18946 |
Creator |
435a08fe25e7397e2f3bac8db518a142 |
18946 |
Creator |
ea54c66a9053dc64f587c81914013f37 |
18946 |
Creator |
25a25cb159761137763755c16bed657d |
18946 |
Creator |
f4aaeea26cf730123a020827ec9044f5 |
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Date |
2004-02 |
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Is Part Of |
repository |
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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 |
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status |
peerReviewed |
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type |
AcademicArticle |
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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 |