Innovative technologies (hardware or software) or tools that will enable small satellites to function within constellations or fractionated systems, or to make cooperative measurements
Subscribe to RSS Feed (Opens in New Window)
2013 | ||
Tuesday, August 13th | ||
8:00 AM |
Deployable Mirror for Enhanced Imagery Suitable for Small Satellite Applications James Champagne, Space Dynamics Laboratory 8:00 AM |
|
---|---|---|
8:15 AM |
A 6U CubeSat Constellation for Atmospheric Temperature and Humidity Sounding Sharmila Padmanabhan, Jet Propulsion Laboratory 8:15 AM |
|
8:30 AM |
Versatile Structural Radiation Shielding and Thermal Insulation through Additive Manufacturing Jonathan Wrobel, Tethers Unlimited, Inc. 8:30 AM |
|
8:45 AM |
Collapsible Space Telescope (CST) for Nanosatellite Imaging and Observation Elwood Agasid, NASA Ames Research Center 8:45 AM |
|
9:00 AM |
An Agile Multi-use Nano Star Camera for Constellation Applications Scott Palo, University of Colorado 9:00 AM |
|
9:15 AM |
The Use of Additive Manufacturing for Fabrication of Multi-Function Small Satellite Structures Brian Horais, Oak Ridge National Laboratory 9:15 AM |
|
9:30 AM |
Microsatellite Star Tracker Baffles: Validation and Testing Martin Marciniak, Ryerson University 9:30 AM |
|
9:45 AM |
Micro Electric Propulsion Technology for Small Satellites: Design, Testing and In-Orbit Operations V.J. Lappas, University of Surrey 9:45 AM |
|
9:46 AM |
Pushing the Limits of Cubesat Attitude Control: A Ground Demonstration Devon Sanders, NASA Marshall Space Flight Center 9:46 AM |