The atomic oxygen concentration in the altitude range 130 to 240 km was determined through the use of a quadrupole spectrometer with a strongly focussing ion source. The instrument is used in the Thermosphere Probe in a manner that greatly increases the proportion of measured oxygen ions that have not experienced a surface collision and permits quantitative evaluation of surface recombination and thermalization effects which inevitably enter all spectrometer determinations. The data obtained strengthen the concept that consideration of surface effects is significant in quantifying spectrometer measurements of reactive gases, and tend to be in agreement with von Zahn's recent results
Atomic oxygen is a main component of the mesosphere and lower thermosphere of the Earth, where it go...
Data from the space shuttle flights have established that many materials experience relatively rapid...
The ionosphere offers an excellent laboratory for the study of atomic and molecular processes. Densi...
The likely role of atmospheric atomic oxygen in the recession of spacecraft surfaces and in the shut...
Open ion source mass spectrometer used with omegatron mass spectrometer to measure atmospheric gas d...
Absolute profiles of atomic oxygen number densities with high vertical resolution have been determin...
Absolute profiles of atomic oxygen number densities with high vertical resolution have been determin...
Data obtained with the quadrupole mass spectrometer aboard the OGO 6 satellite show the effects of s...
Atomic-molecular oxygen ratio and recombination rates at upper atmospheric pressure
The gas sampling problem in satellite and high velocity probes was investigated by applying the theo...
Recombination coefficient of gold, sorption and desorption rates of oxygen on gold, and sticking coe...
Atomic oxygen governs photochemistry and energy balance of the mesosphere and lower thermosphere of ...
Atomic oxygen governs photochemistry and energy balance of the mesosphere and lower thermosphere of ...
Atomic oxygen is a main component of the mesosphere and lower thermosphere of the Earth, where it go...
Measurement of ion concentration and total ion density in exosphere using mass spectrometer and elec...
Atomic oxygen is a main component of the mesosphere and lower thermosphere of the Earth, where it go...
Data from the space shuttle flights have established that many materials experience relatively rapid...
The ionosphere offers an excellent laboratory for the study of atomic and molecular processes. Densi...
The likely role of atmospheric atomic oxygen in the recession of spacecraft surfaces and in the shut...
Open ion source mass spectrometer used with omegatron mass spectrometer to measure atmospheric gas d...
Absolute profiles of atomic oxygen number densities with high vertical resolution have been determin...
Absolute profiles of atomic oxygen number densities with high vertical resolution have been determin...
Data obtained with the quadrupole mass spectrometer aboard the OGO 6 satellite show the effects of s...
Atomic-molecular oxygen ratio and recombination rates at upper atmospheric pressure
The gas sampling problem in satellite and high velocity probes was investigated by applying the theo...
Recombination coefficient of gold, sorption and desorption rates of oxygen on gold, and sticking coe...
Atomic oxygen governs photochemistry and energy balance of the mesosphere and lower thermosphere of ...
Atomic oxygen governs photochemistry and energy balance of the mesosphere and lower thermosphere of ...
Atomic oxygen is a main component of the mesosphere and lower thermosphere of the Earth, where it go...
Measurement of ion concentration and total ion density in exosphere using mass spectrometer and elec...
Atomic oxygen is a main component of the mesosphere and lower thermosphere of the Earth, where it go...
Data from the space shuttle flights have established that many materials experience relatively rapid...
The ionosphere offers an excellent laboratory for the study of atomic and molecular processes. Densi...