| 期 |
标题 |
文件 |
| 卷 52, 编号 2 (2018) |
“Horseshoe” Structures in the Debris Disks of Planet-Hosting Binary Stars |
|
|
Demidova T.
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| 卷 53, 编号 6 (2019) |
Rényi Thermodynamics as a Mandatory Basis to Model the Evolution of a Protoplanetary Gas−Dust Disk with a Fractal Structure |
|
|
Kolesnichenko A., Marov M.
|
| 卷 53, 编号 7 (2019) |
Venera-D Mission Scenario and Trajectory |
|
|
Eismont N., Zasova L., Simonov A., Kovalenko I., Gorinov D., Abbakumov A., Bober S.
|
| 卷 53, 编号 7 (2019) |
Venera-D: A Design of an Automatic Space Station for Venus Exploration |
|
|
Zasova L., Gorinov D., Eismont N., Kovalenko I., Abbakumov A., Bober S.
|
| 卷 51, 编号 7 (2017) |
A Method for Estimating the Direction of Gravitational Acceleration in the Active Phase of a Spacecraft Landing on the Martian Surface |
|
|
Likhachev V., Fedotov V.
|
| 卷 52, 编号 4 (2018) |
A Method for the Construction of a Restricted Motion in an Arbitrary Central Field |
|
|
Vashkov’yak M.
|
| 卷 51, 编号 3 (2017) |
A model of possible variations of the galactic cosmic ray intensity over the recent billion years |
|
|
Alexeev V.
|
| 卷 50, 编号 7 (2016) |
A new generation of spacecraft pyroautomatic systems as a result of a successful cooperation |
|
|
Kotomin A., Dushenok S., Demyanenko D., Efanov V., Gorovtsov V.
|
| 卷 52, 编号 2 (2018) |
A Nonequilibrium Figure of Saturn’s Satellite Iapetus and the Origin of the Equatorial Ridge on Its Surface |
|
|
Kondratyev B.
|
| 卷 52, 编号 7 (2018) |
A Numerical Study of the Force Effects of Solar Radiation on Spacecraft Surfaces Considering their Real Geometry |
|
|
Shmatov S.
|
| 卷 50, 编号 2 (2016) |
A photometric and dynamic study of comet C/2013 A1 (Siding Spring) from observations at a heliocentric distance of ~4.1 AU |
|
|
Andrienko Y., Golovin A., Ivanova A., Reshetnik V., Kolesnik S., Borisenko S.
|
| 卷 53, 编号 3 (2019) |
A Search for Periodicities in F10.7 Solar Radio Flux Data |
|
|
Roy S., Prasad A., Panja S., Ghosh K., Patra S.
|
| 卷 53, 编号 1 (2019) |
A Search for the Secular Resonances in the Dynamics of the Numbered Asteroids Passing through the Earth’s Gravity Sphere in the Nearest 200 Years |
|
|
Letner O., Galushina T.
|
| 卷 53, 编号 2 (2019) |
A Semianalytical Method for Constructing Nearly Equatorial Orbits of Hypothetical Satellites of Asteroids with an Almost Spheroidal Shape |
|
|
Vashkov’yak M.
|
| 卷 51, 编号 6 (2017) |
A Specific Nongravitational Effect in the Asteroid Belt |
|
|
Kazantsev A., Kazantseva L.
|
| 卷 50, 编号 5 (2016) |
A technique for processing of planetary images with heterogeneous characteristics for estimating geodetic parameters of celestial bodies with the example of Ganymede |
|
|
Zubarev A., Nadezhdina I., Brusnikin E., Karachevtseva I., Oberst J.
|
| 卷 52, 编号 3 (2018) |
About Superrotation in Venus |
|
|
Cirilo-Lombardo D., Mayochi M., Minotti F., Vigh C.
|
| 卷 51, 编号 7 (2017) |
Advanced Russian Mission Laplace-P to Study the Planetary System of Jupiter: Scientific Goals, Objectives, Special Features and Mission Profile |
|
|
Martynov M., Merkulov P., Lomakin I., Vyatlev P., Simonov A., Leun E., Barabanov A., Nasyrov A.
|
| 卷 50, 编号 7 (2016) |
Advanced space system for geostationary orbit surveillance |
|
|
Klimenko N., Nazarov A.
|
| 卷 52, 编号 7 (2018) |
Aerial Vehicles Developed at Lavochkin Research and Production Association (On the 80th Anniversary of the Lavochkin Association) |
|
|
Efanov V., Martynov M., Karchaev K.
|
| 卷 51, 编号 7 (2017) |
Air-Breathing Ramjet Electric Propulsion for Controlling Low-Orbit Spacecraft Motion to Compensate for Aerodynamic Drag |
|
|
Erofeev A., Nikiforov A., Popov G., Suvorov M., Syrin S., Khartov S.
|
| 卷 52, 编号 6 (2018) |
Ammonia in Jupiter’s Atmosphere: Spatial and Temporal Variations of the NH3 Absorption Bands at 645 and 787 Nm |
|
|
Teifel’ V., Vdovichenko V., Lysenko P., Karimov A., Kirienko G., Bondarenko N., Filippov V., Kharitonova G., Khozhenets A.
|
| 卷 53, 编号 5 (2019) |
An Analysis of Heavy Tail and Long-Range Correlation of Sunspot and El Nino-Southern Oscillation (ENSO) Cycles |
|
|
Asma Zaffar ., Abbas S., Ansari M.
|
| 卷 50, 编号 5 (2016) |
An improved model of radiative transfer for the NLTE problem in the NIR bands of CO2 and CO molecules in the daytime atmosphere of Mars. 1. Input data and calculation method |
|
|
Ogibalov V., Shved G.
|
| 卷 51, 编号 5 (2017) |
An improved model of radiative transfer for the NLTE problem in the NIR bands of CO2 and CO molecules in the daytime atmosphere of Mars. 2. Population of vibrational states |
|
|
Ogibalov V., Shved G.
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