2003A&A...401..959P


C.D.S. - SIMBAD4 rel 1.7 - 2019.12.06CET07:01:42

2003A&A...401..959P - Astronomy and Astrophysics, volume 401, 959-974 (2003/4-3)

New neighbours. V. 35 DENIS late-M dwarfs between 10 and 30 parsecs.

PHAN-BAO N., CRIFO F., DELFOSSE X., FORVEILLE T., GUIBERT J., BORSENBERGER J., EPCHTEIN N., FOUQUE P., SIMON G. and VETOIS J.

Abstract (from CDS):

This paper reports updated results on our systematic mining of the DENIS database for nearby very cool M-dwarfs (M 6V-M 8V, 2.0≤I-J≤3.0, photometric distance within 30pc), initiated by Phan-Bao et al. (2001A&A...380..590P, hereafter Paper I). We use M dwarfs with well measured parallaxes (HIP, GCTP, ...) to calibrate the DENIS (MI, I-J) colour-luminosity relationship. The resulting distance error for single dwarfs is about 25%. Proper motions, as well as B and R magnitudes, were measured on archive Schmidt plates for those stars in the DENIS database that meet the photometric selection criteria. We then eliminate the giants by a Reduced Proper Motion cutoff, which is significantly more selective than a simple proper motion cutoff. It greatly reduces the selection bias against low tangential velocity stars, and results in a nearly complete sample. Here we present new data for 62 red dwarf candidates selected over 5700 square degrees in the DENIS database. 26 of those originate in the 2100 square degrees analysed in Paper I, with improved parameters here, and 36 were found in 3600 additional square degrees. 25 of those are new nearby dwarfs. We determine from that sample of 62 stars a stellar density for 12.0≤MI≤14.0 of <Φ>_I cor_=(2.2±0.4)x10–3stars/pc3/mag. This value is consistent with photometric luminosity functions measured from deeper and smaller-field observations, but not with the nearby star luminosity function. In addition we cross-identified the NLTT and DENIS catalogues to find 15 similar stars, in parts of the sky not yet covered by the colour-selected search. We present distance and luminosity estimates for these 15 stars, 10 of which are newly recognized nearby dwarfs. A similar search in Paper I produced 4 red dwarf candidates, and we have thus up to now identified a total of 35 new nearby late-M dwarfs.

Abstract Copyright:

Journal keyword(s): astrometry - stars: low mass, brown dwarfs - solar neighbourhood

VizieR on-line data: <Available at CDS (J/A+A/401/959): table2.dat table3.dat table5.dat>

CDS comments: Table 1 : HB 2124-4228 = [HB88] M19. In ref list LEGGETT 1992ApJS...82..351L instead of ApJS.82.531, LEONARD 1990ApJ...353..486L instead of AJ.353.486

