A lunar outpost will require electrical energy. One potential source is fission surface power where heat from a reactor is converted into electricity utilizing an energy conversion system, and waste heat will need to be rejected from the system. The Second Generation Radiator Demonstration Unit is a technology demonstration unit leading towards operational radiators. To approximate the infrared emittance of the lunar outpost radiators, a low-cost coating compatible with the test conditions was sought. LORD Aeroglaze A276 has a similar emittance, but its performance in air and vacuum at the desired operating temperatures was unknown. This study determined that the emittance remained above 0.86 for all conditions tested and that LORD Aeroglaz...
Testing polymeric coatings for use in space simulation chamber - resistance to abrasion, acids, ther...
Evaluation of brushing to remove lunar simulant dust from thermal control surfaces is described. Fir...
NASA Glenn Research Center (GRC) is developing fission power system technology for future Lunar surf...
JSC-1A lunar simulant has been applied to AZ93 and AgFEP thermal control surfaces on aluminum substr...
White thermal control coatings capable of long term performance are needed for Fission Surface Power...
JSC-1AF lunar simulant has been applied to AZ-93 and AgFEP thermal control surfaces on aluminum or c...
Spacecraft radiators reject heat to their surroundings and coatings play an important role in this h...
Oxygen production from lunar raw materials is critical for sustaining a manned lunar base but is ver...
Solar absorptance and emittance of candidate zinc oxides/silicone and zinc oxide/potassium silicate ...
Optical characteristics of vapor deposited coating systems for thermal control of spacecraft structu...
Heat rejection from power systems will be necessary for human and robotic activity on the lunar surf...
Low solar absorption emissivity coatings for low temperature spacecraft radiators - ultraviolet radi...
This report discusses application of a new lightweight carbon-carbon (C-C) space radiator technology...
This contractual research was aimed at verifying the thermal radiation properties of the emissivity ...
Dust accumulation on thermal radiator surfaces planned for lunar exploration will significantly redu...
Testing polymeric coatings for use in space simulation chamber - resistance to abrasion, acids, ther...
Evaluation of brushing to remove lunar simulant dust from thermal control surfaces is described. Fir...
NASA Glenn Research Center (GRC) is developing fission power system technology for future Lunar surf...
JSC-1A lunar simulant has been applied to AZ93 and AgFEP thermal control surfaces on aluminum substr...
White thermal control coatings capable of long term performance are needed for Fission Surface Power...
JSC-1AF lunar simulant has been applied to AZ-93 and AgFEP thermal control surfaces on aluminum or c...
Spacecraft radiators reject heat to their surroundings and coatings play an important role in this h...
Oxygen production from lunar raw materials is critical for sustaining a manned lunar base but is ver...
Solar absorptance and emittance of candidate zinc oxides/silicone and zinc oxide/potassium silicate ...
Optical characteristics of vapor deposited coating systems for thermal control of spacecraft structu...
Heat rejection from power systems will be necessary for human and robotic activity on the lunar surf...
Low solar absorption emissivity coatings for low temperature spacecraft radiators - ultraviolet radi...
This report discusses application of a new lightweight carbon-carbon (C-C) space radiator technology...
This contractual research was aimed at verifying the thermal radiation properties of the emissivity ...
Dust accumulation on thermal radiator surfaces planned for lunar exploration will significantly redu...
Testing polymeric coatings for use in space simulation chamber - resistance to abrasion, acids, ther...
Evaluation of brushing to remove lunar simulant dust from thermal control surfaces is described. Fir...
NASA Glenn Research Center (GRC) is developing fission power system technology for future Lunar surf...