The composition and evaporation rate of the outgassing of a space vehicle thermal control paint as a function of temperature were studied. A contamination chamber was designed, constructed, and tested. Samples of thermal control paint were tested to determine if heating to moderate temperatures causes them to release outgassing products which can be collected on a cooled cesium iodide window for identification by IR analysis. Results showed that outgassing of surfaces other than the sample was a problem. Spectral bands of the deposits collected were compared
NASA's In Situ Contamination Effects Facility, Marshall Space Flight Center, has been used to test s...
The Air Force Wright Research and Development Center and the Arnold Engineering Development Center a...
A large amount of chemical analysis data involving identification of outgassing products from spacec...
The products and kinetics of outgassing from S13G paint were studied by using infrared absorption me...
Methods for analyzing and characterizing outgassing contaminants from such materials as RTV 501 pott...
Outgassing, deposition, and desorption kinetics of silicone compounds, are examined as examples of o...
Plasma cleaning experiments were completed on hydrocarbon contaminant films, experiments were initia...
The in-situ vacuum chamber designed around the IRE was tested under vacuum. The contamination analyz...
Thermal control coatings and contaminant collector mirrors were exposed on the leading and trailing ...
The Space Transportation System (STS) orbiters are known to be significant sources of outgassing in ...
Thermal radiation absorptance and vacuum outgassing characteristics of protective coating
The state of contaminant molecules, the deposition rate on key surfaces, and the heat transfer rate ...
Thermal control coatings within the recessed compartments of LDEF Experiment A0034 experienced the m...
Candidate Space Station Freedom radiator coatings including Z-93, YB-71, anodized aluminum and SiO(x...
Substrates to be contaminated and contamination source were prepared. Additional information on pain...
NASA's In Situ Contamination Effects Facility, Marshall Space Flight Center, has been used to test s...
The Air Force Wright Research and Development Center and the Arnold Engineering Development Center a...
A large amount of chemical analysis data involving identification of outgassing products from spacec...
The products and kinetics of outgassing from S13G paint were studied by using infrared absorption me...
Methods for analyzing and characterizing outgassing contaminants from such materials as RTV 501 pott...
Outgassing, deposition, and desorption kinetics of silicone compounds, are examined as examples of o...
Plasma cleaning experiments were completed on hydrocarbon contaminant films, experiments were initia...
The in-situ vacuum chamber designed around the IRE was tested under vacuum. The contamination analyz...
Thermal control coatings and contaminant collector mirrors were exposed on the leading and trailing ...
The Space Transportation System (STS) orbiters are known to be significant sources of outgassing in ...
Thermal radiation absorptance and vacuum outgassing characteristics of protective coating
The state of contaminant molecules, the deposition rate on key surfaces, and the heat transfer rate ...
Thermal control coatings within the recessed compartments of LDEF Experiment A0034 experienced the m...
Candidate Space Station Freedom radiator coatings including Z-93, YB-71, anodized aluminum and SiO(x...
Substrates to be contaminated and contamination source were prepared. Additional information on pain...
NASA's In Situ Contamination Effects Facility, Marshall Space Flight Center, has been used to test s...
The Air Force Wright Research and Development Center and the Arnold Engineering Development Center a...
A large amount of chemical analysis data involving identification of outgassing products from spacec...