Simbad objects: 148

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Number of rows : 148

N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2020
#notes
1 LP 584-4 PM* 00 02 06.2175390776 +01 15 36.142046995   20.8   18.4   M6.5e 13 0
2 G 158-27 PM* 00 06 43.1972293497 -07 32 17.024270968   15.72 13.837 13.605 10.15 M5.5V 162 0
3 CD-27 16 PM* 00 09 04.3583705340 -27 07 19.679855931 14.332 13.184 11.670 10.729 9.763 M0V 40 0
4 SDSS J001309.32-002551.9 LM* 00 13 09.3291809190 -00 25 51.904478375           M6.0V 9 0
5 CD-60 31 PM* 00 17 30.4963031798 -59 57 04.369286083   12.90 11.26     M1V 14 0
6 LP 764-108 PM* 00 20 08.3815502812 -17 03 41.001982562   13.20 13.642 11.369   M1+Vk: 24 0
7 LP 825-35 PM* 00 20 23.16 -23 46 05.4   20.4   17.71   M6e 9 0
8 EGM 95 PM* 00 21 56.0447626099 -31 24 21.812262092 13.82 12.635 11.130 10.121 8.919 M1.5 43 0
9 CD-51 89 PM* 00 23 18.5269006771 -50 53 37.939466238 14.58 13.405 11.887 10.842 9.56 M4V 35 0
10 V* DY Psc BY* 00 24 24.6343271916 -01 58 19.968960103   21.2 19.42 17.301 15.022 M9.5V 189 1
11 BD-10 109 PM* 00 36 00.0055751813 -09 30 56.136058586   12.6 11.198 10.771   K5V 17 0
12 CD-44 170 PM* 00 39 58.8243310853 -44 15 11.582410229 14.079 12.888 11.401 10.433 9.371 M4V 61 0
13 LP 646-17 PM* 00 48 13.3340348732 -05 08 07.698775154   13.56 12.033 11.704 9.91 M2.5V 18 0
14 RG 0050-2722 PM* 00 52 54.6987744919 -27 05 59.558907125     21.51     M7.5:V 38 0
15 G 270-100 PM* 00 56 30.2539063473 -04 25 15.127664421   16.73 15.02     M4.0V 8 0
16 BD-12 165 PM* 00 56 50.4239594118 -11 35 19.815367929 13.815 12.591 11.121 10.194 9.253 M0 14 0
17 2MASS J01000219-6156270 PM* 01 00 02.20 -61 56 27.1           M6 4 0
18 LEHPM 1188 PM* 01 03 12.0012297585 -53 51 43.337350075   20.1       M5.5e 6 0
19 G 268-110 PM* 01 04 53.8030201840 -18 07 28.627919243   16.34 14.47 14.81 10.97 M5 33 0
20 CD-48 329 PM* 01 17 59.3906636259 -48 09 01.182410040   13.62 11.577 11.160 9.76 M1V 18 0
21 G 270-188 PM* 01 18 16.0100294771 -12 53 59.380489593 14.371 13.263 11.796 10.788 9.566 M2 34 0
22 2MUCD 10076 PM* 01 20 49.1702970195 -07 41 03.688753974           M8e 6 0
23 CD-44 486 PM* 01 41 03.6466158295 -43 38 09.983379906   13.042 11.645 11.246   M0e 11 0
24 2MASS J01443191-4604318 PM* 01 44 31.9014315431 -46 04 31.819751731   19.3       M5.5e 7 0
25 G 271-149 PM* 01 46 36.8420002399 -08 38 57.608044947   14.57 12.99     M3 23 0
26 G 271-177 PM* 01 53 45.4886471855 -06 03 02.704093133   12.992 11.683 11.179   K5V 9 0
27 LP 649-93 PM* 02 18 57.9005182072 -06 17 49.998901307   21.5       M8V 14 0
28 SIPS J0235-0711 LM* 02 35 49.5923858438 -07 11 21.118950653   21.0   17.78 14.463 M7V 11 0
29 CD-47 797 PM* 02 36 39.0488491503 -46 54 18.308476776   12.04 10.88     ~ 9 0
