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The
Montana State University Maia University Nanosatellite Project will
characterize magnetospheric energetic charged particle
variations near Earth using new state-of-the-art solid state particle
detectors. It will demonstrate operation
of a novel on-orbit deployment system and the use of
newly-developed miniature hybrid magnetoresistive magnetometers for
attitude control.
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Maia
is a stackable modular design where the component boxes are
integrated into the structure.
18" diameter base by 18" tall octagonal satellite with a maximum mass
of 30kg
Maia will demonstrate a novel on-orbit deployment of a EMC hinge
ions near Earth using new state-of-the-art solid state particle
detectors. It will demonstrate operation
of a novel on-orbit deployment system and the use of
newly-developed miniature•
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ENGINEERING
-Testbed for technologies
-Science support platform
-Deploy a solar power wing
-Active 3-axis attitude control
SCIENCE
-Measure variations in the charged particle flux near Earth
-Solid State Technology
-Effects of Solar Storms on Ionospheric Energy Input
TECHNOLOGIES
-Elastic Memory Composite Hinge
-Magnetoresistive magnetometer sensor-based ACS control system
-Consumer parts and subsystems
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Kickoff Meeting
Design Team Work
Design Team Presentations
System Concept Review
Safety Exam Due
Balloon Experiment Workshop
Preliminary Design Review
Satellite Fabrication Class
Subsystem Design Review
Critical Design Review
Flight Competition Review
Launch |
2/3/03
2/13/03 - 3/25/03
3/26/03
4/15/03
5/15/03
6/16/03 - 6/18/03
8/15/03
10/15/03 - 10/17/03
1/15/04
8/16/04
1/13/05
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