Add to ORKGAbstract-We have investigated the relationship between the oxygen nightglow and the atomic oxygen density in the lower thermosphere. This was done using data from two sounding rocket experiments conducted over White Sands Missile Range (32”N, 106”W). The first flight was launched on 2 November 1978 while the second was launched on 7 December 1981. Both flights contained resonance lamps to measure the atomic oxygen density. The peak density in both cases was near 1.9 x 10 ” cme3. In addition
An observation of the u.v. nightglow between 2670 and 3040 A was conducted over White Sands Missile ...
Atomic oxygen is a main component of the mesosphere and lower thermosphere (MLT). The photochemistry...
The O2 Herzberg system in the night airglow was measured in the wavelength range 2400 to 3100 A by t...
We have investigated the relationship between the oxygen nightglow and the atomic oxygen density in ...
A discussion of the laboratory calibration, calibration simulation, and accuracy of a resonance fluo...
Atomic oxygen density in the upper thermosphere (approximately 300 km) can be calculated using groun...
Atomic oxygen is the major component in the Earth’s upper thermosphere. The O density reaches a maxi...
A review of the measurements of the atomic oxygen densities in the lower thermosphere/upper mesosphe...
The vibrational distribution of nitric oxide in the polar ionosphere computed according to the one-...
The Turbulent Oxygen Mixing Experiment (TOMEX) combined Na lidar measurements from Starfire Optical ...
173-176Three instrumented rockets were flown from Thumba on 19 March 1970for measuring the concentra...
Measurements of night-time 6300 Å airglow intensities at the Arecibo Observatory have been compared...
In the mesosphere and lower thermosphere (MLT) region, atomic oxygen and hydrogen are the most abund...
An improved resonant fluorescence instrument for measuring atomic oxygen concentration was develope...
Based on common volume rocket-borne measurements of temperature, densities of atomic oxygen and neut...
An observation of the u.v. nightglow between 2670 and 3040 A was conducted over White Sands Missile ...
Atomic oxygen is a main component of the mesosphere and lower thermosphere (MLT). The photochemistry...
The O2 Herzberg system in the night airglow was measured in the wavelength range 2400 to 3100 A by t...
We have investigated the relationship between the oxygen nightglow and the atomic oxygen density in ...
A discussion of the laboratory calibration, calibration simulation, and accuracy of a resonance fluo...
Atomic oxygen density in the upper thermosphere (approximately 300 km) can be calculated using groun...
Atomic oxygen is the major component in the Earth’s upper thermosphere. The O density reaches a maxi...
A review of the measurements of the atomic oxygen densities in the lower thermosphere/upper mesosphe...
The vibrational distribution of nitric oxide in the polar ionosphere computed according to the one-...
The Turbulent Oxygen Mixing Experiment (TOMEX) combined Na lidar measurements from Starfire Optical ...
173-176Three instrumented rockets were flown from Thumba on 19 March 1970for measuring the concentra...
Measurements of night-time 6300 Å airglow intensities at the Arecibo Observatory have been compared...
In the mesosphere and lower thermosphere (MLT) region, atomic oxygen and hydrogen are the most abund...
An improved resonant fluorescence instrument for measuring atomic oxygen concentration was develope...
Based on common volume rocket-borne measurements of temperature, densities of atomic oxygen and neut...
An observation of the u.v. nightglow between 2670 and 3040 A was conducted over White Sands Missile ...
Atomic oxygen is a main component of the mesosphere and lower thermosphere (MLT). The photochemistry...
The O2 Herzberg system in the night airglow was measured in the wavelength range 2400 to 3100 A by t...