A flight evaluation of an ambient air sample pressurization system was conducted at altitudes between 6 and 12 km. The system regulated the sample pressure to 10.15 + or - 0.1 N/sq n and provided sample flow to three gas analysis instruments included in the system. Ozone concentrations measured by two instruments employing different techniques varied from about 30 parts per billion by volume (ppbv) to over 350 ppbv, and the two ozone monitors agreed to within 20 ppbv. A carbon dioxide analyzer indicated modifications required for future installations
In situ measurements of the ambient concentrations of several atmospheric trace constituents were ob...
The GASP atmospheric trace constituent data currently available are considered. Included on tapes ar...
The NASA Global Atmospheric Sampling Program (GASP) is obtaining measurements of atmospheric trace c...
In order to verify the ultraviolet absorption technique used in the Global Atmospheric Sampling Prog...
The ozone measurement system used in the NASA Global Air Sampling Program is described. The system u...
Automated instruments were installed on a commercial B-747 aircraft, during the program, to obtain b...
A Gates Learjet Model 23 was instrumented with monitors to measure simultaneously the atmospheric an...
The global atmospheric sampling program pertaining to the problem of ozone contamination in commerci...
An atmosphere control subsystem (ACS) was developed for NASA-IBJSC which is designed to measure the ...
Aerosol composition data were collected with a NASA F-106 aircraft. Present measurements include ozo...
NASA is implementing a Global Atmospheric Monitoring Program to measure the temporal and spatial dis...
Prepared at Lewis Research Center.Cover title.Includes bibliographical references (p. 12-13).Mode of...
The condensation-nuclei (Aitken particle) measuring system used in the NASA Global Atmospheric Sampl...
The data currently available from GASP, including flight routes and dates, instrumentation, data pro...
Extensive measurements include ozone, carbon monoxide, water vapor, and aerosol and condensation nuc...
In situ measurements of the ambient concentrations of several atmospheric trace constituents were ob...
The GASP atmospheric trace constituent data currently available are considered. Included on tapes ar...
The NASA Global Atmospheric Sampling Program (GASP) is obtaining measurements of atmospheric trace c...
In order to verify the ultraviolet absorption technique used in the Global Atmospheric Sampling Prog...
The ozone measurement system used in the NASA Global Air Sampling Program is described. The system u...
Automated instruments were installed on a commercial B-747 aircraft, during the program, to obtain b...
A Gates Learjet Model 23 was instrumented with monitors to measure simultaneously the atmospheric an...
The global atmospheric sampling program pertaining to the problem of ozone contamination in commerci...
An atmosphere control subsystem (ACS) was developed for NASA-IBJSC which is designed to measure the ...
Aerosol composition data were collected with a NASA F-106 aircraft. Present measurements include ozo...
NASA is implementing a Global Atmospheric Monitoring Program to measure the temporal and spatial dis...
Prepared at Lewis Research Center.Cover title.Includes bibliographical references (p. 12-13).Mode of...
The condensation-nuclei (Aitken particle) measuring system used in the NASA Global Atmospheric Sampl...
The data currently available from GASP, including flight routes and dates, instrumentation, data pro...
Extensive measurements include ozone, carbon monoxide, water vapor, and aerosol and condensation nuc...
In situ measurements of the ambient concentrations of several atmospheric trace constituents were ob...
The GASP atmospheric trace constituent data currently available are considered. Included on tapes ar...
The NASA Global Atmospheric Sampling Program (GASP) is obtaining measurements of atmospheric trace c...