2003A&A...402..541C


Query : 2003A&A...402..541C

2003A&A...402..541C - Astronomy and Astrophysics, volume 402, 541-547 (2003/5-1)

Photometric parallaxes of Southern high proper motion stars. I.

COSTA E. and MENDEZ R.A.

Abstract (from CDS):

Photometric distances derived from VRI photometry are given for 44 high proper motion stars from the Cerro El Roble proper motion surveys of Wroblewski & Torres (1991A&AS...91..129W, 1997A&AS..122..447W) and Wroblewski & Costa (2001A&A...367..725W). The observations were carried out with the main purpose of estimating the distance of selected members of the above survey that are likely to be nearby. We have discovered 13 stars closer than 25 pc, the classical limit of the Catalogs of Nearby Stars (see e.g. Gliese & Jahreiss, 1991, Cat. V/70) and the NASA/NSF NStars Project. Those stars of the sample whose photometric distances are less than ∼25pc, or have proper motions in excess of 0.50arcsec/year, are either currently being targeted by the Cerro Tololo Parallax Investigation (CTIOPI) or will be targets of a forthcoming expansion of this survey.

Abstract Copyright:

Journal keyword(s): astrometry - stars: kinematics - techniques: photometric

CDS comments: Table 1 : WT 233b = WT 233, WT 1760b = WT 1760.

Simbad objects: 43

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Number of rows : 43
N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2023
#notes
1 L 442-72 PM* 02 42 56.2512779884 -38 56 12.184967605   14.8 13.2 12.734   M3.5 18 0
2 LP 993-119 PM* 02 45 59.4339189022 -40 24 54.641134419   15.498 14.006 12.64   M2.5 15 0
3 LP 771-55 PM* 02 57 52.5997543963 -15 13 16.296339492     16.181     ~ 6 0
4 LP 772-18 PM* 03 12 50.4701587916 -15 10 12.539932638     13.916 14.65   ~ 10 0
5 WT 1356 PM* 03 13 19.7012540901 -16 38 45.760389068     16.080     M4.5V 5 0
6 WT 110 PM* 03 20 12.0169674964 -65 41 09.168592790   17       ~ 4 0
7 CD-33 1180 PM* 03 20 43.5673645077 -33 27 53.587988067   12.15 11.60     ~ 23 0
8 WT 121 PM* 03 31 25.1595450789 -64 39 10.987840542   16       ~ 4 0
9 LP 888-32 PM* 03 35 28.9572637434 -32 18 02.732641132     12.776 12.305   ~ 11 0
10 LP 888-33 PM* 03 35 30.3719184995 -32 18 25.679555613   15.5       ~ 10 0
11 L 177-19 PM* 04 01 13.8074703372 -55 57 27.912135712     13.012     ~ 9 0
12 WT 133 PM* 04 02 13.9130079112 -43 25 26.535497332   16.5 16.030 14.665 12.962 M4.5V 10 0
13 WT 135 LM* 04 11 27.1824670566 -44 18 09.363170380   15       M3.0VI 15 0
14 WT 143 PM* 04 24 20.1296406653 -55 39 36.746445138   17       ~ 6 0
15 LP 892-16 PM* 05 11 51.0157891233 -29 39 07.242284344     14.544     ~ 8 0
16 LP 717-20 PM* 05 16 40.0248784198 -13 50 06.329530877       15.91   ~ 6 0
17 WT 178 Er* 05 37 39.7699329102 -61 54 43.683385136   15.5 14.919 13.70   M4.5 18 0
18 WT 2431 PM* 05 41 52.3473973633 -36 17 54.086641032   14.0       M0 5 0
19 WT 2451 PM* 05 57 13.6294800788 -36 48 17.752522600   16.0       ~ 4 0
20 LP 779-35 PM* 06 15 16.2782676876 -20 47 13.079108953     13.622     ~ 5 0
21 LP 895-21 PM* 06 36 48.8384056120 -27 27 48.150684633     14.903     ~ 8 0
22 L 597-18 PM* 06 43 40.6602749667 -26 24 40.971788007   14.487 12.866 12.581   M3 23 0
23 LP 839-33 PM* 06 48 10.2594827557 -26 09 53.279560100     16.882     ~ 8 0
24 WT 1542 PM* 07 07 10.861632 -26 55 29.60328       13.69   ~ 2 0
25 L 60-13 Er* 07 26 29.0483854521 -70 49 40.580699930     12.574 12.178   ~ 13 0
26 WT 233 EB* 07 56 13.4129626784 -67 05 20.572861296   15.0 16.225 15.324 14.422 M0V 8 0
27 G 161-23 PM* 09 24 14.1885384766 -09 48 22.038367522   12.38 11.240 10.859 9.56 M0V 14 0
28 LAWD 30 WD* 09 29 07.9844366140 -71 33 58.992290850   15.615 15.44 14.97 14.83 DA5.9 34 0
29 LP 788-20 PM* 09 41 21.2171152444 -20 34 40.977840531     12.600 12.167   M2.5 14 0
30 LP 788-49 PM* 09 51 23.3305685254 -17 44 24.502403540   13.29 11.840 10.83 9.55 M2 14 0
31 L 64-33 PM* 09 52 19.6631857057 -71 32 56.811420465     12.952 12.582   ~ 11 0
32 WT 2461 PM* 09 54 34.5914490189 -33 49 09.219000720   16.5       ~ 6 0
33 WT 2462 PM* 09 56 18.380400 -34 53 57.58008       14.81   ~ 4 0
34 WT 2463 PM* 09 57 27.4462607211 -33 05 34.781265824   16.5       ~ 5 0
35 LTT 3725 PM* 10 11 09.4792787136 -32 02 33.125057736     15.650     ~ 3 0
36 WT 1759 WD* 10 12 01.8720031423 -18 43 33.272144578     15.446 15.55 14.92 DZ7 32 1
37 WT 1760 EB* 10 12 06.1392125834 -28 51 37.667758141     16.164     M4V 5 0
38 L 464-6 PM* 10 12 59.6099405581 -35 43 58.925292404   14.6 12.95     M3.5 22 0
39 CE 148 PM* 10 19 51.2609019250 -41 48 46.176409734   14.07 11.637 11.204 9.60 M2 21 0
40 CE 149 PM* 10 19 53.710176 -41 48 59.80212   14.78 13.16 12.82 10.47 M3.5 16 0
41 L 752-53 PM* 10 21 08.0978843196 -17 43 37.896137464   12.87 11.261 10.873 9.36 M0.5Vk: 20 0
42 WT 2475 PM* 10 24 19.1078382414 -34 41 11.996624363   16.0       ~ 5 0
43 CD-33 7042 PM* 10 31 59.4236787819 -34 16 36.334636272   12.70 11.06     K6.5V 17 0

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2023.09.30-08:21:38

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