rootbrowseIAC-12A3session 55. Solar System ExplorationPapers1. The MESSENGER Mission Continues: Transition to the Extended Mission2. Solar Probe Plus Mission Definition3. Return to Venus of the Japanese Venus Climate Orbiter Akatsuki4. Orbit determination for the radio science experiment of the NASA mission JUNO5. One mission for Sun exploration6. Targeting Enceladus' Plume - The VIFFing Penetrator Approach7. Enceladus Explorer - A Maneuverable Subsurface Probe for Autonomous Navigation Through Deep Ice8. SCIENCE GOALS AND TECHNICAL CHALLENGES IN THE DESIGN OF AN ICE PENETRATING RADAR FOR THE JUPITER ICY MOONS9. From Mercury to Jupiter: overview on solar system exploration missions at Astrium10. Navigation System Formed by spacecraft Located at the Earth-Moon Libration Points11. JET: Journey to Enceladus and Titan Mission Concept Overview12. Precision Pointing Control Of A Large Segmented Space Telescope Testbed13. Effect of Nose Cavity on the Heat Fluxes to Reentry Vehicle in Titan’s Atmosphere14. Aerodynamics and Aerothermodynamics Analyses of a Earth-Re-entry Capsule for Sample Return Mission in the framework of RASTAS SPEAR project15. MERCURY IMAGING X-RAY SPECTROMETER (MIXS) IN BEPICOLOMBO MISSION: ENVIRONMENTAL TESTS16. SIMBIO-SYS for BepiColombo: the design and qualification of the Italian “eyes” towards Mercury17. Enabling Technologies for Future New Frontiers Mission Atmospheric Flight Vehicles18. Alternatives to the Laplace Nebular Hypothesis-Gas Giants First, Hoops, Jets, Gravitational Capture, Capture, Planetary Child of Sun Form Reasonable Laplace Alternatives19. Constructing optimized observations - The Solar System Science Operations Laboratory20. Determination of the planetary rotation by imaging from orbit21. Stable regions located interior to Charon's orbit: the encounter with the New Horizons mission in 201522. The Orbital Dynamics of Advanced Planetary Observation Systems