rootbrowseIAC-07A5session I.-A3.I.BI.-A3.I.B. Joint Interactive Session on Mars, Small Bodies and Human Moon/Mars ExplorationPapers1. Solar-Powered Unmanned Aerial Vehicles on Mars: Perpetual Endurance2. From Inter-Planetary Novice to Martian Pilot: Lessons Learned from 2 Martian years of Exploiting Operational Flexibilities on Mars Express3. Methane, Organics, Oxidants, and Habitability of Mars: Prospects for the Mars Science Laboratory Measurements4. Relating Polar Desert Polygonal Terrain Geometry and Sediment Distribution using Spatial Point Patterns5. In Situ Peer Collaboration Improves Research And Exploration Output At Mars Analog Sites6. Subsurface Detection in SHARAD Mission7. ExoMars Rover Operation Control Centre Architectural Design Concept8. A Common SB4000 Avionics Based Solution for Exomars Carrier and Orbiter9. Near-Term Mars Sample Return Using In-Situ Oxygen Generation10. A Subsurface Origin for Warrego Vallis channels on Mars: Implications for the Early “Warm-Wet” Paradigm.11. Exomars Mission Design And Analysis From Launch To Landing12. Thermal analysis of the NANOKHOD Microrover under Mercury Environment Test Conditions13. Preliminary Design of an European Asteroid Sample Return Mission14. The Design of ‘Interceptor’ and Integrated Guidance and Navigation Strategy for Flyby15. Design of a Tagging Mission to Near Earth Asteroid 99942 Apophis16. Key Technologies Road Map For Near-Earth Asteroid Sample Return17. Considering A Possible Future Lunar Space Debris Environment18. Possibility Of Increasing The Velocity Of Spaceships Comparable To Light19. A Study on the Stability of Lunar Lander Based on The Deformation of the Buffering 20. Incertitude Evaluation on the Construction of a Biosphere on Mars21. A Chief Engineer’s Perspective on Analog Mars Exploration22. Intra-vehicular Free-flyer High Accuracy Navigation Using Pseudolite23. Possible Ways Towards A European Involvement In A Global Lunar Transportation And Service Architecture24. Microgravity Effects on Chlorophyll Content in Rice25. Advanced Space Suit Design Within a Human-Robotic Architecture