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Conference paper

Characterizing Jupiter’s energetic (>15 MeV) particle environment with the Juno MAG investigation’s micro Advanced Stellar Compass

By Jørgensen, P. S.^1,2; Jørgensen, J. L.^1,2; Herceg, M.^1,2; Denver, T.^1,2; Benn, M.^1,2; Connerney, J. E. P.³; Becker, H.⁴; Bolton, S. J.⁵; Levin, S. M.⁴

From

Measurement and Instrumentation Systems, National Space Institute, Technical University of Denmark¹

National Space Institute, Technical University of Denmark²

NASA Goddard Space Flight Center³

NASA Jet Propulsion Laboratory⁴

California Institute of Technology⁵

Abstract

NASAs Juno mission entered into polar orbit about Jupiter on July 4th, 2016. Since then 17 science orbits have been completed, systematically mapping the 3D magnetosphere of Jupiter for the first time. Located on the tip one of Juno’s three solar arrays, the Magnetic Field Experiment carries an absolute attitude reference sensor, the fully autonomous “micro Advances Stellar Compass” (μASC) designed and built at the Technical University of Denmark.

Language:	English
Year:	2019
Proceedings:	The General Assembly 2019 of the European Geosciences Union (EGU)
Types:	Conference paper
ORCIDs:	Jørgensen, P. S. , Jørgensen, J. L. , Herceg, M. , Denver, T. and Benn, M.

Characterizing Jupiter’s energetic (>15 MeV) particle environment with the Juno MAG investigation’s micro Advanced Stellar Compass

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Characterizing Jupiter’s energetic (>15 MeV) particle environment with the Juno MAG investigation’s micro Advanced Stellar Compass

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