2008 Annual Report - NASA Airborne Science Program
2008 Annual Report - NASA Airborne Science Program
2008 Annual Report - NASA Airborne Science Program
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ESTO<br />
Technology Demonstrations<br />
In <strong>2008</strong>, the <strong>Airborne</strong> <strong>Science</strong> program<br />
has teamed with several investigators<br />
funded by the Earth <strong>Science</strong> Technology<br />
Office (ESTO) to develop instrument<br />
technologies through demonstration<br />
flights on ASP platforms.<br />
These flights include a variety of science<br />
instruments including RADARs, LIDARs,<br />
optical instruments and passive microwave<br />
experiments. By demonstrating these<br />
instruments can operate in an aircraft<br />
environement, increased technology<br />
readiness levels can be demonstrated,<br />
bringing the development one step closer<br />
to being mission ready. Since airborne<br />
experiments must be compact, rugged and<br />
semi-autonomous, this forces the instrument<br />
teams to develop technologies also needed<br />
for the rigors of space operation.<br />
<strong>Airborne</strong> instruments also supply data<br />
that can be used to design the operating<br />
parameters of space instruments. They are<br />
a vital link in the development of spacebased<br />
instruments by providing actual<br />
measurements of real-world phenomena.<br />
This understanding enables space<br />
instruments to be properly designed and to<br />
optimize data collection parameters.<br />
<strong>Airborne</strong> demonstration instruments<br />
also have evolved through the <strong>Airborne</strong><br />
Instrument Technology Transfer (AITT)<br />
program and other initiatives to the point<br />
where they provide calibrated science data<br />
used for developing science algorithms and<br />
calibration of on-orbit instrument data.<br />
Some of the more significant demonstration<br />
flights conducted this past year include:<br />
GIFS<br />
GIFS (Geostationary Imaging Fabry-<br />
Perot Spectrometer) is a tunable tripleetalon<br />
Fabry-Perot Imaging Spectrometer<br />
developed for cloud characteristics<br />
and surface pressure imaging onboard<br />
geostationary satellites. An engineering<br />
flight conducted in January successfully<br />
demonstrated the GIFS prototype<br />
engineering performance and its spectral<br />
scanning technique on the <strong>NASA</strong> P-3.<br />
CO 2 Sounder<br />
The <strong>NASA</strong> Goddard CO 2 Sounder team<br />
successfully conducted airborne engineering<br />
tests of their CO 2 Laser Sounder<br />
instrument in October by making airborne<br />
87