A suborbital experiment was designed to study the photochemistry of the mesosphere by observing simultaneously the airglow emissions with in-situ minor species number density profiles. The experiment was very successful and some preliminary results have already been reported in various scientific meetings. Two scientific papers are currently in the process of final preparation for submission for publication. In this final project report, we will first give a background description of the experiment and follow by the summaries of the scientific papers currently being prepared
Atmospheric research in the Earth Sciences Division (610) consists of research and technology develo...
La haute atmosphère, et plus précisément la région appelée MLT (Mesosphere Lower Thermosphere) qui s...
Radiation in the wavelength interval 150-350 nm initiates chemical reactions in the lower mesosphere...
Most of the understanding of the thermosphere resulted from the analysis of data accrued through the...
A satellite program to conduct research on the chemistry, energetics, and dynamics of the upper atmo...
This memo has been written to report on the progress made under grant NAG1-1315 and to request a con...
Research, technology and monitoring of the upper atmosphere are summarized. Temperature response and...
Chemical release experiments to study upper atmosphere including night sky oxygen emissio
The objective is to provide photochemical, kinetic, and spectroscopic information necessary for phot...
The objectives, status, and accomplishments of the research tasks supported under the NASA Upper Atm...
A survey is reported of methods for sounding the atmospheric temperature profile by remote measureme...
The Visible Airglow Experiment (VAE) was designed to provide detailed profiles of the distribution o...
A general overview of NASA's Upper Atmosphere Research Satellite (UARS) program is presented in a br...
Given here is a report on the state of our knowledge of the Earth's upper atmosphere, particularly t...
This suborbital program, involving the University of Colorado (CU), National Center for Atmospheric ...
Atmospheric research in the Earth Sciences Division (610) consists of research and technology develo...
La haute atmosphère, et plus précisément la région appelée MLT (Mesosphere Lower Thermosphere) qui s...
Radiation in the wavelength interval 150-350 nm initiates chemical reactions in the lower mesosphere...
Most of the understanding of the thermosphere resulted from the analysis of data accrued through the...
A satellite program to conduct research on the chemistry, energetics, and dynamics of the upper atmo...
This memo has been written to report on the progress made under grant NAG1-1315 and to request a con...
Research, technology and monitoring of the upper atmosphere are summarized. Temperature response and...
Chemical release experiments to study upper atmosphere including night sky oxygen emissio
The objective is to provide photochemical, kinetic, and spectroscopic information necessary for phot...
The objectives, status, and accomplishments of the research tasks supported under the NASA Upper Atm...
A survey is reported of methods for sounding the atmospheric temperature profile by remote measureme...
The Visible Airglow Experiment (VAE) was designed to provide detailed profiles of the distribution o...
A general overview of NASA's Upper Atmosphere Research Satellite (UARS) program is presented in a br...
Given here is a report on the state of our knowledge of the Earth's upper atmosphere, particularly t...
This suborbital program, involving the University of Colorado (CU), National Center for Atmospheric ...
Atmospheric research in the Earth Sciences Division (610) consists of research and technology develo...
La haute atmosphère, et plus précisément la région appelée MLT (Mesosphere Lower Thermosphere) qui s...
Radiation in the wavelength interval 150-350 nm initiates chemical reactions in the lower mesosphere...