Registration Number
0222U003725,
0121U110606
, R & D reports
Title
Development of an interactive web portal for the presentation of research results of the program
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Head
Tulchynskyi Vadym Н., Доктор фізико-математичних наук
Registration Date
25-05-2022
Organization
V.M. Glushkov Institute of Cybernetics of National Academy of Sciences of Ukraine
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SR report: 41 p., 13 fig/, 0 tabl/, 49 s.
CLOUD TECHNOLOGIES, GEOLOGICAL MODELING, GEOPHYSICAL EXPLORATION, LITHOSPHERE MODEL
The project purpose is meeting the needs of the national economy in mineral resources, including validation of priority work areas, contribution to the growth of mining the raw materials, increasing internal production of mineral resources, improving the structure and efficiency of mineral resource production in Ukraine.
Project objectives are: generalizing the experience of the implementation and use of the developed information system for efficient processing, numerical modeling and generalization by machine learning of large geophysical data, primarily, the seismic exploration data of deep lithosphere structures aiming the research and study of mineral deposits; creation of an interactive web portal to present the research results including the results of the information system application for development, selection and validation of the methods for identification and evaluation of prospective deep gas-bearing objects of Ukraine by surface probing, assessing their accuracy and misinterpretation risks by numeric experiments.
The project main results are :
1) The developed cloud geophysicist workseat was used for implementation of the TESZ Research Project of NAS of Ukraine including digitization of the hodograph images along Geotraverse VI, building the geological-geophysical model, full-wave modeling, download and comparison of the synthetic and field data.
2) Web portal of the TESZ Research Project of NAS of Ukraine has been developed: https://geopoisk.com/tesz-project/.
3) A stable method for estimating the phase velocities of S1 and S2 waves in weakly anisotropic media based on the phase velocities of qP waves has been developed. It uses the Christoffel matrix transformation into a special coordinate system and the perturbation theory results.
4) This approach can be generalized for media that are not weakly anisotropic.
Product Description
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Bilodid Oksana O
Vdovichenko Ruslan Yu
Golovinskiy Andriy L
Kolomiyec Oleksandr V
Lavrenuk Sergiy I
Nazarenko Yevgen V
Roganov Vycheslav Yu
Tulchinsky Vadym H
Tulchinsky Petro H
Halimendik Valeriy V
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2022-05-25
