The infrared interferometer experiment on Nimbus 3
Thermal emission spectra of earth and atmosphere from IR Michelson interferometer onboard Nimbus 3 satellite
Engineering topics
Publications and source records attributed to Prabhakara, C..
Thermal emission spectra of earth and atmosphere from IR Michelson interferometer onboard Nimbus 3 satellite
Atmospheric ozone remote sensing by high resolution IR interferometer spectrometer /IRIS/ aboard Nimbus 3 satellite
Infrared interferometer experiment to obtain thermal emission spectra
Global ozone distribution from inverted radiance measurements by IR interferometer spectrometer /IRIS/ on Nimbus 3 satellite
IR Michelson interferometer for Mariner Mars 1971 mission, investigating atmospheric and surface temperatures and atmospheric water vapor content
Nimbus 3 infrared detectors for remote sensing of global ozone
Remote sensing of atmospheric ozone using infrared interferometers
Atmospheric ozone vertical distribution and total amount determined by radiative transfer and perturbation theory, presenting error analysis
Infrared interferometer spectrometer for Mariner spacecraft in Mars orbit
Determining vertical distribution and total amount of atmospheric ozone from outgoing infrared radiation
Vertical motions in upper mesosphere and lower thermosphere deduced from rocket measured temperatures and infrared heating rates
Tiros VII radiation measurements used to compute heat budget of southern hemisphere
Radiative equilibrium temperature structure in earth mesosphere and lower thermosphere
Monthly variations in Southern Hemisphere heat budget calculated from Tiros satellite radiation measurements
Martian atmospheric heating from solar radiation absorption in UV and visible by oxygen and ozone and in near IR by carbon dioxide, noting vertical distribution of gases and absorption
Earth albedo variability and outgoing infrared radiation - data from TIROS satellites
Comparison of tiros ii satellite infrared measurements with the outgoing flux computed from atmospheric models
Evaluation of TIROS infrared data to obtain latitudinal distribution of outgoing radiation