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Instrument Boom Mechanisms on the THEMIS Satellites; Magnetometer, Radial Wire, and Axial Booms
Authors:David Auslander  Joshua Cermenska  Gregory Dalton  Mauricio de la Pena  C K H Dharan  William Donokowski  Robert Duck  Jonghak Kim  David Pankow  Alec Plauche  Mustapha Rahmani  Stephen Sulack  Tien Fak Tan  Paul Turin  Tyler Williams
Institution:1. Mechanical Engineering Department, University of California, Berkeley, USA
2. Samuel Silver Space Sciences Laboratory, University of California, Berkeley, USA
Abstract:The five “Time History of Events and Macroscale Interactions during Substorms” (THEMIS) micro-satellites launched on a common carrier by a Delta II, 7925 heavy, on February 17, 2007. This is the fifth launch in the NASA MeDIum class EXplorer (MIDEX) program. In the mission proposal the decision was made to have the University of California Berkeley Space Sciences Laboratory (UCB-SSL) mechanical engineering staff provide all of the spacecraft appendages, in order to meet the short development schedule, and to insure compatibility. This paper describes the systems engineering, design, development, testing, and on-orbit deployment of these boom systems that include: the 1 and 2 meter carbon fiber composite magnetometer booms, the 40 and 50 m tip to tip orthogonal spin-plane wire boom pairs, and the 6.3 m dipole stiff axial booms.
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