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Web Library Publication Searh | Ðóññêèé |
| Publications |
| Tuchin Denis Andreevich | |
| Email: | |
| ORCID: | 0000-0003-3116-6161 |
| 2025 year |
| 1. |
Authors: Gammal A.S., Title: «Vostok-1» spacecraft flight path reconstruction |
| 2. |
Authors: , , , , Tuchin A.G., Title: Solving the navigation problem by using measurements of X-ray pulsar signals based on data from the «Integral» spacecraft |
| 2022 year |
| 3. |
Authors: Title: The anomalous measurements selection in primary processing for the orbit determination from the «Kobalt-R» ground station trajectory information. |
| 2021 year |
| 4. |
Authors: Golubev Y.F., Grushevskii A.V., Korianov V.V., Tuchin A.G., Title: Rutherford's extended formula and optimization of the gravity assists beam modeling in the Solar system |
| 5. |
Authors: Golubev Y.F., Grushevskii A.V., Korianov V.V., Tuchin A.G., Title: Gravity assists gravitational scattering and the perturbation rings in the Solar system |
| 2019 year |
| 6. |
Authors: Golubev Y. F., Grushevskii A.V., Korianov V. V., Tuchin A. G., Title: The basic property of the Jacobi integral for gravity assists maneuvers in the Solar system |
| 7. |
Authors: Title: Autonomous spacecraft's on-board orbit determination |
| 2018 year |
| 8. |
Authors: Golubev Y. F., Grushevskii A. V., Korianov V. V., Tuchin A. G., Title: Gravity assists near Venus for reaching positions over ecliptic. Resonant asymptotic velocity |
| 10. |
Authors: Golubev Y. F., Grushevskii A. V., Kiseleva I. P., Korianov V. V., Lavrenov S.M., Tuchin A. G., Title: Mission Design for Venusian Projects of the 2021-2028 Years Epoch. Launch Windows |
| 11. |
Authors: Title: The algorithms of navigation satellites signals reception on Board the spacecraft using a correlator |
| 2016 year |
| 12. |
Authors: , Title: Algorithm for determining the analytical model parameters of the navigation satellites motion |
| 13. |
Authors: Golubev Y. F., Grushevskii A. V., Korianov V. V., Tuchin A. G., Title: The synthesis of gravity assist maneuvers sequence of the spacecraft to achieve high inclined orbits over ecliptic |
| 14. |
Authors: Golubev Y. F., Grushevskii A. V., Korianov V. V., Tuchin A. G., Title: Orbit’s inclination change of celestial bodies in the Solar system with using gravity assists maneuvers |
| 2015 year |
| 15. |
Authors: Golubev Y. F., Grushevskii A. V., Korianov V. V., Tuchin A. G., Title: To the high inclined orbit formation with use of gravity assists maneuvers |
| 2014 year |
| 16. |
Authors: Golubev Y. F., Grushevskii A. V., Korianov V. V., Tuchin A. G., Title: Mission design in Jovian system within model restricted four-body problem |
| 2013 year |
| 17. |
Authors: , , Tuchin A. G., , , Yaroshevsky V. S. Title: DISD mathematical model for the soft Lunar landing projects |
| 18. |
Authors: Tuchin A. G., , , , Yaroshevsky V. S. Title: Celestial mechanics interpretation of radio measurements of slant range and radial velocity |
| 2004 year |
| 21. |
Authors: Akim E.L., Title: The ionosperic errors of pseudorange measurements for LEO satellites |
| 2002 year |
| 22. |
Authors: Title: The Pseudorange of GPS Measured on the C/A Code. The Model of Error and Apriori Precision Evaluation of User’s State Vector. |
| 2001 year |
| 23. |
Authors: Akim E.L., Title: The Posteriori Precision Evaluation of the Definition of User's State Vector on Measurements of Pseudorange and Dopler Frequency for GPS Satellite Navigation System. |