1. Solar Sail Scalability and a "Truly Scalable" Architecture: The Space Tow
2. 9Leipold, M., Garner, C., Freeland, R., Herrmann, A., Noca, M., Pagel, G., Seboldt, W., Sprague, G., and Unckenbold, W. "ODISSEE - A ProposalforDemonstration ofaSolarSailinEarthOrbit,"International AcademyofAstronautics, Pasadena, CA,April27-May11998,Presented at theIAA Third International Conference on Low-CostPlanetary Missions. Paper IAA.L98.1005.
3. 10Blomquist, R. "Solar Blade Nanosatellite Development: Heliogyro Deployment, Dynamics, and Control," 13th USU/AIAA Small Satellite Conference, AIAA,Utah State University, USU,Logan, UT,August23-261999.
4. 12Wie, B. "Hovering Control of a Solar Sail Gravity Tractor Spacecraft for Asteroid Deflection," www.aero.org/conferences/ planetarydefense/2007papers.html, 2007, Presented at the2007 Planetary Defense Conference, March5-8,2007, in Washington, D.C., organized by The Aerospace Corporation. Also presented as Paper AAS 07-145 at the AAS/AIAA Space Flight Mechanics Meeting, January 28-February 1,in Sedona, AZ.Link verified August18, 2007.