Publications from the "Planet Team"
Mercury
A
- Analytical Development of Rigid Mercury Nutation Series, Celestial Mechanics and Dynamics Astronomy
I
- Inertial core-mantle coupling and libration of Mercury
- Information on interior structure of the terrestrial planets from their rotation
S
-
"(SC)RMI: A (S)emi-(C)lassical (R)elativistic (M)otion (I)ntegrator, to model the orbits of space probes around the Earth and other planets
T
- The BepiColombo Laser Altimeter (BELA): concept and baseline design
- Theory of Mercury's spin-orbit motion and analysis of its main librations
- The rotation of the terrestrial planets
- The 3:2 spin-orbit resonant motion of Mercury
Venus
A
- Atmospheric, Ionospheric, Surface, and Radio Wave Propagation Studies with the Venus Express Radio Science Experiment VeRa
Mars
A
- Accurate Mars Express orbit to improve the determination of the mass and ephemeris of the Martian moons
- A European seismic network on Mars with NetLander
- Analytical developments of rigid Mars nutation and tide generating potential series
- Analytical modeling of the Doppler tracking between a lander and a Mars orbiter in term of rotational dynamics
- Assessment of the Martian gravity field at short wavelength with Mars Express
- A top-down origin for martian mantle plumes
C
- Can a solid inner core of Mars be detected from observations of polar motion and nutation of Mars?
- Chandler Wobble and Free Core Nutation for Mars.
- Comparison between the nutations of the planet Mars and the nutations of the Earth.
-
Computation of Mars' transfer function for nutation, tides, and surface loading.
I
- Influence of the winds and of the CO2 mass exchange between the atmosphere and the polar ice caps on Mars' orientation parameters
- nfluence of triaxiality and second-order terms in flattenings on the rotation of terrestrial planets: I. Formalism and rotational normal modes.
- Information on interior structure of the terrestrial planets from their rotation
- Interior structure of terrestrial planets. I. Modeling Mars' mantle and its electromagnetic, geodetic and seismic properties
J
- Joint estimation of Martian C20 and rotation variations from simultaneous geodetic measurements: Numerical simulations of a Network Science Experiment.
L
- Liquid Core for Mars
- Long-term evolution of orbits about a precessing oblate planet: 3. A semianalytical and a purely numerical approaches
M
- Mantle lateral variations and elasto-gravitational deformations - I. Numerical modeling
- Mantle lateral variations and elasto-gravitational deformations - II. Possible effects of a superplume on body tides
- Mars long wavelength gravity field time variations. A new solution from MGS tracking data
- MaRs: Mars Express orbiter radio science Mars nutation resonance due to Free Inner Core Nutation
- Mars rotation variations induced by atmospheric CO2 and winds
- Mars' Time-Variable Gravity and its Determination: Simulated Geodesy Experiments
- Martian global-scale CO2 exchange from time-variable gravity measurements
- Modelling the electrical conductivity of iron-rich minerals for planetary applications
S
- (SC)RMI: A (S)emi-(C)lassical (R)elativistic (M)otion (I)ntegrator, to model the orbits of space probes around the Earth and other planets
- Sensitivity of the Free Core Nutation and the Chandler Wobble to changes in the interior structure of Mars
- Steady state convection in Mars'mantle
T
- The effect of the internal structure of Mars on its seasonal loading deformations
- The effects of seasonal mass redistribution and interior structure on Length-of-Day variations of Mars
- The NetLander Very Broad Band seismometer
- The plasma environment of Mars: from the shocked solar wind down to the ionosphere
- The rotation of the terrestrial planets
- Thin elastic shells with variable thickness for lithospheric flexure of one-plate planets
- Tidally induced surface displacements, external potential variations, and gravity variations on Mars
Icy Satellites
N
- New accurate ephemerides for the Galilean satellites of Jupiter. I. Numerical integration of elaborated equations of motion
- New accurate ephemerides for the Galilean satellites of Jupiter: II-Fitting the observations
- New constraints on Io's and Jupiter's tidal dissipation
T
- The effect of a dense atmosphere on the tidally induced potential of Titan
- The Lense-Thirring effect in the Jovian system of the Galilean satellites and its measurability
- The rotation of Galilean satellites
- The rotation of the terrestrial planets
