subject predicate object context
18946 Creator 435a08fe25e7397e2f3bac8db518a142
18946 Creator ea54c66a9053dc64f587c81914013f37
18946 Creator 25a25cb159761137763755c16bed657d
18946 Creator f4aaeea26cf730123a020827ec9044f5
18946 Date 2004-02
18946 Is Part Of repository
18946 abstract The Huygens Atmospheric Structure Instrument (HASI) includes a high sensitive servo accelerometer to sense deceleration of the probe in the direction of the probe trajectory. These data will be used to determine the atmospheric density profile in the upper reaches of the atmosphere where it is least well constrained. Results will be presented of the performance of this sub-system during the in-flight checkouts performed to date. In particular, the noise performance will be assessed. This is especially important as it limits the resolution and therefore performance of the sensor at the very top of Titan's atmosphere. Implication for the results expected at Titan will be presented.
18946 authorList authors
18946 presentedAt ext-f82888f82f6bc9cacb3f0b906ba860d8
18946 status peerReviewed
18946 type AcademicArticle
18946 type Article
18946 label Zarnecki, John ; Hathi, Brijen ; Leese, Mark and Ball, Andrew (2004). In-flight performance of the HASI servo accelerometer and implications for results at Titan. In: Planetary probe atmospheric entry and descent trajectory analysis and science, European Space Agency, Noordwijk.
18946 label Zarnecki, John ; Hathi, Brijen ; Leese, Mark and Ball, Andrew (2004). In-flight performance of the HASI servo accelerometer and implications for results at Titan. In: Planetary probe atmospheric entry and descent trajectory analysis and science, European Space Agency, Noordwijk.
18946 Publisher ext-a78beedf3faed9d675a9e54e10fef094
18946 Title In-flight performance of the HASI servo accelerometer and implications for results at Titan
18946 in dataset oro