Table 2.

Log of the HST/STIS observations. The systems are ordered by orbital period. The fourth column reports the instrumental magnitudes measured from the acquisition images, which were obtained through the F28 × 50LP filter.

SystemPorbTypeF28 × 50 LPE(B − V)ObservationNumberTotalState
(min)(mag)(mag)dateofexposure
orbitstime (s)
V485 Cen59.03SU UMa17.90.071a2004 Apr 151900q
V844 Her78.69SU UMa17.40.013b2003 Feb 231900q
UV Per93.44SU UMa17.90.0c2002 Oct 111900q
RZ Sge98.32SU UMa18.00.302a2003 Jun 131900q
CY UMa100.18SU UMa17.30.012a2002 Dec 271830q
QZ Ser119.75SU UMa16.90.038b2003 Oct 071900q
DV UMa123.62SU UMa18.60.014b2004 Feb 081900q
BD Pav258.19U Gem14.60.0c2003 Feb 091600q
SystemPorbTypeF28 × 50 LPE(B − V)ObservationNumberTotalState
(min)(mag)(mag)dateofexposure
orbitstime (s)
V485 Cen59.03SU UMa17.90.071a2004 Apr 151900q
V844 Her78.69SU UMa17.40.013b2003 Feb 231900q
UV Per93.44SU UMa17.90.0c2002 Oct 111900q
RZ Sge98.32SU UMa18.00.302a2003 Jun 131900q
CY UMa100.18SU UMa17.30.012a2002 Dec 271830q
QZ Ser119.75SU UMa16.90.038b2003 Oct 071900q
DV UMa123.62SU UMa18.60.014b2004 Feb 081900q
BD Pav258.19U Gem14.60.0c2003 Feb 091600q

Notes. The E(B − V) data have been retrieved from: athe NASA/IPAC Extragalactic Database (NED); bthe three-dimensional map of interstellar dust reddening based on Pan-STARRS 1 and 2MASS photometry (Green et al. 2015); cUV Per: Szkody (1985), BD Pav: Sion et al. (2008). The NED data are the Galactic colour excess and represent an upper limit for the actual reddening while the Pan-STARRS data are the actual reddening for the systems with a known distance. The last column reports the state of the system during the HST observations: q – quiescence.

Table 2.

Log of the HST/STIS observations. The systems are ordered by orbital period. The fourth column reports the instrumental magnitudes measured from the acquisition images, which were obtained through the F28 × 50LP filter.

SystemPorbTypeF28 × 50 LPE(B − V)ObservationNumberTotalState
(min)(mag)(mag)dateofexposure
orbitstime (s)
V485 Cen59.03SU UMa17.90.071a2004 Apr 151900q
V844 Her78.69SU UMa17.40.013b2003 Feb 231900q
UV Per93.44SU UMa17.90.0c2002 Oct 111900q
RZ Sge98.32SU UMa18.00.302a2003 Jun 131900q
CY UMa100.18SU UMa17.30.012a2002 Dec 271830q
QZ Ser119.75SU UMa16.90.038b2003 Oct 071900q
DV UMa123.62SU UMa18.60.014b2004 Feb 081900q
BD Pav258.19U Gem14.60.0c2003 Feb 091600q
SystemPorbTypeF28 × 50 LPE(B − V)ObservationNumberTotalState
(min)(mag)(mag)dateofexposure
orbitstime (s)
V485 Cen59.03SU UMa17.90.071a2004 Apr 151900q
V844 Her78.69SU UMa17.40.013b2003 Feb 231900q
UV Per93.44SU UMa17.90.0c2002 Oct 111900q
RZ Sge98.32SU UMa18.00.302a2003 Jun 131900q
CY UMa100.18SU UMa17.30.012a2002 Dec 271830q
QZ Ser119.75SU UMa16.90.038b2003 Oct 071900q
DV UMa123.62SU UMa18.60.014b2004 Feb 081900q
BD Pav258.19U Gem14.60.0c2003 Feb 091600q

Notes. The E(B − V) data have been retrieved from: athe NASA/IPAC Extragalactic Database (NED); bthe three-dimensional map of interstellar dust reddening based on Pan-STARRS 1 and 2MASS photometry (Green et al. 2015); cUV Per: Szkody (1985), BD Pav: Sion et al. (2008). The NED data are the Galactic colour excess and represent an upper limit for the actual reddening while the Pan-STARRS data are the actual reddening for the systems with a known distance. The last column reports the state of the system during the HST observations: q – quiescence.

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