Infopaket

Comprehensive analysis of geological and geophysical information

ОК. 15

Обов’язкова дисципліна для ОП

Second

2022/2023

2 Semester

4

Basic definitions and procedures of complex analysis Algorithms of direct gravimetry and magnetometry problems and their qualitative interpretation The essence of inverse gravimetry and magnetometry problems and methods of quantitative data interpretation Algorithms of direct electrometry problems and their methodological qualitative interpretation The essence of inverse problems of electrometry and their quantitative interpretation Basic methods of qualitative and quantitative interpretation of seismic data Integrated interpretation of geophysical fields in solving various problems Geographic information systems and technologies for complex analysis and interpretation of geological and geophysical information To be able to interpret qualitatively and quantitatively and describe the results of complex interpretation of physical fields, explain their relationship with geological objects

Full-time form

1. Knowledge of the theoretical foundations of basic geophysical methods. 2. Knowledge of the basics of mathematical analysis, integral and differential calculus, methods of mathematical statistics. 3. Possession of skills in working with a personal computer and modern software

The program of the discipline focuses on the study of the possibilities of applying the analysis and interpretation of data from a complex of field geological and geophysical research to solve applied problems of the industry, as well as modern automated computer systems for modern processing and interpretation of observed data. The approaches to solving direct and inverse geophysical problems, the basic methods of qualitative and quantitative interpretation of information both methodically and by a complex of geophysical methods are considered, which are explained by real examples. The general principles of setting geophysical problems, ways of their realization and efficiency are included in the consideration.

1. Gura K.O., P.I. Grishchuk. Interpretation of magnetic anomalies in an automated mode: Study guide. - Kyiv: VPC "Kyiv University", 2000. - 153 p. http://www.geol.univ.kiev.ua/lib/int_mag_anoms.zip. 2. Bezrodnyi D.A., Gravimetry. Theoretical foundations of gravimetry. http://www.geol.univ.kiev.ua/lib/gravimetriya1.pdf. 3. Vyzhva S.A., Prodaivoda G.T., Kuzmenko P.M. AVO-analysis and inversion of seismic data. - Kyiv, Geological Faculty, Taras Shevchenko National University of Kyiv, 2014. - 262 с. 4. Anikeiev, S.G. Geological interpretation of geophysical data: a workshop / S.G. Anikeiev. - Ivano-Frankivsk: IFNTUOG, 2020. - 75 p. 5. Anikeiev, S.G. Automated systems of complex interpretation of gravimagnetometric materials: laboratory workshop / S.G. Anikeiev: IFNTUOG, 2011. 45 p. 6. Medvedev M.G., Pashchenko I.O. Probability theory and mathematical statistics. Textbook - Kyiv, Lyra, 2008. - 536с.

Lectures and practical classes and independent work of applicants.

Control is carried out according to the module-rating system and includes: practical work (where students must demonstrate the quality of their knowledge and solve tasks using the methods and tools outlined by the teacher) and two written module tests. The final assessment is conducted in the form of a written exam.

Ukrainian