Rapid Technology Maturation using the ESRA CubeSat Mission
Author:
Maldonado Carlos A.1, Deming Jonathan1, Mosley Brooke N.1, McGlown Justin1, Nelson Anthony1, Fernandes Phil A.1, Rogers Anthony J.1, Patrick Douglas1, Kroupa Martin1, Caffrey Michael1, Mendel Susan1, Boyd Kerry1, Gula August1, Katko Kim1, Hehlen Markus P.1, Arnold Daniel1, Barney Jonathan1, Schultz Ted1, Reisenfeld Dan1, Skoug Ruth1, Guider Angus1, Holloway Michael1, Morning Heidi1, Steinberg John T.1, Krause Erik1, Kirby Andrew1, Beckman Darrel1, Tripp Justin1, Morgan Keith S.1, Miller Zachary1, Merl Rob1, Graham Paul S.1, Hoose Bradley1, Ortner Joshua1, Cole Quinn1, Clanton Chuck1, Larsen Brian A.1, Fairbanks Tom1, George Jeff1, Scobie Rory1, Subsomboon Kasidit1, McKeown Kristina1, Alano Katherine1, Michel John1, Harvey Darren1, Harvilla Andrew1, Dahl Daniel1, Bhaskar Gautam1, Pino Evan1, Ford Kirsten1
Affiliation:
1. Los Alamos National Laboratory,Los Alamos,NM,87545
Funder
Los Alamos National Laboratory United States Department of Energy
Reference21 articles.
1. The Experiment for Space Radiation Analysis (ESRA): Technology maturation of next generation charged particle detectors in GTO;Maldonado 2. The Experiment for Space Radiation Analysis: A 12U CubeSat to Explore the Earth's Radiation Belts 3. Development of the Experiment for Space Radiation Analysis (ESRA) CubeSat Mission to GTO;Maldonado 4. The Experiment for Space Radiation Analysis: Probing the Earth’s Radiation Belts using a CubeSat Platform;Maldonado 5. Prototype testing results of charged particle detectors and critical subsystems for the ESRA mission to GTO;Maldonado
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