CDS

2004A&A...421..643R

Query : 2004A&A...421..643R

2004A&A...421..643R - Astronomy and Astrophysics, volume 421, 643-648 (2004/7-2)

New nearby stars in the Liverpool-Edinburgh high proper motion survey selected by DENIS photometry.

REYLE C. and ROBIN A.C.

Abstract (from CDS):

We present a systematic search for new neighbourhood stars among the Liverpool-Edinburgh high proper motion survey which we cross-identified with the DENIS survey. Their high proper motions ensure that they are not giant stars. The distances are estimated using DENIS photometry and we found that 100 stars probably lie within 25 parsec from the Sun. They are mostly M-dwarfs, and 10 are probably white dwarfs. This is the first distance estimate for 84 stars among them. 10 stars, L 170-14A, DENIS J0146291-533931, DENIS J0235219-240038, LP 942-107, DENIS J0320518-635148, LTT 1732, DENIS J0428054-620929, DENIS J2210200-701005, DENIS J2230096-534445, and NLTT 166-3 are estimated to be closer than 15 parsec. In addition, one star, DENIS J2343155-241047, could also lie within 15pc if it belongs to the halo.

Abstract Copyright: ∼

Journal keyword(s): Galaxy: solar neighbourhood - stars: late-type - stars: white dwarfs

VizieR on-line data: <Available at CDS (J/A+A/421/643): table1.dat>

Status at CDS : All or part of tables of objects could be ingested in SIMBAD with priority 2.