30 G 75-30 Fl* 02 37 29.6817853637 +00 21 27.434268368   16.83   13.9   M5V 24 0
31 Wolf 1132 PM* 02 43 53.2159595833 -08 49 45.739330981 14.457 13.383 11.914 10.947 9.825 M1.5 37 0
32 LP 651-7 PM* 02 46 14.9156809526 -04 59 20.557260116   17.36 16.22     M6 24 0
33 LP 771-21 PM* 02 48 40.9989381330 -16 51 22.112790174       17.721 15.249 M8e 31 0
34 TVLM 831-161058 BD* 02 51 13.2553779423 +00 47 36.423054698     16.63     M9V 16 0
35 DENIS J025142.6-010205 PM* 02 51 42.6656087103 -01 02 05.778558465   21.2   20.5 16.36 ~ 6 0
36 SSSPM J0306-3648 PM* 03 06 11.5993195562 -36 47 52.852624827   20.6 19.2     M8.7V 19 0
37 V* FT Eri BY* 03 09 27.8704729968 -42 28 50.555875144       11.521   M0V 12 0
38 LEHPM 3263 PM* 03 20 58.8679822411 -55 20 15.715289198   20.1       M5.5e 8 0
39 G 77-55 PM* 03 29 04.0492880060 +01 40 07.585552406       11.330   K4/5V 9 0
40 CD-45 1184 PM* 03 32 55.8570995146 -44 42 07.002420200 14.277 13.063 11.478 10.399 9.062 M2.5V 46 0
41 L 372-58 PM* 03 35 59.6996745075 -44 30 45.725264343 16.22 14.98 13.07 11.45 9.47 M5.5V 70 0
42 LP 944-20 BD* 03 39 35.2525168530 -35 25 43.628465433   20.17 18.69 16.39 13.288 M9.5Ve 260 0
43 LP 593-68 Fl* 03 51 00.0273696150 -00 52 44.919271994   19.8 18.02     M8.0V 48 0
44 LP 714-37 ** 04 10 48.0436547194 -12 51 42.061289360   18.4   15.0 12.99 M5.5+M8.0+M8.5 20 0
45 2MASS J04362788-4114465 PM* 04 36 27.8873564697 -41 14 46.453996877           M8p? 12 0
46 LP 655-48 PM* 04 40 23.2761331563 -05 30 08.129120042   18.9 17.79 15.72 13.36 M7.5Ve 47 0
47 LEHPM 2-183 PM* 05 17 37.6984215869 -33 49 03.072363791   21.1       M8.0V 23 0
48 2MASS J05181131-3101529 LM* 05 18 11.3248184686 -31 01 52.889592861     17.74   14.17 M6.5 9 0
49 LP 836-41 PM* 05 20 29.3711217888 -23 18 48.679619028   19.2       M5e 3 0
50 L 95-2 PM* 06 10 59.8778507926 -65 12 20.816123155   11.95 11.54 10.916 9.33 M1V 25 0
51 CD-45 2540 PM* 06 29 01.4074455858 -45 21 59.067089596   12.072 10.697     K7-V(k) 18 0
52 L 597-31 PM* 06 32 08.8118985749 -27 01 58.171636280   12.74 11.404 10.976   M0 31 1
53 L 182-44 PM* 06 33 49.9717693776 -58 31 42.449389957 14.322 13.11 11.57 11.22 9.22 M2.5 41 0
54 G 108-24 PM* 06 44 13.9453271394 -00 55 31.431680465   13.00 11.598 11.137   M0 9 0
55 LP 783-2 PM* 07 40 19.3716710066 -17 24 45.910783260   17.6 16.696 14.695 12.37 M6.5Ve 56 0
56 CD-24 6396 PM* 08 03 40.8490264520 -24 28 34.862798122   11.91 10.89     K5 4 0
57 L 98-45 PM* 08 19 16.0981656423 -67 48 14.521848225   13.32 11.989 11.551   K8V 9 0
58 G 113-42 PM* 08 31 21.5992801449 -06 02 01.745571162 13.68 12.558 11.159 10.224 9.155 M2V 29 0
59 G 113-46 PM* 08 34 25.8858014242 -01 08 39.554260216   14.35 12.711 12.416   M3 23 0
