The ability to monitor air contaminants in the Shuttle and the International Space Station is important to ensure the health and safety of astronauts. Three specific space applications have been identified that would benefit from a chemical monitor: organic contaminants in crew cabins, propellant contaminants in the airlock, and pre-combustion fire detection. NASA has assessed several commercial and developing electronic noses (e-noses) for these applications. A preliminary series of tests identified those e-noses that exhibited sufficient sensitivity to the vapors of interest. These e-noses were further tested to assess their ability to identify vapors, and in-house software has been developed to enhance identification. This paper describe...
Maintaining the health and safety of the crews of spacecraft remain the highest priorities. Health m...
A miniature electronic nose in which the sensing media are insulating polymers loaded with carbon bl...
Two grab sample containers (GSCs) were collected by crew members onboard ISS in response to a vinega...
The Space Program and military use large quantities of hydrazine and monomethyl hydrazine as rocket ...
The Hazardous Gas Detection Lab at Kennedy Space Center has a history of developing mass spectromete...
Abstract We report on the detection of microorganisms onboard the International Space...
An electronic nose with a sensor array of 32 conductometric sensors has been developed at the Jet Pr...
Gaseous Chemical detection at trace levels is important to the space industry both for the safety of...
In the history of manned spaceflight, environmental monitoring has relied heavily on archival sampli...
For the past 4 years, the Air Quality Monitor (AQM) has been the operational instrument for measurin...
This paper describes some of the advanced technology instruments produced by the Instrumentation Dev...
The Toxicology Laboratory at JSC and Exidyne Instrumentation Technologies (EIT) have developed a pro...
Optical diagnostics, though still in the developmental stages, identify and quantitate the spectra o...
The atmospheric monitoring needs for Space Station Freedom were identified by examining the followin...
During the early years of human spaceflight, short duration missions allowed for monitoring of the s...
Maintaining the health and safety of the crews of spacecraft remain the highest priorities. Health m...
A miniature electronic nose in which the sensing media are insulating polymers loaded with carbon bl...
Two grab sample containers (GSCs) were collected by crew members onboard ISS in response to a vinega...
The Space Program and military use large quantities of hydrazine and monomethyl hydrazine as rocket ...
The Hazardous Gas Detection Lab at Kennedy Space Center has a history of developing mass spectromete...
Abstract We report on the detection of microorganisms onboard the International Space...
An electronic nose with a sensor array of 32 conductometric sensors has been developed at the Jet Pr...
Gaseous Chemical detection at trace levels is important to the space industry both for the safety of...
In the history of manned spaceflight, environmental monitoring has relied heavily on archival sampli...
For the past 4 years, the Air Quality Monitor (AQM) has been the operational instrument for measurin...
This paper describes some of the advanced technology instruments produced by the Instrumentation Dev...
The Toxicology Laboratory at JSC and Exidyne Instrumentation Technologies (EIT) have developed a pro...
Optical diagnostics, though still in the developmental stages, identify and quantitate the spectra o...
The atmospheric monitoring needs for Space Station Freedom were identified by examining the followin...
During the early years of human spaceflight, short duration missions allowed for monitoring of the s...
Maintaining the health and safety of the crews of spacecraft remain the highest priorities. Health m...
A miniature electronic nose in which the sensing media are insulating polymers loaded with carbon bl...
Two grab sample containers (GSCs) were collected by crew members onboard ISS in response to a vinega...