Table 2
Rosetta mission reference periods for the detailed data analysis of the QCMs.
Time period | Dates | T QCM1 | T QCM5 | Raw QCM1 | Isoth QCM1 | Raw QCM5 | Isoth QCM5 |
---|---|---|---|---|---|---|---|
(UT) | (°C) | (°C) | (N of points) | (N of points) | (N of points) | (N of points) | |
Prelanding | init: 06/08/2014 | 21.5 | 23.5 | 53 346 | 9110 | 53 347 | 9414 |
and bound orbits | fin: 05/02/2015 | ||||||
Flybys | init: 05/02/2015 | 21.5 | 23.0 | 15 156 | 2232 | 15 156 | 2161 |
fin: 31/03/2015 | |||||||
April–May | init: 14/04/2015 | 21.5 | 23.0 | 13 561 | 1698 | 13 561 | 1856 |
(post 2015 equinox) | fin: 31/05/2015 | ||||||
Perihelion | init: 01/06/2015 | 28.0 | 28.0 | 43 076 | 4505 | 43 076 | 5129 |
fin: 31/10/2015 | |||||||
Post-perihelion | nit: 01/11/2015 | 23.0 | 26.5 | 13 456 | 4218 | 13 456 | 6826 |
to 2016 equinox | fin: 19/03/2016 | ||||||
End of mission | init: 20/03/2016 | 21.5 | 23.0 | 53 384 | 10 559 | 53 384 | 12 141 |
fin: 30/09/2016 | |||||||
Notes.The reference time periods for the evaluation of the dust fluxes measured by QCM1 and QCM5 are reported. Column description: name of the considered period; initial and final date of the period; most frequent temperature for QCM1; most frequent temperaturefor QCM5; number of raw data for QCM1; number of isotherm data QCM1; number of raw data for QCM5; number of isotherm data QCM5.
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