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Landsat 9 Thermal Infrared Sensor 2 Architecture and Design

Authors :
Hair, Jason H
Reuter, Dennis C
Tonn, Synthia L
McCorkel, Joel T
Simon, Amy A
Djam, Melody
Alexander, David
Ballou, Kevin
Barclay, Richard
Coulter, Phillip
Edick, Michael
Efremova, Boryana
Finneran, Paul
Florez, Jose
Graham, Steven
Harbert, Kenneth
Hewitt, Dennis
Hickey, Michael
Hicks, Samantha
Hoge, William
Jhabvala, Murzban
Lilly, Carol
Lunsford, Allen
Mann, Laurie
Masters, Candace
Montanaro, Matthew
Muench, Theodore
Otero, Veronica
Parong, Fil
Pearlman, Aaron
Penn, Jonathan
Vigneau, Danielle
Wenny, Brian
Publication Year :
2018
Publisher :
United States: NASA Center for Aerospace Information (CASI), 2018.

Abstract

The Thermal Infrared Sensor 2 (TIRS-2) will fly aboard the Landsat 9 spacecraft and leverages the Thermal Infrared Sensor (TIRS) design currently flying on Landsat 8. TIRS-2 will provide similar science data as TIRS, but is not a buildto-print rebuild due to changes in requirements and improvements in absolute accuracy. The heritage TIRS design has been modified to reduce the influence of stray light and to add redundancy for higher reliability over a longer mission life. The TIRS-2 development context differs from the TIRS scenario, adding to the changes. The TIRS-2 team has also learned some lessons along the way.

Details

Language :
English
Database :
NASA Technical Reports
Notes :
NNG15CR64C, , NNG15CR66C, , NNX12AG31G, , NNG15HQ01C, , NNG13CR48C, , NNX14AP40G, , NNG11FC20C
Publication Type :
Report
Accession number :
edsnas.20190001149
Document Type :
Report