Lightweight Carbon-Carbon High-Temperature Space Radiator
TBMG-3156
09/01/2008
- Content
A document summarizes the development of a carbon-carbon composite radiator for dissipating waste heat from a spacecraft nuclear reactor. The radiator is to be bonded to metal heat pipes and to operate in conjunction with them at a temperature approximately between 500 and 1,000 K. A goal of this development is to reduce the average areal mass density of a radiator to about 2 kg/m2 from the current value of ≈10 kg/m2 characteristic of spacecraft radiators made largely of metals.
- Citation
- "Lightweight Carbon-Carbon High-Temperature Space Radiator," Mobility Engineering, September 1, 2008.