1995A&AS..110...27W


Query : 1995A&AS..110...27W

1995A&AS..110...27W - Astron. Astrophys., Suppl. Ser., 110, 27-45 (1995/April-1)

New proper motion determination of Luyten catalogue stars (LTT) south of declination -40deg and right ascension between 16h and 24h.

WROBLEWSKI H. and TORRES C.

Abstract (from CDS):

Data are given for 285 LTT stars found in 23 areas, covering 25 square degrees each, south of declination -40deg and right ascension between 16h and 24h. Four stars present differences in proper motion ≥0.10 arcsec, eleven present differences in position angle >20deg and one presents those differences in both values.

Abstract Copyright:

Journal keyword(s): astrometry - stars: kinematics

VizieR on-line data: <Available at CDS (J/A+AS/110/27): table1>

Simbad objects: 285

goto View the references in ADS

Number of rows : 285
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 CD-55 9420 PM* 00 00 12.6006734928 -54 54 51.716832336   12.04 12.07     ~ 9 0
2 CD-55 9423 PM* 00 00 44.9091865512 -54 49 49.852301232   12.29 11.13     K4V 17 0
3 L 218-65 PM* 00 05 44.3891306448 -53 24 18.640247292   13.0       ~ 6 0
4 L 217-15 PM* 00 07 05.4492903998 -56 05 04.619778745   15.043 13.446 13.135   ~ 11 0
5 L 218-52 PM* 00 08 15.6642793627 -52 41 57.646661090   13.6       ~ 6 0
6 L 217-28 PM* 00 08 17.3830240051 -57 05 52.908409803   13.66 12.07 11.80 9.64 M4V 24 0
7 L 217-9 Er* 00 11 49.1403022005 -55 21 51.552638737   14.2 13.378 13.119   M3V 11 0
8 HD 149612 PM* 16 39 04.1417975517 -58 15 29.528870106 7.674 7.644 7.034 6.679 6.334 G5VFe-1.2CH-0.9 76 0
9 LTT 6690 PM* 16 46 26.2912222560 -56 48 02.800996848   16.0       ~ 3 0
10 L 154-163 Pe* 16 51 42.5977584892 -64 26 24.712644785   11.52 10.83     ~ 32 0
11 L 155-83 PM* 16 53 44.8931641818 -64 41 03.608000451   15.13 13.530 13.122   ~ 3 0
12 L 203-139 PM* 16 54 59.2089377450 -57 52 15.465775827   14.1       ~ 8 0
13 CPD-62 5464 PM* 16 55 54.7683822178 -62 28 11.693688482   10.41 9.41     ~ 16 0
14 LTT 6743 PM* 16 56 11.3803414992 -63 02 28.615743888   16.2       ~ 1 0
15 L 203-138 PM* 16 56 29.5608370334 -57 51 17.502067184   12.18 11.87     G4V-VI 17 0
16 LTT 6751 PM* 16 57 20.1785725464 -61 54 49.125744144   16.6       ~ 1 0
17 LTT 6764 PM* 16 58 19.6887963602 -57 43 24.858030119   15.4       ~ 1 0
18 LTT 6777 PM* 16 59 41.5237023351 -59 56 05.360910943   14.4       ~ 1 0
19 HD 153075 PM* 17 00 31.6444229092 -57 17 49.574473934   9.415 8.910     G2VFe-0.8CH-0.5 94 0
20 LTT 6783 PM* 17 00 36.3231993792 -64 53 34.536680268   15.7       ~ 2 0
21 L 203-80 SB* 17 01 26.3183233056 -57 01 56.712690156   13.6 12.554 12.108   ~ 3 0
22 CD-57 6683 PM* 17 01 35.6333066904 -57 35 18.161313612   11.13 10.31     ~ 8 0
23 L 203-178 SB* 17 01 43.2763810416 -58 56 20.470345620   13.1 11.65     ~ 5 0
24 LTT 6825 PM* 17 07 27.1992817872 -62 42 00.032468544   15.8       ~ 2 0
25 HD 154577 PM* 17 10 10.3509985589 -60 43 43.580350655   8.30 7.41     K2.5Vk: 121 0
26 L 156-46 PM* 17 28 07.3248046448 -62 27 14.264490888   14.24 12.73 11.523 10.08 M4 24 0
27 LTT 6934 PM* 17 28 28.2692625624 -63 25 54.136716132   15.5       ~ 2 0