60 S1* 329 S* 08 41 32.6336457393 -68 25 40.238595034   12.43 11.164 10.633   MS 24 0
61 Ross 439 PM* 09 28 53.3278560298 -07 22 15.808282217 14.774 13.627 12.104 11.044 9.726 M2.5 66 0
62 LP 788-1 PM* 09 31 22.3206009549 -17 17 42.324588717   19.2     13.140 M6.5 8 0
63 LP 789-23 PM* 10 06 31.9469632455 -16 53 26.309690136   20.3   16.875 14.573 M7.5Ve 18 0
64 LP 610-5 PM* 10 21 51.3177898821 -03 23 09.861297394   20.0   16.810 14.514 M6.5V 8 0
65 L 753-28 PM* 10 26 07.6356969731 -17 58 42.688289060   12.16 10.933 10.514   K4/5V 26 0
66 LP 731-58 Fl* 10 48 12.6142482968 -11 20 09.609457904   17.7 15.784 16.01 11.25 M6.5V 137 0
67 DENIS J104814.6-395606 BD* 10 48 14.5734267094 -39 56 06.843210566     17.532 15.051 12.67 M8.5Ve: 112 0
68 LP 731-47 PM* 11 06 56.916 -12 44 02.48   19.9     14.18 M6e 13 0
69 G 163-53 PM* 11 09 12.2399122395 -04 36 25.098752683   12.721 11.217 10.854   M0.5V 21 0
70 LP 732-94 SB* 11 21 49.1720839605 -13 13 08.728765179   21.1 19.57     M8.5V 121 0
71 2MUCD 11005 PM* 11 41 44.0484009243 -22 32 15.011086126   21.7       M7.5V 14 0
72 LP 793-33 PM* 11 45 34.4424400965 -20 21 12.429374339 14.578 13.347 11.811 10.767 9.538 M2.5V 14 0
73 LP 793-34 PM* 11 45 35.3976849497 -20 21 04.905779792   19.0       M5e 4 0
74 LP 733-71 PM* 11 46 42.9130951977 -14 00 51.781505601 14.331 13.19 11.700 10.639 9.287 M3V 57 0
75 LP 613-50 Fl* 11 47 42.0967170892 +00 15 06.047631650   18.6   15.5   M5e 14 0
76 Ross 129 PM* 11 55 07.2118415616 +00 58 25.536403569       11.136   M1.5Ve 37 0
77 LP 851-346 PM* 11 55 42.8513523068 -22 24 58.793286295   19.6     13.203 M7.5V 18 0
78 L 469-75 PM* 11 55 49.1567617313 -38 16 49.321811688 14.7 13.485 11.955 10.979 9.913 M1V 20 0
79 LP 908-5 PM* 12 01 42.0787813071 -27 37 46.292653479   19.8       M6.5Ve 6 0
80 L 469-72 PM* 12 04 36.5774955726 -38 16 24.924773955   13.30 11.767 11.336   M1V 20 0
81 L 758-108 PM* 12 11 11.7598897837 -19 57 38.069257626 14.475 13.276 11.709 10.619 9.253 M3 45 1
82 CD-25 9106 PM* 12 13 32.9146451433 -25 55 24.624113090 14.179 12.975 11.471 10.514 9.487 M1Vk: 13 0
83 2MASS J12363959-1722170 PM* 12 36 39.5814365214 -17 22 17.266559975           M6 5 0
84 L 38-15 PM* 12 36 48.7705693676 -76 57 17.653106529   12.29 10.95     M 30 0
85 G 13-51 PM* 12 38 47.2701073741 -04 19 17.059964853   15.12 13.539 13.312 10.82 M4.26 23 0
86 APMPM J1251-2121 PM* 12 50 52.6507580410 -21 21 13.606786816   21.3 19.0 16.67   M7.5e 17 0
87 G 14-47 PM* 13 20 24.9415494255 -01 39 27.053832603 14.3 13.103 11.591 10.613 9.524 M1.5Vk: 25 0
88 LP 855-14 PM* 13 27 53.9651066584 -26 57 01.481516396 14.528 13.32 11.775 10.777 9.597 M1.5V 14 0
89 G 64-7 PM* 13 38 24.6879095213 -02 51 52.070425055   16.0 15.5     ~ 8 0
90 LP 911-56 PM* 13 46 46.0469374194 -31 49 25.529137885   18.0     13.165 M6 10 0
