The study of the spin-orbit and inner dynamics of the Moon: Lunar mission applicationsIn view of the forthcoming
Lunar mission SELENE (Japan) with geodetic experiments on board
The study of the spin-orbit and inner dynamics of the Moon: Lunar mission applicationsIn view of the forthcoming
Lunar mission SELENE (Japan) with geodetic experiments on board
Multi-parametric analysis of the lunar internal structure based on space data is moving 45 km above the
lunar surface which is lower than in any of previous
missions. This fact alongside
Lunar free core nutation detection opens new tasks for the lunar laser ranging and future space missions-precision theoretical description of
lunar rotation ensures the reliability of navigational maneuvers in the near
Analysis of data of "clementine" and "kAGUYA" missions and "uLCN" and "kSC-1162" catalogues missions was carried out. The
lunar macrorelief models were made on basis of the software package ASNI USTU
Multi-parametric analysis of the lunar internal structure based on space data is moving 45 km above the
lunar surface which is lower than in any of previous
missions. This fact alongside
The method of moonquakes selenophysical parameters analysis reflection on “Apollo”
mission stations. Based on simulation of tidal
lunar parameters which have been
Project "The Moon - 2012+": Spin-orbital evolution, geophysics and selenodesy of the Moon lunar annual book; and (b) analysis of the spin-orbital evolution of the early Moon, an estimation