28 LTT 6958 PM* 17 32 34.0754102616 -63 29 12.304360608   14.8       ~ 2 0
29 L 156-111 PM* 17 33 19.7834511558 -64 20 10.627208648   16.1 14.496 13.256 11.753 M4.0V 8 0
30 L 113-78 SB* 18 21 41.0686102202 -67 35 16.486707834   14.7 12.218 11.906   ~ 5 0
31 LTT 7310 PM* 18 24 57.3048666696 -67 04 41.558155212   16.5       ~ 2 0
32 LTT 7363 PM* 18 34 16.6584109872 -58 41 00.948303636   13.5       ~ 2 0
33 LTT 7366 PM* 18 35 41.3323014936 -67 52 28.608638592   15.8       ~ 2 0
34 LTT 7391 PM* 18 37 17.1212826624 -63 04 40.752461460   16.2       ~ 3 0
35 LTT 7387 PM* 18 38 39.9042694824 -63 41 11.847081984   15.0       ~ 2 0
36 L 206-5 PM* 18 40 40.3928279784 -54 55 16.284020196   13.6 12.462 12.035   ~ 4 0
37 LTT 7396 PM* 18 40 47.1466622621 -67 22 31.016472614   17.4       ~ 3 0
38 HD 171942 PM* 18 42 02.8473809448 -64 19 24.725881272   9.39 8.67     G5V 40 0
39 LTT 7402 PM* 18 42 44.4082643472 -68 00 38.897015544   16.4       ~ 1 0
40 L 273-106 PM* 18 43 06.9750622135 -54 36 48.365715296   14.6   12.662   M5 17 0
41 L 113-12 PM* 18 43 16.3745534352 -65 26 06.468986400   13.75 11.90     ~ 6 0
42 L 158-135 PM* 18 46 18.7075447824 -64 04 58.017120060   12.7       ~ 3 0
43 LTT 7430 PM* 18 46 25.9434037848 -62 58 25.368755844   15.8       ~ 2 0
44 LTT 7432 PM* 18 46 36.4224934416 -56 32 22.022538684   16.6       ~ 2 0
45 LTT 7451 PM* 18 49 16.1511976392 -53 53 52.508375268   16.6       ~ 2 0
46 L 207-41 PM* 18 49 51.2053526191 -57 26 48.596001277   13.88 12.7 12.371 10.03 M4 18 0
47 LTT 7459 PM* 18 50 43.3634109877 -56 42 51.615674748   16.4       ~ 3 0
48 LTT 7461 PM* 18 51 11.0746862592 -63 44 11.880596076   17.3       ~ 2 0
49 LTT 7468 PM* 18 51 35.0228339280 -52 27 16.595830152   16.2       ~ 2 0
50 LTT 7467 PM* 18 51 35.8864628688 -52 27 30.183081876   15.4       ~ 2 0
51 LTT 7478 PM* 18 52 10.0665903912 -52 51 12.961079064   17.2       ~ 2 0
52 L 207-33 PM* 18 52 52.3350482204 -57 07 37.337196995   13.59 14.144 11.751 9.81 M2V 32 0
53 HD 174564 PM* 18 54 06.4887191952 -54 21 21.896010936   10.30 9.10     K4+Vk: 21 0
54 HD 174564B PM* 18 54 06.6721067832 -54 21 11.440340532   11.85 10.58     K6+Vk: 18 0
55 LTT 7493 PM* 18 55 10.2509344680 -62 40 52.480032924   16.5       ~ 2 0
56 HD 175224A PM* 18 57 30.5913882484 -55 59 30.846382274   11.38 9.75     K5Ve 14 0
57 LTT 7505 SB* 18 57 54.2494954656 -68 17 58.830636876   13.36 12.30 12.23 11.21 ~ 4 0
58 L 159-126 PM* 18 59 40.7050159705 -63 27 22.105842198   15.3 12.979 12.590   M4e 9 0
59 LTT 7527 PM* 19 00 19.2171691111 -57 09 51.891675289   16.3       ~ 2 0
60 L 114-14 PM* 19 00 56.5611962280 -65 10 13.136141388   14.4       ~ 4 0
61 HD 175607 PM* 19 01 05.4891158652 -66 11 33.640381347   9.31 8.61     G6V 64 0
62 LTT 7542 PM* 19 02 34.4663603400 -55 37 17.215729644   17.1       ~ 3 0
63 HD 176021 Pe* 19 02 37.2793430297 -64 55 30.899376508   8.20 7.58     G0/1III 74 0
64 LTT 7544 PM* 19 02 55.2833407221 -63 18 30.589331169   15.5       ~ 3 0
65 LTT 7541 PM* 19 03 00.9638457873 -64 12 40.010755297   16.3       ~ 3 0
66 LTT 7572 PM* 19 07 51.8510081664 -57 49 53.145017364   16.4       ~ 1 0