Simbad objects: 69

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Number of rows : 69
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 LAWD 1 WD* 00 02 40.0947866937 -34 13 39.592411637   15.36 14.94     DC 66 0
2 L 217-15 PM* 00 07 05.4492903998 -56 05 04.619778745   15.043 13.446 13.135   ~ 12 0
3 G 267-34 Er* 00 07 54.5588291064 -29 58 44.367349980   14.64 13.14     M3V 13 0
4 L 217-9 Er* 00 11 49.1403022005 -55 21 51.552638737   14.2 13.378 13.119   M3V 12 0
5 LP 881-64 ** 00 24 44.1774908692 -27 08 25.263232614   17.18 15.338 13.502 11.403 M5.5/6Ve+M8.5Ve+M9/9.5V 137 0
6 L 170-14 B WD* 00 29 49.7202053113 -54 41 33.007220470   15.96       DA 12 0
7 L 291-115 PM* 00 33 13.5085431329 -47 33 16.517449508   17.347 15.763     M5 15 0
8 LP 825-400 PM* 00 33 21.7746765913 -24 25 19.821641188   17.951 15.941 15.839   M2 9 0
9 LP 881-239 PM* 00 37 35.7934240176 -27 08 30.912903528   15.81 14.27 14.10 11.48 M3.5 11 0
10 EGGR 246 WD* 00 41 26.0270023159 -22 21 02.292155084   15.25 14.60 14.088 13.671 DQ9 110 0
11 LP 989-155 PM* 00 45 55.3755143423 -42 47 43.309050269           ~ 8 0
12 LP 766-87 PM* 00 46 20.4889268824 -19 24 43.856855157   21.0       M6.5Ve 12 0
13 CD-28 302 SB* 00 58 27.9358715189 -27 51 25.393748503 14.638 13.382 11.801 10.663 9.202 M3V 69 0
14 G 268-110 PM* 01 04 53.8030982635 -18 07 28.625562071   16.34 14.47 14.81 10.97 dM5.0 54 0
15 G 268-116 LM* 01 06 26.8911326136 -26 01 24.805836372   16.47 14.89 13.8 12.4 M3.5V 10 0
16 G 269-106 PM* 01 08 18.2916889210 -28 48 20.569247286   15.13 13.4 13.160   M3 32 0
17 LP 938-112 PM* 01 08 46.4261444832 -37 10 21.444839893           M4.5 12 0
18 G 268-131 Er* 01 09 18.7264427443 -24 30 23.683332247   16.21 14.54 14.242 11.52 M4 22 0
19 G 269-125 PM* 01 14 08.5977510562 -36 56 43.243037787   14.5 13.8 13.516   M3.5 19 0
20 CD-54 269 Er* 01 14 34.1965910437 -53 56 31.610738029 13.791 12.591 11.077 10.094 8.985 M3V 45 0
21 LP 938-149 PM* 01 15 29.8170026712 -33 25 52.356039816           M4.5Ve 7 0
22 LP 939-44 PM* 01 24 30.6235148520 -33 55 01.719719904     15.490 15.30 12.344 M5 13 0
23 G 272-26 PM* 01 30 43.1229308376 -19 29 12.295972356   16.8       M4 4 0
24 G 274-90 PM* 01 45 11.7427476977 -32 05 07.157614589   15.12 13.63 13.370   M3 19 0
25 LP 940-4 PM* 01 45 35.3567022144 -35 10 22.471351500           ~ 3 0
26 LP 940-20 PM* 01 49 42.7247619189 -33 19 19.959265023   16.60       M4.5Ve 12 0
27 L 223-77 PM* 01 55 13.1973388764 -53 06 30.905215717   16.19       M3.5 12 0
28 LP 885-35 LM* 02 15 08.0424621263 -30 40 01.401489627           M8 21 0
29 LP 829-41 PM* 02 16 21.4265254416 -22 00 48.690468432     16.41     M5.5Ve 13 0
30 LP 941-57 PM* 02 22 18.2936638905 -36 51 51.587555177           M5.5 9 0
31 LP 829-51 PM* 02 23 24.0092549047 -23 18 24.677515044   15.868 14.239 12.98 11.38 M4.0 14 0
32 LP 993-43 PM* 02 27 59.0149402032 -42 43 35.615286336           ~ 2 0
33 LP 941-90 Er* 02 28 07.7560071278 -36 28 20.402252447       13.911   ~ 11 0
34 L 657-32 PM* 02 28 31.9358000047 -20 02 26.166781018   14.44 12.856 12.465   M2.5V 30 0
35 L 225-57 PM* 02 34 21.1900193188 -53 05 36.753213510   14.137 12.565 11.7   M4 28 0
36 LP 993-98 PM* 02 42 06.1260767327 -41 24 35.293591754       15.939   ~ 7 0
37 LP 831-1 PM* 02 54 39.5141039225 -22 15 58.516548802   13.85 12.972 12.653   M3 13 0
38 LP 942-107 LM* 03 05 11.2100787562 -34 05 24.014259069   15.476 13.923 13.775 11.12 MV 17 0
39 LEHPM 3068 PM* 03 06 01.7210745192 -26 47 43.722018888     18.43     M6e 13 1
40 LP 942-118 PM* 03 08 25.4112502367 -38 12 43.057198698           M5 11 0
41 LP 994-114 ** 03 09 22.19376 -39 11 03.1344       12.516 10.37 M3 11 0
42 LP 772-8 PM* 03 09 51.1890021597 -19 06 47.713672046     14.11 13.43   M4.0 12 0
43 LP 831-45 PM* 03 14 18.1626185196 -23 09 29.751928937   14.093 12.525 12.297 9.91 M3.5 21 0
44 LP 772-31 PM* 03 17 18.0458689877 -19 40 17.805086564   16.2       M4.5 13 0
45 L 228-92 PM* 03 38 55.9143782760 -52 34 10.612271064     14.429 14.059   M4.5 20 0
46 LP 944-20 LM* 03 39 35.2523500210 -35 25 43.641996333     18.69 16.39 13.288 M9.5Ve 283 0
47 L 83-10 PM* 22 10 10.6096349304 -70 10 10.517271852   14.453 13.047     M2 12 0
48 WT 887 Er* 22 13 50.4642728880 -63 42 10.010267604           M5/6e 19 0
49 LP 931-40 PM* 22 19 23.6879580714 -28 23 20.711590499   16.518 14.841     M4.5 20 0
50 LP 931-48 PM* 22 21 53.3512320576 -31 31 22.559256444       13.300   ~ 7 0
51 L 788-34 Er* 22 23 06.9968051575 -17 36 26.333040286   15.09 13.30 11.87 10.04 M4.5Ve 91 0
52 LP 1033-31 ** 22 35 04.893816 -42 17 48.02712   14.879 13.316 13.015   M4.5+M4.5 14 0
53 L 357-25 PM* 22 40 57.9762297699 -45 43 24.733925168   14.1 13.828 13.491   M3 16 0
54 LP 876-51 PM* 22 41 07.6250968872 -22 21 57.832115076           ~ 4 0
55 L 166-3 PM* 22 42 00.0513829114 -59 15 12.361701552   15.560 14.017     M4 15 0
56 G 275-12 ** 23 10 00.238680 -21 11 43.19232   14.318 12.766 12.555   M1+M4 18 0
57 LP 822-1 PM* 23 12 14.2595772327 -17 45 46.968490755   15.7 14.9     M4 10 0
58 LP 878-3 PM* 23 33 40.6316955105 -21 33 53.092574857   19.3       M5.0V 17 0
59 L 504-27 PM* 23 36 52.3030115926 -36 28 51.686807428   15.34 13.72 13.519   M4 29 0
60 LP 878-73 PM* 23 40 47.6425711023 -22 25 30.865218661   16.4       M4 13 0
61 L 360-13 PM* 23 41 00.7280051012 -44 57 18.155788732   14.5 13.607 13.281 11.03 M2 17 0
62 G 275-82 PM* 23 41 16.3090148203 -26 57 21.115296837   15.1 13.036 12.773   M3 10 0
63 LP 1035-50 PM* 23 41 29.0791463288 -38 27 57.560644074           ~ 5 0
64 DENIS J234315.5-241047 * 23 43 15.49 -24 10 47.2           ~ 1 0
65 LP 1035-64 PM* 23 47 56.4701643185 -39 11 12.906608917           ~ 11 0
66 LP 1035-82 PM* 23 53 08.2703497464 -42 32 03.568460388     12.845 12.526   M3 13 0
67 LP 987-47 PM* 23 53 40.9575595564 -35 59 05.874513329     13.474 13.273   M4 15 0
68 L 433-62 PM* 23 54 04.2660246147 -41 32 30.780520676   14.4 13.296 12.894   M4 21 0
69 APMPM J2358-3407 PM* 23 57 55.1047101707 -34 07 19.532000191           M6.5 8 0

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2023.06.04-20:16:39

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