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Table 11:

Catalogue of mean radial and rotational velocities.
Cluster No. ID RA(J2000) Dec(J2000) $\bar{RV}$ $\epsilon$ $\sigma$ E/I N V sin i Error $\Delta T$ $P(\chi ^2)$ Notes
Blanco 1 0008 SA140 66 23 59 26.73 -28 51 13.9 4.74 0.25 0.48 0.80 6 14.9 0.7 4737 0.675 NM
Blanco 1 0015 ZS 3 0 00 11.33 -29 50 42.5 -8.32 1.66 3.71 7.65 5 4.1 1.5 350 0.000 NM, SB
Blanco 1 0016 ZS 9 0 00 12.04 -30 20 50.4 -6.08 0.20 0.20 0.47 5 6.0 1.0 3989 0.930 NM
Blanco 1 0018 SA140 91 0 00 35.38 -29 15 48.3 11.42 0.56 0.56   1 6.2 2.9     NM
Blanco 1 0019 W 19 0 00 45.02 -29 06 30.2 6.31 0.36 0.81 1.88 5 0.0 0.0 3971 0.008 SB2?
Blanco 1 0020 SA140 97 0 00 46.60 -29 08 05.6 6.63 0.16 0.34 0.85 6 4.8 0.9 3985 0.613  
Note: the columns contain the cluster name, the star identification according to the numbering system used in WEBDA, the original identification (ID), the mean radial velocity ($\bar{RV}$), the uncertainty on the mean ($\epsilon$), the formal standard deviation, ($\sigma$), of radial velocities, all three in km s-1, the external to internal error ratio, $E/I = \sigma$/$\epsilon$, the number of observations used in the computation of the mean velocity (N), the rotational velocity ($V \sin i$) and its error, the time span in [days] covered by observations, ($\Delta T$), the probability that the scatter is due to random noise ($P(\chi ^2)$), and notes on membership (NM for non members), binarity (SB1: spectroscopic binary, SB1O: binary with an orbit, SB2 and SB2O: double-lined binary. The full table is available in electronic form at the CDS.

Source LaTeX | All tables | In the text

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