2006MNRAS.373..705R

Query : 2006MNRAS.373..705R

2006MNRAS.373..705R - Mon. Not. R. Astron. Soc., 373, 705-714 (2006/December-1)

Optical spectroscopy of high proper motion stars: new M dwarfs within 10 pc and the closest pair of subdwarfs.

REYLE C., SCHOLZ R.-D., SCHULTHEIS M., ROBIN A.C. and IRWIN M.

Abstract (from CDS):

We present spectra of 59 nearby star candidates, M dwarfs and white dwarfs, previously identified using high proper motion catalogues and the DENIS database. We review the existing spectral classification schemes and spectroscopic parallax calibrations in the near-infrared J band and derive spectral types and distances of the nearby candidates. Forty-two stars have spectroscopic distances smaller than 25 pc, three of them being white dwarfs. Two targets lie within 10 pc, one M8 star at 10.0 pc (APMPM J0103-3738), and one M4 star at 8.3 pc (L 225-57). One star, LHS 73, is found to be among the few subdwarfs lying within 20 pc. Furthermore, together with LHS 72, it probably belongs to the closest pair of subdwarfs we know.

Abstract Copyright: 2006 The Authors. Journal compilation © 2006 RAS

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

VizieR on-line data: <Available at CDS (J/MNRAS/373/705): table5.dat>

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

Simbad objects: 64

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Number of rows : 64
N Identifier Otype ICRS (J2000)
RA 		ICRS (J2000)
DEC 		Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2024 		#notes
1 G 130-43 PM* 00 07 26.7085549081 +29 14 32.765882014       12.4   M3.5V 24 0
2 L 291-115 PM* 00 33 13.5085431329 -47 33 16.517449508   17.347 15.763     M5 15 0
3 LP 938-71 LM* 01 02 51.0512652806 -37 37 43.765024016     18.575 16.223 13.83 M8.0V 34 0
4 LP 938-112 PM* 01 08 46.4261444832 -37 10 21.444839893           M4.5 12 0
5 CD-68 47 ** 01 10 22.8808981176 -67 26 41.948658967 12.515 11.368 9.824 8.73 7.353 M2.5V 90 0
6 V* YZ Cet Er* 01 12 30.6368826382 -16 59 56.358011559 15.315 13.885 12.074 10.696 8.938 M4.0Ve 264 0
7 CD-42 469 PM* 01 21 34.5939907670 -41 39 23.050001874 12.63 11.527 10.130 9.253 8.376 M0Vk: 60 0
8 LP 991-16 WD* 01 24 03.9865613559 -42 40 38.426729027     14.83 14.52 14.19 DA7H 28 0
9 G 269-161 Pe* 01 25 38.0817747857 -29 11 02.464931511   15.42 13.95 13.65   M3+ 15 0
10 G 274-90 PM* 01 45 11.7427476977 -32 05 07.157614589   15.12 13.63 13.370   M3+ 19 0
11 LP 940-20 PM* 01 49 42.7247619189 -33 19 19.959265023   16.60       M4.5Ve 12 0
12 L 294-112 PM* 01 52 51.5854440281 -48 05 41.221362632   13.4   13.526   M4.5 25 0
13 LP 469-67 LM* 02 02 16.2429995239 +10 20 13.937753422       15.711   M5.5V 53 0
14 BD+02 348 PM* 02 12 20.9873991153 +03 34 32.232373243 12.552 11.477 10.042 9.092 7.988 M1V 183 0
15 LP 885-35 LM* 02 15 08.0424621263 -30 40 01.401489627           M8 21 0
16 LP 829-41 PM* 02 16 21.4265254416 -22 00 48.690468432     16.41     M5.5Ve 13 0
17 LP 941-57 PM* 02 22 18.2936638905 -36 51 51.587555177           M5.5 9 0
18 L 225-57 PM* 02 34 21.1900193188 -53 05 36.753213510   14.137 12.565 11.7   M4 28 0
19 LP 830-14 WD* 02 35 21.7949399589 -24 00 47.123038900   16.4       DC 30 0
20 L 127-33 PM* 02 40 37.2112603712 -60 44 45.998468581   15.35       M2 9 0
21 L 226-56 PM* 02 55 14.4854093471 -51 40 20.973245065   15.852 14.384 13.978   M4 16 0
22 LP 942-107 LM* 03 05 11.2100787562 -34 05 24.014259069   15.476 13.923 13.775 11.12 M 17 0
23 LP 994-114 ** 03 09 22.19376 -39 11 03.1344       12.516 10.37 M3 11 0
