coord 09 33 23.69 -50 25 10.6 (ICRS, J2000, 2000.0), radius: 10 arcmin

Gaia DR2: For now, Gaia DR2 data are not in SIMBAD, it is available in Vizier. The CDS will perform a cross-identification of Gaia DR2 with the astronomical objects in the SIMBAD bibliographic database. This will be done with very strict criteria in order to avoid erroneous cross-identifications. Especially, only the 6.5 milllions objects with subarseconds coordinates will be searched in Gaia DR2. Expected to be ready on June 30, 2018.



C.D.S. - SIMBAD4 rel 1.7 - 2018.06.24CEST07:03:39

Number of rows : 14

N Identifier dist(asec) Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2018
#notes
1 TYC 8175-1156-1 0.48 * 09 33 23.7406 -50 25 10.627   11.64 11.56     ~ 0 0
2 TYC 8175-1156-2 0.83 * 09 33 23.776 -50 25 10.73   12.57 12.24     ~ 0 0
3 TYC 8175-484-1 122.97 * 09 33 36.52960 -50 25 02.7272   11.93 11.42     ~ 0 0
4 TYC 8175-1002-1 147.68 * 09 33 08.43500 -50 24 47.1537   11.75 10.74     ~ 0 0
5 [W71b] 047-15 191.12 C* 09 33 42.58302 -50 26 13.3330     15.2     C 5 0
6 TYC 8175-500-1 269.32 * 09 33 39.94813 -50 28 50.6399   12.14 10.93     ~ 0 0
7 HD 297521 379.49 * 09 34 02.88794 -50 26 11.5322   10.53 9.56     G5 5 0
8 TYC 8175-339-1 389.50 * 09 33 29.68302 -50 31 35.8722   11.32 10.80     ~ 0 0
9 TYC 8175-876-1 433.71 * 09 32 38.35227 -50 25 29.6674   12.52 11.07     ~ 0 0
10 IRAS 09318-5004 440.56 * 09 33 34.72785 -50 18 02.8907           M7 1 0
11 TYC 8176-2056-1 457.45 * 09 34 01.73861 -50 20 33.4532   12.03 11.53     ~ 0 0
12 TYC 8176-1970-1 476.04 * 09 34 11.31359 -50 22 51.7560   12.90 11.69     ~ 0 0
13 TYC 8176-2429-1 497.73 * 09 34 02.11958 -50 30 46.9112   12.25 11.65     ~ 0 0
14 [W71b] 047-13 573.02 C* 09 33 27.89218 -50 34 42.2156   18.1 16.4 14.500   C 5 0

    Equat.    Gal    SGal    Ecl

To bookmark this query, right click on this link: simbad:coo=09 33 23.69000000-50 25 10.6000000,rad=10 arcmin and select 'bookmark this link' or equivalent in the popup menu


2018.06.24-07:03:39

© Unistra/CNRS

Contact