- Title
- AVIATR-Aerial Vehicle for In-situ and Airborne Titan Reconnaissance A Titan airplane mission concept
- Creators
- Jason W Barnes - University of IdahoLawrence Lemke - Ames Research CenterRick Foch - United States Naval Research LaboratoryChristopher P McKay - Ames Research CenterRoss A Beyer - Ames Research CenterJani Radebaugh - Brigham Young UniversitySimon A Kattenhorn - University of IdahoDavid H Atkinson - University of IdahoRalph D Lorenz - Johns Hopkins University Applied Physics LaboratoryStephane Le Mouelic - French National Centre for Scientific ResearchSebastien Rodriguez - Délégation Paris 7Jay Gundlach - Aurora Flight SciencesFrancesco Giannini - Aurora Flight SciencesSean Bain - United States Naval Research LaboratoryFrancis Michael Flasar - Goddard Space Flight CenterTerry A HurfordCarrie M AndersonJon Merrison - Aarhus UniversityMate Adamkovics - University of California, BerkeleyJonathan L Mitchell - University of California, Los AngelesDevon M Burr - Knoxville CollegeAnthony Colaprete - Ames Research CenterEmily L Schaller - University of ArizonaA James Friedson - Jet Propulsion LaboratoryKenneth S Edgett - Malin Space Science SystemsAngioletta Coradini - National Institute for AstrophysicsAlberto Adriani - National Institute for AstrophysicsKunio M Sayanagi - University of California, Los AngelesMichael J Malaska - ScynexisDavid Morabito - Jet Propulsion LaboratoryKim Reh - Jet Propulsion Laboratory
- Publication Details
- Experimental Astronomy, Vol.33(1), pp.55-127
- Identifiers
- 996631512701851
- Academic Unit
- Physics
- Language
- English
- Resource Type
- Journal article
Journal article
AVIATR-Aerial Vehicle for In-situ and Airborne Titan Reconnaissance A Titan airplane mission concept
Experimental Astronomy, Vol.33(1), pp.55-127
2012
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