Nauka innov. 2014, 10(6):5-15

S.A. Matviyenko
M.K. Yangel State Design Office «Pivdenne», Dnipropetrovsk


Conceptual Design of Geophysical Microsatellite

Section: Scientific Basis of Innovation Activity
Language: Russian
Abstract: The article covers the issue of Earth gravitational field (EGF) parameters measurement from space. The radiophysical method of measurement of gravitational frequency shift of electromagnetic radiation using existent GNSS and its two variants are developed by the author. The designlayout drawing of geophysical microsatellite, which implements the radiophysical method of EGF measurement and provides Earth plasmasphere and magnetosphere monitoring, is offered.
Key words: earth gravitational field, radiophysical method, GNSS.

Full Text (PDF)

1. Bureau for Foreign Scientific and Technical Information. The Science and the Life, 1, 81 (1977) (in Russian).
2. Diakonov, V.P. (2002). From the Theory to the Practice. Moscow: SOLON-R (in Russian).
3. Matviyenko, S.A. and Androsov, M.A.: Spacecraft. Patent of Ukraine a2013 09575. MPK B64G 1/34, 1/44. M.K. Yangel Pivdenne Design Office, State-Owned Enterprise. Application filed on 31.07.2013 (in Russian).
4. Matviyenko, S.A., Prokopov, A.V., Romanko, V.N., and Kopyl, V.K.: On the Ways to Determine Local Values of Electronic Concentration of Ionosphere and Earth’s Magnetic Field with the Help of GNSS Measurements on Small Basis. Collection of Reports of the 8th International Conference on Metrology and Measurement Equipment (Metrology 2010), 1, 189-191 (2010) (in Russian).
5. Matviyenko, S.A.: Copyright Certificate no. 42468 Radio physical Method for Measuring the Parameters of Earth’s Gravitational Field.
6. Makarov, A.L., Matviyenko, S.A., Meleshko, A.V., and Androsov, M.A.: Method for Determining the Gravitational Field Parameters. Patent of Ukraine 83239. MPK G01V7/00. M.K. Yangel Pivdenne Design Office, State- Owned Enterprise. Bulletin, 12 (2008) (in Ukrainian).
7. Matviyenko, S.A.: Satellite Radionavigation System. Patent of Ukraine 84704. MPK G01S5/14. M.K. Yangel Pi vdenne Design Office, State-Owned Enterprise. Bulletin, 22 (2008) (in Ukrainian).
8. Matviyenko, S.A.: Satellite Radionavigation System. Patent of Ukraine 90960. MPK G01S5/14. M.K. Yangel Pivdenne Design Office, State-Owned Enterprise. Bulletin, 11 (2010) (in Ukrainian).
9. Matviyenko, A.P., Matviyenko, S.A., and Meleshko, A.V.: Radiophysical Gravimeter. Patent of Ukraine 90961. MPK G 01V7/00. M.K. Yangel Pivdenne Design Office, State-Owned Enterprise. Bulletin, 10 (2010) (in Ukrainian).
10. Matviyenko, S.A., Romanko, V.M., and Romanko, O.V.: Method for Determination of Geodesic Parameters and Device for Its Implementation. Patent of Ukraine 98358. MPK G 01 V 7/14. M.K. Yangel Pivdenne Design Office, State-Owned Enterprise. Bulletin, 9 (2012) (in Ukrainian).
11. Pererva, V.M., et al.: Some Aspects of Mechanism of Formation of Useful Signal in Optical Field of Landscapes over Hydrocarbon Deposits. Space Science and Techniques, 8, 2/3, 187 (2002) (in Russian).
12. Calonico, D., Cina, A., Bendea, I.H., Levi, F., et al.: Gravitational Redshift at INRIM. Metrologia, 44, 44-48 (2007).
13. Koop, R. and Rummel, R. (2007). The Future of Satellite Gravimetry: Report from the Workshop on The Future of Satellite Gravimetry. ESTEC, Noordwijk, The Nether lands.
14. Reigber, Ch., Luehr, H., and Schwintzer, P.: CHAMP Mission Status. Advances in Space Research, 30, 2, 129-134 (2002).
15. Schiller, S.: Einstein Gravity Explorer – a Class-M Fundamental Physics Mission Proposal for Cosmic Vision 20152025. Experimental Astronomy, 23, 573 (2009).
16. Zhu, S., Reigber, C., and Konig R.: Integrated Adjustment of CHAMP, GRACE, and GPS Data. J. of Geodesy, 78, 1-2, 103-108 (2004).