67 LTT 7573 PM* 19 08 52.3305635211 -65 15 27.554587944   11.68 10.75 10.55   ~ 5 0
68 LTT 7587 PM* 19 10 24.4343904840 -52 46 44.062164660   16.7       ~ 2 0
69 L 274-107 SB* 19 12 23.5283153565 -53 00 30.459045002   14.2 12.628 12.223   ~ 3 0
70 CD-56 7638 PM* 19 12 25.2569194044 -55 52 07.630931390 13.805 12.755 11.318 10.382 9.36 M2V 39 0
71 HD 179140 ** 19 14 47.5377750360 -58 00 26.325603684   7.87 7.23     G3V 51 1
72 CD-66 2289 PM* 19 16 45.3529036843 -66 45 22.928133461   10.809 10.162     ~ 12 0
73 LTT 7642 PM* 19 19 52.4057492808 -55 37 22.908847764   16.0       ~ 2 0
74 L 160-149 PM* 19 23 42.0441626952 -63 59 13.817951808   17.0       ~ 3 0
75 HD 181249 PM* 19 23 55.4150593342 -62 52 18.453722459   10.35 9.41 8.83 8.897 K0 45 0
76 LTT 7673 PM* 19 26 21.9907033536 -65 35 28.990960296   14.0       ~ 2 0
77 LTT 7699 PM* 19 30 36.4471613652 -63 15 23.279162963   15.6       ~ 2 0
78 L 160-102 PM* 19 34 36.4831529281 -62 50 38.622012807       11.770   M3 22 0
79 HD 188160 PM* 19 56 10.3334035248 -49 57 05.043747096   9.46 8.82     G3V 14 0
80 HD 187456 PM* 19 56 16.1503619304 -72 21 51.462682488   9.55 8.48     K3+V 49 0
81 WG 50 WD* 19 58 38.6473337904 -71 23 43.504719180 14.25 15.12 15.14     DA2.5 29 0
82 HD 188748 PM* 20 01 52.0493099160 -69 11 16.592325216   8.79 8.11     G4V 59 0
83 HD 189484 PM* 20 02 35.1592305014 -50 03 09.722495874   10.13 8.79 9.15   K4V 38 0
84 L 209-1 PM* 20 03 12.0737735805 -54 33 42.051468136       13.096   ~ 3 0
85 L 277-205 PM* 20 03 52.4447704992 -53 57 27.696163392   14.1   12.709 10.61 ~ 7 0
86 L 349-81 Pe* 20 04 04.5578724216 -48 42 14.116696884   13.11 12.66 12.89 11.969 ~ 14 0
87 L 79-38 PM* 20 04 43.5459900811 -71 23 33.226266833   13.285 12.239     K4 8 0
88 LTT 7940 PM* 20 06 24.2059751232 -50 32 37.496741676   18.0       ~ 1 0
89 L 277-231 PM* 20 07 15.3733152331 -54 21 48.802683150     14.883 13.802 12.513 M3V 8 0
90 L 277-147 PM* 20 08 07.5054609521 -52 44 25.136677966   13.5 13.2 12.918   ~ 10 0
91 L 80-61 PM* 20 08 35.5411144176 -71 31 55.807097772       14.709   ~ 1 0
92 L 115-184 PM* 20 09 05.0308818528 -68 48 31.888698984   14.3   12.096   ~ 3 0
93 L 349-63 PM* 20 09 51.6094073400 -47 31 34.290187190   16.3 14.631 14.29 11.55 ~ 12 0
94 L 79-9 PM* 20 09 59.5109818848 -70 13 36.483010500   12.78 12.25     ~ 7 0
95 LTT 7968 PM* 20 10 13.4422738224 -51 59 19.077827280   14.2   13.27 11.45 ~ 6 0
96 CD-53 8425 PM* 20 10 30.7384021836 -53 35 30.767074704   10.70 9.780     ~ 6 0
97 L 277-82 PM* 20 10 45.3475775808 -51 19 38.675237412   13.2   12.13 10.75 ~ 8 0
98 L 277-204 PM* 20 10 57.2003974680 -53 54 38.675430180   12.0 14.134     ~ 12 0
99 CD-51 12417 SB* 20 11 18.8894078832 -51 25 42.423333600   10.318 9.757     G5 9 0
100 LTT 7974 PM* 20 11 39.8197742568 -69 23 34.819905768   16.9       ~ 1 0
101 CD-52 9404 PM* 20 11 51.5644428720 -52 11 18.684506832   12.425 11.849     ~ 11 0
102 L 210-14 PM* 20 14 15.327048 -54 49 15.84300   14.9   13.47 11.12 ~ 12 0
103 LTT 8002 WD? 20 14 19.2144214296 -55 04 52.796602164   16.4       ~ 3 0
104 L 350-82 PM* 20 16 28.0858574312 -48 26 23.115766531   14.8 13.46     ~ 4 0
