Add to ORKGThe characteristics of infrared molecular emissions induced by energetic collisions between ambient atmospheric species and surfaces in Earth orbit are investigated, using a low-nitrogen-cooled filter wheel photometer covering the wavelength range 0.9-.5 microns with a resolving power Lambda/Delta Lambda of approximately 100. This resolving power is sufficient for identification of the molecular or atomic fluorescent spaces causing the glow
Airborne infrared telescope for flux measurements of astronomical objects with spectral energy peaks...
During the Spacelab 1 shuttle mission, spectroscopic measurements were made of the atmospheric emiss...
Infrared spectrometer system to obtain spectral absorption characteristics of combustion products un...
In January 1984, a proposal was submitted to NASA Headquarters entitled The Shuttle Glow: A Program ...
A liquid helium cooled infrared telescope (IRT) was to be flown in July 1985 on Spacelab 2. The inst...
Computer models of molecular electronic and vibrational emission intensities were developed. Known r...
Recent analyses of the Atmosphere Explorer data are discussed in which it is demonstrated that the s...
On the basis of spectral measurements made from the Space Shuttle and on models of the possible Spac...
Infrared measurements of the Spacelab 1, Space Transportation System 9, were made from the Maui Opti...
Visible spacecraft glow was first observed on the Atmospheric Explorer spacecraft (AE-E) and studied...
The measurement and monitoring of infrared emission in the environment of the Space Station has a tw...
Absorption characteristics of infrared, laser, and thermal radiation in planetary atmosphere
Integrated absorption values for infrared bands of ethylene, ethane, carbon tetrafluoride, and sulfu...
Infrared spectral measurements of the space shuttle glow were successfully conducted during the STS-...
Infrared spectral measurements of the space shuttle glow were successfully conducted during the STS-...
Airborne infrared telescope for flux measurements of astronomical objects with spectral energy peaks...
During the Spacelab 1 shuttle mission, spectroscopic measurements were made of the atmospheric emiss...
Infrared spectrometer system to obtain spectral absorption characteristics of combustion products un...
In January 1984, a proposal was submitted to NASA Headquarters entitled The Shuttle Glow: A Program ...
A liquid helium cooled infrared telescope (IRT) was to be flown in July 1985 on Spacelab 2. The inst...
Computer models of molecular electronic and vibrational emission intensities were developed. Known r...
Recent analyses of the Atmosphere Explorer data are discussed in which it is demonstrated that the s...
On the basis of spectral measurements made from the Space Shuttle and on models of the possible Spac...
Infrared measurements of the Spacelab 1, Space Transportation System 9, were made from the Maui Opti...
Visible spacecraft glow was first observed on the Atmospheric Explorer spacecraft (AE-E) and studied...
The measurement and monitoring of infrared emission in the environment of the Space Station has a tw...
Absorption characteristics of infrared, laser, and thermal radiation in planetary atmosphere
Integrated absorption values for infrared bands of ethylene, ethane, carbon tetrafluoride, and sulfu...
Infrared spectral measurements of the space shuttle glow were successfully conducted during the STS-...
Infrared spectral measurements of the space shuttle glow were successfully conducted during the STS-...
Airborne infrared telescope for flux measurements of astronomical objects with spectral energy peaks...
During the Spacelab 1 shuttle mission, spectroscopic measurements were made of the atmospheric emiss...
Infrared spectrometer system to obtain spectral absorption characteristics of combustion products un...