Space Radiation Effects on Inflatable Habitat Materials Project
Space Radiation Effects on Inflatable Habitat Materials Project
- New search for: J. M. Waller
- New search for: C. Nichols
- New search for: J. M. Waller
- New search for: C. Nichols
The Space Radiation Effects on Inflatable Habitat Materials project provides much needed risk reduction data to assess space radiation damage of 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 will be quantified for materials used in inflatable structures (1st priority), as well as for habitable composite structures and space suits materials (2nd priority). The data acquired will have relevance for nonmetallic materials (polymers and composites) used in NASA missions where long duration reliability is needed in continuous or intermittent radiation fluxes. This project also will help to determine the service lifetimes for habitable inflatable, composite, and space suit materials.
Document information
Space Radiation Effects on Inflatable Habitat Materials Project
2015
7 pages
Report
No indication
English
Astrophysics , Life Support Systems , Composite Materials , Unmanned Spacecraft , Manned Spacecraft , Radiation effects , Inflatable structures , Aerospace medicine , Spacecraft construction materials , Space habitats , Inflatable space structures , Galactic cosmic rays , Solar radiation , Planetary radiation , Radiation damage , Composite materials , Crew exploration vehicle , Radiation shielding , Degradation , Service life , Radiation dosage , Radiation transport , Applications programs (computers) , Single event upsets , Test facilities , Research facilities , Nasa space programs , Materials selection , Space suits , Manned space flight , Manned mars missions , Manned spacecraft , Manned lunar surface vehicles , Manned orbital laboratories
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