-2. (in Russian).
3. Ermohin K.M. Analytical continuation of geophysical fields to the region of anomaly sources using continued fractions // Questions of theory and practice of interpretation of gravita-tional, magnetic and electric fields / IPE RAS. M., 2007. p.109-113. (in Russian).
4. 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 Azerbaijan universities, Baku, 1984, vol. I, p.232. (in Russian).
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7. Iskandarov E.H. Algorithm for estimating the gravitational effects of structures of arbitrary shape. The material of the scientific conference dedicated to the 100th anniversary of Academician H.A. Ahmadov's birth, Baku- 2006 p. 35-36 (in Russian).
8. 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).
9. İsgandarov E.H. Digital modeling of the gravity field of the Muradkhanly uplift. Austral-ian Journal of Education and Science. Avstraliya. Sidney university. 2018 , 9 p.
10. 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.
11. Kerimov I.A. Analytical continuation of potential fields based on the f-approximation. Journal: geology and geophysics of the south of Russia publisher: geofiz. inst. Vladikavkaz N.C. Russian Academy of Sciences, No. 1, Year: 2015, p. 21-34. (in Russian).
12. Kazantsev V.A., Kostitsyn V.I., Shikhov S.A., Analytical continuation of anomalies based on the equivalent replacement of a complex gravitational field // Theory and Practice explora-tion and field geophysics. Perm, Perm University, 2018. p. 171-176 (in Russian).
13. Mironov V.S. "Course" of gravity exploration. L., "Nedra" - 1972, 512 pages (in Rus-sian).
14. Silkin. K.Yu. Geoinformation system Golden Software Surfer 8. Teaching aid for uni-versities. Publishing and Printing Center of Voronezh State University, Surfer.pdf, 2008, p.66 (in Russian).
15. Strakhov V.N. Analytic continuation of potential fields. Gravity exploration: Handbook of geophysics / ed. E.A. Mudretsova, K.E. Veselova. M.: Nedra, 1990, 606 p. (in Russian).
16. Shestakov A.F. On the concept of singular points of analytical continuation of geophys-ical fields and the development of methods for their determination using damping functions. Ural Geophysical Bulletin No. 1(21), 2013, 55 p. (in Russian).
17. Zhdanov M., Xiaojun Liu, Glenn A. Wilson and Le Wan. Potential field migration for rapid imaging of gravity gradiometry data Journal name: Geophysical Prospecting Issue: Vol 59, No 6, November 2011 pp. 1052-1071 DOI: 10.1111/j. 1365 Organizations: 2478.2011.01005.x , Wiley Language: English Info: Article, PDF (2.49Mb)