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- A51Q-0967: A Scalable Instrument Design for Atmospheric Composition Monitoring from Geostationary Orbit
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Board 0967‚ Hall EFG (Poster Hall)NOLA CC
Author(s):Generic 'disconnected' Message
Betsy Farris, BAE Systems, Inc., Space and Mission Systems (First Author, Presenting Author)
Dennis Nicks, BAE Systems, Inc., Space and Mission Systems
Eric Frater, BAE Systems, Inc., Space and Mission Systems
Thomas Delker, BAE Systems, Inc., Space and Mission Systems
Stephanie Schieffer, BAE Systems, Inc., Space and Mission Systems
Lauren Aycock, BAE Systems, Inc., Space and Mission Systems
John Fleming, BAE Systems, Inc., Space and Mission Systems
Meghan Knudtzon, BAE Systems, Inc., Space and Mission Systems
Juancarlos Soto, BAE Systems, Inc., Space and Mission Systems
Erika Bannon, BAE Systems, Inc., Space and Mission Systems
Mara Dalton, BAE Systems, Inc., Space and Mission Systems
Fredrik Quist, BAE Systems, Inc., Space and Mission Systems
Sheldon Drobot, BAE Systems, Inc., Space and Mission Systems
BAE Systems has developed a satellite instrument that measures the Earth's atmosphere. This instrument, which uses special sensors to collect data, can be easily adapted to study different areas of the Earth. The design is based on previous successful projects and has shown significant improvements in accuracy and reliability. The instrument is made up of a few key parts that can be easily updated to study different areas. Two versions of the instrument are already working in space, and the new design has the potential to provide even more accurate information about the Earth's atmosphere. This information can be used to help people make informed decisions about public health, the environment, and the economy. By providing more accurate data about air quality, the instrument can help improve public health, agriculture, and overall well-being.
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