Atreya / New York / Paris / Athens / Berlin / Rome / London / /
Company
Lockheed Martin / APL / JHU Applied Physics Laboratory / Raytheon / Boeing / Interface / AMES / /
Country
United States / Israel / / /
Facility
College London / Square Kilometer Array / Paris-Meudon Observatory / /
IndustryTerm
external energy source / radio propagation media / montgolfière imaging systems / on-board devices / noble gas concentration / direct search / lighter-than-air gas supply / organic chemical / chemical analyses / thermal management / dense networks / chemical species / chemical modification / imaging / fluvial drainage systems / chemical pathways / technology readiness / entrained gas / chemical analyzers / buoyant gas / hyper-spectral imaging / chemical analysis / /
Organization
Titan mission / NAI Executive Council / Cornell / Harvard / British Interplanetary Society / CNES / TSSM NASA / New Mexico State Univ. / Tel-Aviv Univ. / National Aeronautics and Space Administration / Joint Mission / Cassini-Huygens mission / /
Person
ESA TSSM / C. Nixon / Martin-Torres (Caltech) / Lowell Obs / Aviv Univ / J. Martin-Torres / Jules Janssen / /
Product
Titan / /
ProvinceOrState
S.K. / North Dakota / Hawaii / Michigan / Tennessee / New Mexico / Iowa / Idaho / /
PublishedMedium
Nature Geoscience / Journal of the British Interplanetary Society / /
Future in situ balloon exploration of Titan’s atmosphere and surface (Draft : version 7 – 2 September[removed]A. Coustenis (LESIA, Paris-Meudon Observatory, 5, place Jules Janssen, 92195 Meudon Cedex, France; _Athena