Add to ORKGAn assessment is made of NASA/OSSA space station IOC payloads. The report has two main objectives, i.e., to provide realistic contamination requirements for space station attached payloads, serviced payloads and platforms, and to determine unknowns or major impacts requiring further assessment
Design criteria for automatic remotely indicating fluid contamination sensors, monitors, counters, a...
The Astro-2 mission scheduled for Jan. 1995 flight is co-manifested with the Spartan experiment. The...
Current plans for the operation of Space Station Freedom allow the orbit to decay to approximately a...
The results are presented from a study for the Space Station Planners Group of the Office of Space S...
This study is to identify and quantify the expected molecular and particulate on orbit contaminant e...
A study was conducted to determine and quantify the expected particulate and molecular on-orbit cont...
Techniques for assessment and control of the contamination environment for both particulates and con...
The space transportation system 1 mission will be the first opportunity to assess the induced enviro...
The results of studies to determine the contamination compatibility of the cross boom and dual keel ...
The International Space Station is the largest and most complex on-orbit platform for space science ...
Contamination inside Space Station modules was studied to determine the best methods of controlling ...
On the STS-32 shuttle mission, a space flight experiment provided an understanding of the effects of...
The second, third, and fourth space transportation system missions are described including the locat...
The development and integration of 16 payload bay liner filters into the existing shuttle/payload co...
PResentation slides examine external contamination requirements; International Space Station (ISS) e...
Design criteria for automatic remotely indicating fluid contamination sensors, monitors, counters, a...
The Astro-2 mission scheduled for Jan. 1995 flight is co-manifested with the Spartan experiment. The...
Current plans for the operation of Space Station Freedom allow the orbit to decay to approximately a...
The results are presented from a study for the Space Station Planners Group of the Office of Space S...
This study is to identify and quantify the expected molecular and particulate on orbit contaminant e...
A study was conducted to determine and quantify the expected particulate and molecular on-orbit cont...
Techniques for assessment and control of the contamination environment for both particulates and con...
The space transportation system 1 mission will be the first opportunity to assess the induced enviro...
The results of studies to determine the contamination compatibility of the cross boom and dual keel ...
The International Space Station is the largest and most complex on-orbit platform for space science ...
Contamination inside Space Station modules was studied to determine the best methods of controlling ...
On the STS-32 shuttle mission, a space flight experiment provided an understanding of the effects of...
The second, third, and fourth space transportation system missions are described including the locat...
The development and integration of 16 payload bay liner filters into the existing shuttle/payload co...
PResentation slides examine external contamination requirements; International Space Station (ISS) e...
Design criteria for automatic remotely indicating fluid contamination sensors, monitors, counters, a...
The Astro-2 mission scheduled for Jan. 1995 flight is co-manifested with the Spartan experiment. The...
Current plans for the operation of Space Station Freedom allow the orbit to decay to approximately a...