Distributed Instruments for Planetary Surface Science | Scientific Opportunities and Technology Feasibility
No abstract provided
Wronkiewicz, Mark↗
Engineering topics
Brandon, Erik
Publications and source records attributed to Brandon, Erik.
Performance of High Energy and High Power Commercial Li-ion Cells for Space Missions
UNKNOWN
Iannello, Chris↗
Space Technology Mission Directorate Game Changing Development Program
No abstract provided
Lam, Rebekah↗
Distributed Instruments for Planetary Surface Science
We present the case for distributed instruments by listing some critical planetary science questions that can be answered by deploying distributed instruments on planetary surfaces.
Rossi, Federico↗
Europa lander mission concept power architecture
The Europa Lander mission concept team seeks to optimize a power system architecture to search for evidence of life on the surface of Europa, an icy moon of Jupiter. Environmental and mission challenges included radiation, extreme low temperatures, planetary protection, mission duration, and the limitations of the launch vehicle. Leveraging heritage from NASA’s Europa Clipper mission, the baseline architecture is highly reliable, capable of meeting all science objectives, and comprises of three vehicles: a solar powered carrier stage, a secondary battery powered descent vehicle, and a primary battery powered lander.
Carr, Gregory↗
Performannce of high energy/high power Li-ion cells in radiation environments
Explore the source record for details and available documents.
Iannello, Chris↗