24 LP 772-8 PM* 03 09 51.1890021597 -19 06 47.713672046     14.11 13.43   M4.0 12 0
25 V* CD Cet BY* 03 13 22.9175070353 +04 46 29.336548127   15.61 14.001 13.650   M4.5V 135 0
26 LP 831-45 PM* 03 14 18.1626185196 -23 09 29.751928937   14.093 12.525 12.297 9.91 M3.5 21 0
27 LP 772-31 PM* 03 17 18.0458689877 -19 40 17.805086564   16.2       M4.5 13 0
28 BD-12 662 PM* 03 29 19.7918590731 -11 40 42.125381784 12.692 11.415 9.991 9.116 8.287 dK7 61 0
29 Ross 578 LM* 03 38 15.6979940371 -11 29 13.505034257   14.67 13.02     d/sdM2 62 0
30 L 228-92 PM* 03 38 55.9143782760 -52 34 10.612271064     14.429 14.059   M4.5 21 0
31 G 160-28 Er* 03 50 44.2893983103 -06 05 41.628583585   14.48 12.843 12.498   M3V 66 0
32 L 129-35 PM* 04 04 31.9726826497 -62 59 14.010290917   16.5       M4 15 0
33 L 178-47 PM* 04 18 51.0270391476 -57 14 01.149405171   14.85 13.30 12.955   M2.5 25 0
34 HD 33793 PM* 05 11 40.5898395497 -45 01 06.361734876 11.624 10.433 8.853 7.9 6.899 M1VIp 336 0
35 APMPM J0541-5349 ** 05 41 27.2013850776 -53 49 14.706606432   15.188 13.705 13.778   M2 5 0
36 L 595-22 Pe* 05 56 24.7419040752 -27 51 32.361761700   12.31 12.38     sdG 164 0
37 HD 42581 Er* 06 10 34.6149358167 -21 51 52.656352926 10.801 9.607 8.125 7.164 6.121 M1V 478 0
38 Ross 619 PM* 08 11 57.5691729379 +08 46 22.952885566   14.60 12.834 12.527   M4.5V 201 0
39 LP 904-51 PM* 10 41 44.0064958718 -31 11 54.374891540   16.80       M5 8 0
40 HD 103095 Pe* 11 52 58.7673387755 +37 43 07.254113125 7.38 7.20 6.45 5.80 5.35 K1V_Fe-1.5 802 1
41 HD 134440 PM* 15 10 12.9678589986 -16 27 46.522175847 10.69 10.217 9.426 8.913 8.441 K2V 281 0
42 HD 134439 PM* 15 10 13.0873110544 -16 22 45.877317625 10.03 9.837 9.066 8.604 8.160 sd:K1Fe-1 325 0
43 LP 444-35 PM* 16 14 32.6227148791 +19 06 10.871130056   14.44   12.1   M3.5V 42 0
44 LP 141-1 LM* 18 45 52.2450125367 +52 27 40.624600956   16.72 14.96 14.67   d/sdM4 46 0
45 L 348-141 PM* 19 31 53.2431154671 -48 33 53.750388196       14.15   M4.5 7 0
46 Wolf 896 PM* 20 56 46.5969248424 -10 26 54.747253252 14.112 12.999 11.487 10.428 9.106 dM2.5 101 0
47 WT 766 PM* 21 01 07.4108149283 -49 07 25.005097491   14.99 13.33 13.03   M4.5 18 0
48 Wolf 918 PM* 21 09 17.4271514815 -13 18 09.013127841 13.501 12.362 10.869 9.891 8.805 M1V 141 0
49 CD-42 15640 ** 21 49 11.8507105 -41 33 32.434697 14.383 13.133 11.510 10.41 9.029 M6V 32 0
50 L 83-10 PM* 22 10 10.6096349304 -70 10 10.517271852   14.453 13.047     M2 12 0
51 LP 1032-120 PM* 22 23 09.6858405502 -43 27 38.732773703   15.39       M3 14 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 HD 214100 PM* 22 36 09.6882282196 -00 50 29.761996396   11.431 9.930 9.877   M1V 87 0
54 L 357-25 PM* 22 40 57.9762297699 -45 43 24.733925168   14.1 13.828 13.491   M3 16 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 Feige 110 HS* 23 19 58.3996844256 -05 09 56.171142864 10.360 11.45 11.50 11.970 12.145 sdO8VIIIHe5 636 1
58 APMPM J2330-4737 PM* 23 30 16.1678683584 -47 36 45.082175689     18.081 15.867 13.682 M6e 13 0
59 G 157-77 PM* 23 35 10.4624266947 -02 23 20.613547105   16.60 14.69 14.447   M5.0Ve 94 0
60 LP 878-73 PM* 23 40 47.6425711023 -22 25 30.865218661   16.4       M4 13 0
61 CD-24 17814 PM* 23 43 13.6469394765 -24 09 52.159666632   13.47 12.06 11.84   K4 31 0
62 G 275-92 PM* 23 43 16.7373271618 -24 11 16.391339460   14.23 13.7 12.38   sdK7 25 0
63 LP 1035-82 PM* 23 53 08.2703497464 -42 32 03.568460388     12.845 12.526   M3 13 0
64 LP 987-47 PM* 23 53 40.9575595564 -35 59 05.874513329     13.474 13.273   M4 15 0

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