Add to ORKGThe oxygen system cleaning specifications drawn from 23 industrial and government sources are presented along with cleaning processes employed for meeting these specifications, and recommended postcleaning inspection procedures for establishing the cleanliness achieved. Areas of agreement and difference in the specifications, procedures, and inspection are examined. Also, the lack of clarity or specificity will be discussed. This absence of clarity represents potential safety hazards due to misinterpretation. It can result in exorbitant expenditures of time and money in satisfying unnecessary requirements
The NASA White Sands Test Facility (WSTF) in a joint program with the Naval Sea Systems Command has ...
A literature survey and analysis of the material and process factors affecting the safety of metals ...
Development of gas plasma cleaning technique for removing contaminants from optical surfaces in spac...
Materials used in oxygen systems and allowable oxygen environments are specified for each material. ...
Materials used or contained in liquid and gaseous oxygen systems are analyzed for their compatibilit...
The elimination of CFC-containing cleaning solvents for oxygen systems has prompted the development ...
NASA's standard for oxygen system design, materials selection, operation, and transportation is pres...
The practices employed to handle emergencies are spelled out in some detail. Training, warning, and ...
It has been well documented in the literature that contamination within oxygen systems can create si...
Oxidizer propellant systems for liquid-fueled rocket engines must meet stringent cleanliness require...
Oxidizer propellant systems for liquid-fueled rocket engines must meet stringent cleanliness require...
Inadequacy of mass loss cleanliness criteria for selection of materials for contamination sensitive ...
Although NASA is not one of the country's major oxygen consumers, it uses oxygen under severe condit...
The NASA Lewis Research Center has developed and filed for a patent on a method to produce atomic ox...
Since the 1990's, when the Class I Ozone Depleting Substance chlorofluorocarbon-113 was banned, NASA...
The NASA White Sands Test Facility (WSTF) in a joint program with the Naval Sea Systems Command has ...
A literature survey and analysis of the material and process factors affecting the safety of metals ...
Development of gas plasma cleaning technique for removing contaminants from optical surfaces in spac...
Materials used in oxygen systems and allowable oxygen environments are specified for each material. ...
Materials used or contained in liquid and gaseous oxygen systems are analyzed for their compatibilit...
The elimination of CFC-containing cleaning solvents for oxygen systems has prompted the development ...
NASA's standard for oxygen system design, materials selection, operation, and transportation is pres...
The practices employed to handle emergencies are spelled out in some detail. Training, warning, and ...
It has been well documented in the literature that contamination within oxygen systems can create si...
Oxidizer propellant systems for liquid-fueled rocket engines must meet stringent cleanliness require...
Oxidizer propellant systems for liquid-fueled rocket engines must meet stringent cleanliness require...
Inadequacy of mass loss cleanliness criteria for selection of materials for contamination sensitive ...
Although NASA is not one of the country's major oxygen consumers, it uses oxygen under severe condit...
The NASA Lewis Research Center has developed and filed for a patent on a method to produce atomic ox...
Since the 1990's, when the Class I Ozone Depleting Substance chlorofluorocarbon-113 was banned, NASA...
The NASA White Sands Test Facility (WSTF) in a joint program with the Naval Sea Systems Command has ...
A literature survey and analysis of the material and process factors affecting the safety of metals ...
Development of gas plasma cleaning technique for removing contaminants from optical surfaces in spac...