The purpose of this paper is to evaluate the statistical molecular contamination data with a goal to improve spacecraft contamination control. The statistical data was generated in typical thermal vacuum tests at the National Aeronautics and Space Administration, Goddard Space Flight Center (GSFC). The magnitude of material outgassing was measured using a Quartz Crystal Microbalance (QCM) device during the test. A solvent rinse sample was taken at the conclusion of the each test. Then detailed qualitative and quantitative measurements were obtained through chemical analyses. All data used in this study encompassed numerous spacecraft tests in recent years
The ASTM E-1559 apparatus has been used for years at NASA/Goddard Space Flight Center (GSFC) to dete...
Molecular contamination is a known area of concern for spacecraft. To mitigate this risk, projects i...
NASA's In Situ Contamination Effects Facility, Marshall Space Flight Center, has been used to test s...
Contamination due to outgassing of materials can cause the degradation of critical hardware of a spa...
There is a need for continuous monitoring for molecular contamination in clean rooms where spaceflig...
The limitations of chamber tests with regard to the molecular contamination of a spacecraft undergoi...
The self-contamination of the IMP-H spacecraft, while it was undergoing thermal and solar vacuum tes...
The objective is to understand how surfaces outgas and how outgassed substances subsequently condens...
This paper will provide a general overview of the molecular contamination philosophy of the Space Si...
The contamination characters of selected materials used in space technology testing. Specific materi...
Analysis of outgassed species behavior is often performed using QCM thermogravimetric analysis (QTGA...
A large amount of chemical analysis data involving identification of outgassing products from spacec...
Accurate simulation and calculation of the deposition of outgassing molecule can shorten the cycle a...
Control of contamination on and around spacecraft is required to avoid adverse effects on the perfor...
The space environment influences spacecraft design and material selection in many ways. Two aspects ...
The ASTM E-1559 apparatus has been used for years at NASA/Goddard Space Flight Center (GSFC) to dete...
Molecular contamination is a known area of concern for spacecraft. To mitigate this risk, projects i...
NASA's In Situ Contamination Effects Facility, Marshall Space Flight Center, has been used to test s...
Contamination due to outgassing of materials can cause the degradation of critical hardware of a spa...
There is a need for continuous monitoring for molecular contamination in clean rooms where spaceflig...
The limitations of chamber tests with regard to the molecular contamination of a spacecraft undergoi...
The self-contamination of the IMP-H spacecraft, while it was undergoing thermal and solar vacuum tes...
The objective is to understand how surfaces outgas and how outgassed substances subsequently condens...
This paper will provide a general overview of the molecular contamination philosophy of the Space Si...
The contamination characters of selected materials used in space technology testing. Specific materi...
Analysis of outgassed species behavior is often performed using QCM thermogravimetric analysis (QTGA...
A large amount of chemical analysis data involving identification of outgassing products from spacec...
Accurate simulation and calculation of the deposition of outgassing molecule can shorten the cycle a...
Control of contamination on and around spacecraft is required to avoid adverse effects on the perfor...
The space environment influences spacecraft design and material selection in many ways. Two aspects ...
The ASTM E-1559 apparatus has been used for years at NASA/Goddard Space Flight Center (GSFC) to dete...
Molecular contamination is a known area of concern for spacecraft. To mitigate this risk, projects i...
NASA's In Situ Contamination Effects Facility, Marshall Space Flight Center, has been used to test s...