Is the Kaidun Meteorite a Sample from Phobos?High-Precision Ephemerides of Planets—EPM and Determination of Some Astronomical ConstantsQ53983178Estimation of the Nucleus Size of Comet Shoemaker-Levy 9 under the Assumption of Its Step-by-Step DisintegrationExperimental reconstruction of Lomonosov’s discovery of Venus’s atmosphere with antique refractors during the 2012 transit of VenusOn the bulk density of the M-type asteroid 16 PsycheSome specific features of light curves of (39) Laetitia, (87) Sylvia, (90) Antiopa, and 2006 VV2 asteroidsPhobos sample return mission: Scientific substantiationPhobos-Grunt project: Devices for scientific studiesThe miniaturized Möessbauer spectrometer MIMOS II for the Phobos-Grunt missionMorphology and geological structure of the western part of the Olympus Mons volcano on Mars from the analysis of the Mars Express HRSC imageryStructure of the South Pole-Aitken lunar basinAerosol plume after the Chelyabinsk bolideUpdated IAA RAS planetary ephemerides-EPM2011 and their use in scientific researchSpectral studies of comet C/2001 Q4 (NEAT)Erratum to: “Exoplanet discoveries with the CoRoT space observatory”Exoplanet discoveries with the CoRoT space observatoryPLASMA-F experiment: Three years of on-orbit operationThe Dust Ejection Induced by a Meteoroid Impact as a Possible Initiator of Dust Devils on Mars: Laboratory Experiment and Numerical SimulationAn 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 methodOn the abundances of carbon dioxide isotopologues in the atmospheres of mars and earthQ58061599Q58061605Q58061625The effect of solar activity on the evolution of solar wind parameters during the rise of the 24th cycleThe TESIS experiment on the CORONAS-PHOTON spacecraftOn the processing and analysis of the data of the CORONAS-F/SPIRIT and other solar experimentsAn annular eclipse on May 31, 2003, observed in extreme ultravioletLong-lived hot coronal structures observed with CORONAS-F/SPIRIT in the Mg XII lineMain Results of the SPIRIT Experiment Onboard the CORONAS-F SatelliteManifestations of Coronal Mass Ejections in the EUV Range from Data of the CORONAS-F/SPIRIT TelescopeObservations of Solar EUV Radiation with the CORONAS-F/SPIRIT and SOHO/EIT InstrumentsAstrometric results of observations at Russian observatories of mutual occultations and eclipses of Jupiter’s Galilean satellites in 2009The phase ratios of the color index: Mapping of two regions of the near side of the MoonThe negative polarization parameters of the light scattered by the lunar surface: MappingPhotometric function variations observed on the near side of the Moon: MappingThe north-south asymmetry of polarization of Jupiter: The causes of seasonal variationsThe phase dependence of brightness and color of the lunar surface: a study based on integral photometric dataParameters of the positive polarization maximum of the Moon: MappingParameters of the positive polarization maximum of the Moon: mapping
P1433
Q29039504-FCFFC795-9EB1-4B29-8292-6A3B9F5C9C3BQ29396624-AF223480-DA98-4E49-AE64-F074CAD1124AQ53983178-E8E2597B-045C-4FF8-8284-8F175C3A8708Q54279260-6BE2E2B3-19E1-43EC-8609-8173467F5A5FQ55879462-2CA5B455-CFCF-46CD-8806-3FE8D7677ADAQ56082917-EA4233D2-340C-4C14-9D3D-4ED8D2050F6BQ56429252-60FD7C01-BF00-4817-A985-CBA5C5E2744EQ56503497-F3684895-B2B5-4743-8E04-0D3D290539A2Q56503498-81183A5F-E9B1-4B50-870A-49EEFBF990E7Q56503499-D8B007B0-6116-4BBA-9F75-6311EC45F2A9Q56504448-98555040-C6F9-4F39-A5F9-FE3B31259585Q56547612-7D37058B-EFBA-482E-8D66-2B3863DA296FQ56610665-25D61B85-E51C-4216-ABEE-2CA1F34C5B79Q56639072-184C5F6A-607E-4B24-85B4-909ACA9DC658Q57073283-2A57E8AF-02A1-44BA-B748-081835993465Q57594419-BC95576E-228D-4754-BA34-9F7E4614F340Q57594428-D5BB5048-D6BD-4937-B599-C4AA65C707F5Q57655338-845CD751-B40A-4C48-A700-237EE2EF0EFFQ57868478-97752995-FC01-42FC-9C42-A8504079964BQ58061558-8CC5F50F-282F-4757-B1A8-1B2D9C6EB343Q58061560-70579871-0337-4033-A802-59887C6444EEQ58061599-5DC5684B-63AA-484D-AABA-596D2F48E0F0Q58061605-C9C76B4A-821C-4DB1-861F-17D48819DA18Q58061625-F57B6E29-7451-4719-9E56-B96D059F003FQ58228737-E08AC47B-E509-4D0D-910A-1D4249AAD8BBQ58228761-6C536606-8321-45E7-AFFB-CCFFD055C46AQ58228768-8B16871C-9E33-417B-98B1-2EC8BCE92EECQ58228780-DC761E93-60D7-4E11-AB6B-731BE91A1DD0Q58228783-882BA16E-9BEA-4540-A4D9-5D9FFCE2F460Q58228798-E5E7935B-E096-4CEB-B4A8-F5DF3645D6B5Q58228802-2119FA1F-9853-4F72-9B01-C60ACAA173ADQ58228806-CA79BE6D-B9AE-42BC-A227-63F485BCEC41Q58413680-E37A7CB3-10A7-4A8F-B2CF-E12B9406CD57Q58413706-49E979EA-1A9A-41A8-AF13-FC34F40E3328Q58413728-12E309C8-8E32-421E-B63A-FA838201A5EBQ58413731-3E8BB19E-4172-498F-8054-00BE1C1C3505Q58413740-EFA809E0-1DDB-44E9-B18C-CC9D56950F98Q58413749-D0642192-95D0-49C7-9C0D-3A2757279AD1Q58413772-15B207B2-26AF-41B4-8B24-F7F73AC582C3Q58413780-18B2551A-89D5-43FC-8544-7C65CDEE14BA
P1433
description
Journal
@de
journal
@en
journal
@fr
periodiek van uitgeverij Springer Science+Business Media
@nl
журнал РАН
@ru
name
Solar System Research
@en
Solar System Research
@nl
Астрономический вестник
@ru
type
label
Solar System Research
@en
Solar System Research
@nl
Астрономический вестник
@ru
prefLabel
Solar System Research
@en
Solar System Research
@nl
Астрономический вестник
@ru
P3181
P1156
P1277
P1476
Solar System Research
@und
Астрономический вестник
@ru
P236
P31
P3181
P571
1967-01-01T00:00:00Z