International audienceIn this paper, we present astrometric results derived from reduction of 65 lightcurves made in 1995-1996 during the PHESAT95 campaign of observation of Saturnian satellites mutual events. These results have an accuracy of about 20-30 mas and are compared to those obtained by Emelianov et al. (\cite{Emelia:1997}) for the 3 events observed in Crimea and Kazakhstan. We also discuss the reliability of the method used for reducing the lightcurves from the mutual events of 1980
list.dat 32x60 List of observations; table3.dat 19x85 Sites of observation for the PHESAT09 campaign...
Context. The photometry of mutual occultations and eclipses of natural planetary satellite...
The mutual eclipse of S4 Dione by S3 Tethys (Dec 23, 2009) and mutual occultation of S3 Tethys by S4...
International audienceIn this paper, we present astrometric results derived from reduction of 65 lig...
International audienceContext. The photometry of mutual occultations and eclipses of natural planeta...
In 1994-1996 the Sun and the Earth passed through the equatorial plane of Saturn and therefore thro...
International audienceIn 1994-1996 the Sun and the Earth passed through the equatorial plane of Satu...
We carried out observations of mutual events in Saturn’s system of satellites as part of the PHESAT9...
Context. We present a remeasurement of old photographic plates, providing important raw data for dyn...
Photometry of mutual eclipses and occultations of planetary satellites is a powerful technique to ex...
International audienceContext. We present a remeasurement of old photographic plates, providing impo...
This paper presents an analysis of astrometric reduction methods for the calibration of a CCD target...
Context. The photometry of mutual occultations and eclipses of natural planetary satellites can be u...
list.dat 32x60 List of observations; table3.dat 19x85 Sites of observation for the PHESAT09 campaign...
Context. The photometry of mutual occultations and eclipses of natural planetary satellite...
The mutual eclipse of S4 Dione by S3 Tethys (Dec 23, 2009) and mutual occultation of S3 Tethys by S4...
International audienceIn this paper, we present astrometric results derived from reduction of 65 lig...
International audienceContext. The photometry of mutual occultations and eclipses of natural planeta...
In 1994-1996 the Sun and the Earth passed through the equatorial plane of Saturn and therefore thro...
International audienceIn 1994-1996 the Sun and the Earth passed through the equatorial plane of Satu...
We carried out observations of mutual events in Saturn’s system of satellites as part of the PHESAT9...
Context. We present a remeasurement of old photographic plates, providing important raw data for dyn...
Photometry of mutual eclipses and occultations of planetary satellites is a powerful technique to ex...
International audienceContext. We present a remeasurement of old photographic plates, providing impo...
This paper presents an analysis of astrometric reduction methods for the calibration of a CCD target...
Context. The photometry of mutual occultations and eclipses of natural planetary satellites can be u...
list.dat 32x60 List of observations; table3.dat 19x85 Sites of observation for the PHESAT09 campaign...
Context. The photometry of mutual occultations and eclipses of natural planetary satellite...
The mutual eclipse of S4 Dione by S3 Tethys (Dec 23, 2009) and mutual occultation of S3 Tethys by S4...