Barrett Technology Inc. / ERC Inc. / Elizabeth C. Davis of Jacobs Technology / NanoTex Corporation for Johnson Space Center / /
Facility
International Space Station / Lyndon B. Johnson Space Center / Designing Spacecraft Trajectories Lyndon B. Johnson Space Center / University of Texas / Olin College / /
IndustryTerm
electricity / normal processing methods / drop-in technology / conceptual framework requiring solution / redundant electronics / propulsion systems / electronics / downstream processing / metal chelator / parallel processing / industrial machinery / metal spherical bearing / chemical preservative / added using normal processing methods / /
NaturalFeature
Gulf War Syndrome / /
Organization
Designing Spacecraft Trajectories Lyndon B. Johnson Space Center / JSC Innovation Partnerships Office / National Aeronautics and Space Administration / Olin College / Johnson Space Center / University of Texas / /
Person
Robert Chin / Juan Senent / Duane L. Pierson / Graham Sattler / William T. Townsend / Jacob Williams / Srihdar Madala / Elizabeth C. Davis / Gill Andrews Pratt / Fady Morcos / Ravishankar Mathur / Cesar Ocampo / Gerald Condon / Adam Crowell / P. Felipe Chibante / Satish K. Mehta / / /
Position
Ultra-Compact Motor Controller / contractor / motor controller / General Methodology / analyst / brushless motor controller / controller / /
General Methodology for Designing Spacecraft Trajectories Lyndon B. Johnson Space Center, Houston, Texas A methodology for designing spacecraft trajectories in any gravitational environment within the solar system has be