91 LP 912-26 PM* 13 53 19.7510019169 -30 46 37.566204924       11.681   M1Vk 11 0
92 LP 619-50 Fl* 14 12 12.1221172271 -00 35 16.338897646   21 20.14 18.07 15.76 M6.5V 24 0
93 LP 859-1 PM* 15 04 16.1769421136 -23 55 56.583802570   19.9 18.9   14.652 M7.5Ve 19 0
94 TVLM 868-110639 BD* 15 10 16.8383355861 -02 41 08.050707379     20.505 18.035 15.664 M9V 54 0
95 G 151-34 PM* 15 11 50.6008195585 -10 14 18.068983729   15.92 14.26 14.058   M4.5 19 0
96 CD-27 10303 PM* 15 17 21.0916741229 -27 59 50.265693156 13.614 12.439 11.046 10.171 9.301 K7Ve 18 0
97 L 480-69 PM* 15 36 34.4874230108 -37 54 22.949847884   14.31 12.72 12.430 9.91 M5e 20 0
98 Ross 802 PM* 15 36 58.6247687287 -14 08 01.755185563   14.3 12.726 12.396 9.96 M4 34 0
99 2MASS J15383166-1038507 * 15 38 31.6707581149 -10 38 50.714574407           M5/5.5e 5 0
100 LP 860-30 PM* 15 46 11.5496597274 -25 14 05.310176162   19.0       M5e 3 0
101 HD 329879 PM* 15 49 38.3358159883 -47 36 34.095762986 13.803 12.75 11.174 10.667 9.352 M1 21 0
102 2MASS J15522374-0335212 PM* 15 52 23.7482933581 -03 35 21.139067999           ~ 3 0
103 LP 860-41 PM* 15 52 44.6114535629 -26 23 13.710254774   17.4       M6.0V 13 0
104 2MASS J15531862-0259197 * 15 53 18.6306623382 -02 59 19.710668895           ~ 3 0
105 LP 860-46 PM* 15 53 57.0930721342 -23 11 53.328458548   18.4       M5.5Ve 9 0
106 LP 744-46 PM* 16 02 35.0853579488 -14 38 37.216231045       11.294   M1.5 12 0
107 G 153-27 PM* 16 08 14.9627652551 -10 26 14.271554300   15.9 14.75     M4.5 17 0
108 LP 684-33 PM* 16 10 58.4304895812 -06 31 32.566004408   18.5       M5.5 6 0
109 L 338-152 PM* 16 22 40.9573940654 -48 39 20.016719673 14.297 13.247 11.783 10.804 9.653 M3 39 0
110 LP 862-26 PM* 16 25 50.3099834902 -24 00 08.486918995   18.0       ~ 5 0
111 LP 625-34 Fl* 16 40 05.9843692438 +00 42 18.852004682   15.0   13.311   M5V 31 0
112 LP 862-111 PM* 16 41 43.0100594251 -23 59 48.177349155   17.9       F2V 3 0
113 LP 626-2 PM* 16 45 28.2017481496 -01 12 28.975812140   20.1       M5.5e 4 0
114 L 74-113 PM* 16 48 24.4692934575 -72 58 33.913110391 14.077 12.887 11.326 10.341 9.242 M2 47 0
115 V* V2367 Oph BY* 17 13 40.4692680216 -08 25 14.819391639 14.758 13.572 12.032 10.934 9.531 M3.5 38 0
116 G 154-B5A PM* 17 45 53.3510309508 -13 18 22.340532334   13.35 11.91 11.505   M1V 17 0
117 Smethells 17 PM* 18 41 19.7131833980 -60 25 47.479440737 13.938 12.527 11.163 10.730 9.488 M0V 14 0
118 L 207-33 PM* 18 52 52.3349030552 -57 07 37.338051371   13.59 14.144 11.751 9.81 M2V 27 0
119 L 850-62 PM* 19 03 16.6458922272 -13 34 05.032269855   15.8 14.71     M4: 15 0
120 CD-56 7638 PM* 19 12 25.2570298091 -55 52 07.632348821 13.805 12.755 11.318 10.382 9.36 M2V 30 0
