University of Virginia / Jet Propulsion Laboratory / Georgia Institute of Technology / Marshall Space Flight Center / /
IndustryTerm
technology development work / operational mission applications / ballute systems / technology advances / predictor-corrector algorithm / trajectory control algorithms / ballute technology development effort / inflatable drag device / aerocapture technology / technology development effort / ballute technology program / ultralightweight ballute technology / terrestrial applications / ballute technology / rigid aeroshell technology / /
Organization
Marshall Space Flight Center / In-Space Propulsion Technology Projects Office / Titan Explorer Mission / 53rd Joint Army-NavyNASA-Air Force / In-Space Propulsion Office / University of Virginia / NASA’s Science Mission Directorate in Washington / Georgia Institute of Technology / National Aeronautics and Space Administration / /
Person
Erin Richardson / Jim Stein / Greg Buck / Carlos Westhelle / Reuben Rohrschneider / Robert Braun / Jim McDaniels / Richard Wilmoth / Dan Lyons / Bill Trochman / Tom Horvath / Maureen Riesco / Jim Masciarelli / Peter Gnoffo / Duffy Morales / Bonnie James / Eric Cecil / Les Johnson / Chris Glass / Jody Ware / Jin-Wook Lee / Cliff Willey / Deepti Sharma / Fred Hausle / Michelle Munk / Stephen Ruffin / Chris Zeller / John Lin / Jim Moss / /
Position
rt / Contractor / /
Product
Titan / /
ProvinceOrState
Virginia / Alabama / New Mexico / Rhode Island / California / Colorado / /
Microsoft Word - D9P2 - Summary of Ultralightweight Ballute Technology Adva…