A Perkin Elmer MGA-1200, turbomolecular-pumped, magnetic sector, multiple gas analyzer mass spectrometer with modified inlet for fast response was characterized for the analysis of hydrogen, helium, oxygen and argon in nitrogen and helium background gases. This instrument was specially modified for the Vanderberg AFB SLC-6 Hydrogen Disposal Test Program, as a part of the Hydrogen Sampling System (H2S2). Linearity, precision, drift, detection limits and accuracy among other analytical parameters for each of the background gas were studied to evaluate the performance of the instrument. The result demonstrates that H2S2 mass spectrometer is a stable instrument and can be utilized for the quantitative analytical determination of hydrogen, heliu...
The overall objective of the NASA Atmospheric Effects of Aviation Project (AEAP) is to develop scien...
Metabolic gas analysis is a critical component of investigations that measure cardio-pulmonary exerc...
Velocity and density profiles in mixing region between adjacent half jets of dissimilar fluid
Evaluation of miniaturized magnetic double focusing mass spectrometer to measure gas concentrations ...
The effectiveness was assessed of a hydrogen (H2) detection concept for regenerative environmental c...
Within the simulation limitations of on-orbit conditions, it was demonstrated that a helium purge sy...
Detonability of gaseous hydrogen-oxygen mixtures under selected environmental condition
Spectral transmittance and total band adsorptance of selected infrared bands of carbon dioxide and w...
Two spacecraft nitrogen (N2) generation systems based on the catalytic dissociation of hydrazine (N2...
Performance analysis of hydrogen oxygen propulsion system, including flow facility checkout, probe i...
As the NASA Center responsible for assembly, checkout, servicing, launch, recovery and operational s...
The Siemens Advanced Quantra Fourier Transform Ion Cyclotron Resonance (FTICR) mass spectrometer was...
The automotive industry is already showing signs of moving beyond a century long dependence on petro...
Performance characteristics of two console-type hydrogen gas detectors sampling by diffusion and con...
Information regarding the safety limits of hydrocarbons in liquid and gaseous oxygen, the steps take...
The overall objective of the NASA Atmospheric Effects of Aviation Project (AEAP) is to develop scien...
Metabolic gas analysis is a critical component of investigations that measure cardio-pulmonary exerc...
Velocity and density profiles in mixing region between adjacent half jets of dissimilar fluid
Evaluation of miniaturized magnetic double focusing mass spectrometer to measure gas concentrations ...
The effectiveness was assessed of a hydrogen (H2) detection concept for regenerative environmental c...
Within the simulation limitations of on-orbit conditions, it was demonstrated that a helium purge sy...
Detonability of gaseous hydrogen-oxygen mixtures under selected environmental condition
Spectral transmittance and total band adsorptance of selected infrared bands of carbon dioxide and w...
Two spacecraft nitrogen (N2) generation systems based on the catalytic dissociation of hydrazine (N2...
Performance analysis of hydrogen oxygen propulsion system, including flow facility checkout, probe i...
As the NASA Center responsible for assembly, checkout, servicing, launch, recovery and operational s...
The Siemens Advanced Quantra Fourier Transform Ion Cyclotron Resonance (FTICR) mass spectrometer was...
The automotive industry is already showing signs of moving beyond a century long dependence on petro...
Performance characteristics of two console-type hydrogen gas detectors sampling by diffusion and con...
Information regarding the safety limits of hydrocarbons in liquid and gaseous oxygen, the steps take...
The overall objective of the NASA Atmospheric Effects of Aviation Project (AEAP) is to develop scien...
Metabolic gas analysis is a critical component of investigations that measure cardio-pulmonary exerc...
Velocity and density profiles in mixing region between adjacent half jets of dissimilar fluid