121 LP 924-17 PM* 19 17 04.5157899409 -30 19 20.104531897   19.1       M5.5 4 0
122 2MASS J20224803-5645567 LM* 20 22 48.0327786963 -56 45 56.778605562           M5.5 5 0
123 G 24-27 PM* 20 43 41.3298596361 -00 10 41.572415674   13.31 11.471 11.040   M1V 19 0
124 L 211-96 PM* 20 59 51.3536779174 -58 45 30.943205783   12.5 13.648 11.188   M0V 11 0
125 CD-44 14334 PM* 21 11 49.5678940289 -43 36 49.150858288 14.809 13.601 11.998 10.958 9.732 M6V 38 0
126 L 353-143 PM* 21 24 18.3557096143 -46 41 35.113786230   13.97 14.542 12.079 10.197 M5V 26 0
127 [HB88] 2124-4228 BD* 21 27 26.1214728995 -42 15 18.394825986   21.6 16.34 19.35 16.08 M8.9V 21 0
128 Smethells 81 Ro* 21 28 44.4271274820 -47 15 42.131904369   13.62 12.189 11.926 10.243 M1Ve 14 0
129 LP 698-2 PM* 21 32 29.7694287061 -05 11 59.027284229   19.1       M6Ve 15 0
130 L 714-88 PM* 21 39 00.926976 -24 09 29.30832   14.95 13.40 13.09   M3.5 27 0
131 LP 638-50 PM* 21 51 27.0254341277 -01 27 14.303937375   17.9       M5.5Ve 10 0
132 L 355-62 PM* 21 54 45.3085388942 -46 59 33.841771600 14.733 13.545 11.954 10.909 9.657 M3V 34 0
133 CD-47 14002 PM* 21 59 08.2978647652 -46 45 47.260924849 14.416 13.16 11.45 10.808 9.696 M4V 13 0
134 L 283-3 PM* 22 03 27.1305385474 -50 38 38.262977002 14.834 13.641 12.098 11.078 9.864 M4V 27 0
135 LP 759-25 PM* 22 05 35.7339481228 -11 04 28.961273294   18.4   16.4 13.73 M6Ve 28 0
136 2MASSW J2206228-204705 SB* 22 06 22.802 -20 47 05.90     19.788 17.452 14.877 M8.0V 41 1
137 L 788-37 PM* 22 13 42.8628179730 -17 41 08.676495139   15.32 13.672 13.443   M5 40 0
138 TVLM 890-60235 LM* 22 23 05.5522986517 +00 30 10.659621140   21.2   19.5   M8V 9 0
139 CD-33 16062 PM* 22 25 02.8530091482 -33 12 16.543212499   11.74 10.68     K6+Vk: 11 0
140 2MASS J22264440-7503425 BD* 22 26 44.4170434679 -75 03 42.530102799         15.21 M8 12 0
141 LP 760-3 Fl* 22 28 54.3488733354 -13 25 19.458646458   19.3 17.14     M6.5V 66 0
142 LP 640-43 PM* 22 34 53.6794335716 -01 04 58.042442602   16.53 14.83     M4.5 18 0
143 LP 701-7 PM* 22 46 26.3468235712 -06 39 26.361018937   17.81 15.98 16.36 12.54 M5 12 0
144 V* HK Aqr BY* 23 08 19.5510988144 -15 24 35.768241707 13.4 12.282 10.872 9.964 9.019 M0Ve 182 0
145 Ross 787 PM* 23 21 11.2378044346 -01 35 44.997864763   13.196 11.771 11.367   M1Vk 16 0
146 G 157-77 PM* 23 35 10.4621642606 -02 23 20.614795879   16.60 14.69 14.447   M5.0Ve 63 0
147 LP 763-3 PM* 23 37 38.3453091444 -12 50 28.343247891   18.0   15.795 13.621 M5.5Ve 16 0
148 CD-54 9671 PM* 23 58 22.0674485498 -53 48 33.830205740   12.073 10.813 9.93 9.21 K6.5Vk 12 0

    Equat.    Gal    SGal    Ecl

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2019.12.06-07:01:42

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