Space Radiation Effects in Inflatable and Composite Habitat Materials
Space Radiation Effects in Inflatable and Composite Habitat Materials
- New search for: Waller, Jess
- New search for: Rojdev, Kristina
- New search for: Waller, Jess
- New search for: Rojdev, Kristina
This Year 2 project provides much needed risk reduction data to assess solar particle event (SPE) and galactic cosmic ray (GCR) space radiation damage in existing and emerging materials used in manned low-earth orbit, lunar, interplanetary, and Martian surface missions. More specifically, long duration (up to 50 years) space radiation damage is quantified for materials used in inflatable structures (1st priority), and habitable composite structures and space suits materials (2nd priority). The data collected has relevance for nonmetallic materials (polymers and composites) used in NASA missions where long duration reliability is needed in continuous or intermittent radiation fluxes.
Document information
Space Radiation Effects in Inflatable and Composite Habitat Materials
2015-01-01
Miscellaneous
No indication
English
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