A.V. Khizhnyak, O.V. Sedlerova, O.D. Fedorovsky. HYDROPHYSICAL AND GEOLOGICAL PECULIARITIES, METHODS AND MODEL OF AEROSPACE MONITORING

https://doi.org/10.15407/gpimo2019.02.091

A.V. Khizhnyak, O.V. Sedlerova, O.D. Fedorovsky

HYDROPHYSICAL AND GEOLOGICAL PECULIARITIES, METHODS AND MODEL OF AEROSPACE MONITORING FOR THE PURPOSE OF HYDROCARBON DEPOSITS PROSPECTING ON THE SEA SHELF

The article analyzes the hydrophysical and geological features of the detection of temperature and optical anomalies over the deposits of hydrocarbons, the proposed methods and model for aerospace monitoring of the sea shelf in order to find deposits of hydrocarbons. It is established that under the action of hydrocarbon fluids in the aqueous environment, bubbles and internal waves appear on the sea surface due to the appearance of temperature anomalies. The network model of interdisciplinary evaluation of sites for oil and gas prospects, taking into account the relationship between levels and feedback, makes it possible to make decisions more objectively and reliably.

Keywords: hydrophysics, geology, aerospace monitoring, hydrocarbons, sea shelf.

REFERENCES

1.   Akimov E.A. Stanichnyj S.V., Polonskij A.B. Ispol'zovanie dannyh skanera SEVIRI dlya ocenki temperatury poverhnostnogo sloya CHernogo morya. Mor. gidrofiz. zhurn. 2014. № 6. S. 37—46.

2.   Evdoshchuk M.І., Galko T.M., Sedlerova O.V., Volkova O.V., YAkubenko G.M. Perspektivi naftogazonosnostі ukrains'kogo sektora Azovs'kogo morya za kompleksnoyu ocіnkoyu danih aerokosmіchnih doslіdzhen'. Naftogazova galuz' Ukraini. 2013. № 1. S. 3—8.

3.   Efіmenko T.A., Sedlerova O.V. Geoіndikacіjnі oznaki neotektonіchnih procesіv Azovo-CHornomors'kogo regіonu ta mozhlivostі ih vivchennya distancіjnimi metodami. Problemy geodinamiki i neftegazonosnosti CHernomorsko-Kaspijskogo regiona. Tezisy dokl. V Mezhdunar. konf. «Krym—2003», 8—13 sent. 2003 g. Gurzuf—Sіmferopol', 2003. S. 269—272.
https://doi.org/10.1080/0364650032000143292

4.   Kolodіj V.V., Kolodіj І.V. Flyuidodinamіka shel'fovoi chastini Pіvnіchno-Prichornomors'kogo naftogazonosnogo basejnu. Geolog Ukraini. 2004. № 1. S. 41—44.

5.   Lyal'ko V.I., Fedorovskij A.D., Popov M.A. Ispol'zovanie dannyh sputnikovoj s"emki dlya izucheniya prirodoresursnyh problem. Kosmіchnі doslіdzhennya v Ukrainі 2002— 2004. Kiiv, 2004. S. 7—14.

6.   PATENT № 108696 zareestrovanij 25.05.2015 «Sposіb prognozuvannya pokladіv gazu na mors'komu shel'fі» (V.І. Lyal'ko, O.D. Fedorovs'kij, V.G. YAkimchuk, A.V. Sokolovs'ka, A.І. Vorob'ev) vlasnik patentu DU «Naukovij centr aerokosmіchnih doslіdzhen' Zemlі Іnstitutu geologіchnih nauk NAN Ukraini». zayavl. 25.07.2012; opubl. 25.05.15, Byul. № 16.

7.   Pererva V.M. Kostina T.I. Geoflyuidodinamicheskie struktury litosfery i diapirizm. Dop. NAN Ukraini. 2002. № 2. S. 131—136.

8.   Saati T. Prinyatie reshenij pri zavisimostyah i obratnyh svyazyah: analiticheskie seti. M.: Knizhnyj dom «LIBROKOM», 2009. 360 s.

9.   Sokolovskaya A.V., Fedorovskij A.D. Metodicheskie osnovy distancionnyh aerokosmicheskih issledovanij v prirodopol'zovanii, kak mul'timezhdisciplinarnoe nauchnoe napravlenie (na primere ocenki neftegazoperspektivnosti uchastkov Kaspijskogo shel'fa Turkmenistana). Ukrains'kij zhurnal distancіjnogo zonduvannya Zemlі. 2015. № 4. S. 10—25. URL: https://ujrs.org.ua/ujrs/article/view/39/60.

10. Stankevich S.A., Sedlerova O.V. Іntegracіya distancіjnih ta geologo-geofіzichnih prostorovih danih pri poshuku vuglevodnіv na mors'komu shel'fі. Geoіnformatika. 2007. № 3. S. 77—81.

11. Tovstyuk Z.M., Efіmenko T.A., Sedlerova O.V., Lazarenko І.V., Golovashchuk O.P. Viyavlennya prognoznih ob’ektіv, perspektivnih na pokladi vuglevodnіv, na pіvnіchno-zahіdnomu shel'fі CHornogo morya za danimi kosmogeologіchnih doslіdzhen'. Teoretichnі ta prikladnі aspekti geoіnformatiki. K.: TOV «Karbon-servіs», 2009. S. 186—190.

12. Fedorovskij A.D. Nikiforovich E.I., Prihod'ko N.A. Processy perenosa v sistemah gaz—zhidkost'. K.: Nauk. dumka, 1988. 255 s.

13. Fedorovskij A.D., Nikiforovich E.I., Filimonov V.YU. Termicheskaya struktura granicy razdela vozduh—voda i opticheskie metody ee issledovaniya. Tr. Mezhdunar. konf. «Gidrodinamika i fizicheskie processy v zhidkostyah i v dispersnyh sistemah», 24—26 maya 1983 g., Praga. S. 317—320.

14. Fedorovs'kij O.D., Fіlіmonov V.YU., Pestova І.A., Dugіn S.S., YAkimchuk V.G., Hizhnyak A.V., Suhanov K.YU. Rezul'tati modelyuvannya temperaturnih anomalіj na vodnoi poverhnі doslіdnogo basejnu Іnstituta gіdromekhanіki NAN Ukraini. Ukrains'kij zhurnal distancіjnogo zonduvannya Zemlі. 2018. № 19. S. 40—45. URL: https://ujrs.org.ua/ujrs/article/view/39/60/ 

15. SHnyukov E.F., Orlovskij G.N., Usenko V.P. i dr. Geologiya Azovskogo morya K.: Nauk. dumka, 1974. 247 s.

16. SHnyukov E.F. Starostenko V.I., Kobolev V.P., Korchagin I.N., Kutas R.I., Rusakov O.M. Geologo-geofizicheskie issledovaniya v 59-om rejse NIS «Professor Vodyanickij» v CHernom i Egejskom moryah. Geof. zhurn. 2004. 26, № 4. S. 116—132.

17. Haralick R. M. Statistical and structural approaches to texture. Proc. IEEE. 1979. V. 67. № 5. P. 786.
https://doi.org/10.1109/PROC.1979.11328

18. McAlister E. D. Measurement of total heat flow from the sea surface. Appl. Opt. 1964. №56. P. 188—201.