105 L 350-81 PM* 20 16 28.8689323415 -48 26 06.578787297   16.2 15.07     ~ 4 0
106 LTT 8018 PM* 20 17 25.1280957216 -53 42 34.504498044   15.4       ~ 1 0
107 LTT 8025 PM* 20 17 54.9885588576 -51 21 59.038901316   14.4       ~ 2 0
108 L 278-36 PM* 20 18 22.1014974624 -51 15 52.765506792   12.6 13.98     ~ 3 0
109 HD 192740 PM* 20 18 42.5499445704 -51 30 20.086459920   8.11 7.69     F5IV/V 24 0
110 LTT 8039 PM* 20 18 53.5290798456 -46 42 23.447225808   14.9       ~ 2 0
111 LEHPM 3944 PM* 20 19 07.3759167291 -69 35 42.751332876           ~ 2 0
112 HD 192886 PM* 20 19 17.8516907976 -47 34 49.045271916   6.59 6.13     F5V 68 0
113 L 350-49 PM* 20 19 29.5021196904 -47 01 58.171548000     12.601 12.229   ~ 9 0
114 LTT 8044 PM* 20 19 34.6395822408 -54 40 17.086966212   15.4       ~ 2 0
115 HD 192961 PM* 20 19 36.9362490911 -46 25 41.214306469 11.016 9.889 8.708 7.998 7.413 K5.5V 70 0
116 L 350-29 PM* 20 20 22.6008139824 -46 17 18.807067968   13.3 12.201 11.873   M2 6 0
117 HD 193231 ** 20 21 38.35784 -54 48 45.1134           G5V 25 0
118 HD 193307 PM* 20 21 41.0365243245 -49 59 57.900101995   6.82 6.28     F9V 121 0
119 L 278-22 PM* 20 23 53.8779149760 -51 02 05.977423360   14.2 13.75     ~ 10 0
120 LTT 8070 PM* 20 24 24.6762726692 -52 22 01.141370020   16.4       ~ 2 0
121 LTT 8076 PM* 20 25 31.3324166616 -50 59 41.769505320   16.0       ~ 2 0
122 LTT 8087 PM* 20 26 44.3751682056 -53 42 27.402167484   14.1       ~ 2 0
123 L 210-11 PM* 20 27 37.3506146560 -54 52 59.211282818   12.9   12.363   M4 14 0
124 CD-68 2167 PM* 20 29 39.4510023600 -67 39 49.087127052   10.45 9.62     ~ 8 0
125 LTT 8105 PM* 20 30 14.2241491776 -68 01 27.929290872   14.7       ~ 1 0
126 L 116-53 PM* 20 32 07.4672816832 -67 03 01.088737560           ~ 2 0
127 LTT 8114 PM* 20 32 34.1871587256 -69 25 56.885271708   14.2       ~ 1 0
128 HD 195962 PM* 20 38 25.5519976369 -66 32 19.493284716   8.97 8.31     G3/5V 38 0
129 LTT 8162 PM* 20 40 48.1344790200 -67 26 13.373804508   16.0       ~ 2 0
130 LTT 8175 PM* 20 42 13.2721906968 -67 02 34.837709064   16.4       ~ 1 0
131 EGGR 140 WD* 20 44 21.4586818392 -68 05 21.357505752 12.58 13.35 13.30 13.8   DA3.0 56 0
132 L 351-128 PM* 20 44 21.7111351272 -48 00 33.957278064   14.539 13.126     ~ 9 0
133 CD-47 13548 PM* 20 46 17.9519307127 -47 09 28.185904380   13.4 13.02     M1 15 0
134 LTT 8217 PM* 20 47 17.0859646944 -68 47 05.429990184   15.6       ~ 2 0
135 LTT 8244 PM* 20 49 55.9291147023 -46 33 58.465683978   15.4       ~ 2 0
136 L 116-71 PM* 20 52 44.4860043816 -67 40 47.064708588           ~ 2 0
137 L 280-2 PM* 20 53 09.4457881416 -49 26 20.981679180   13.9 12.214 11.777   ~ 6 0
138 L 280-30 PM* 20 53 37.3326241968 -50 44 15.875915928     12.50     ~ 7 0
139 LTT 8285 PM* 20 56 57.2714118816 -50 02 13.292538540   15.1       ~ 2 0
140 L 117-74 PM* 20 57 13.0915121184 -66 43 34.680814860           ~ 2 0
141 HD 199289 PM* 20 58 08.5239126371 -48 12 13.459812756   8.82 8.30     F5V 114 0
142 HD 199190 PM* 21 00 05.7955220935 -69 34 45.961094874   7.49 6.87     G1IV-V 97 0
143 HD 200014 PM* 21 02 39.5793924456 -50 29 35.988709344   10.11 9.12 9.49 9.09 K3V 12 0
144 L 81-2 PM* 21 02 58.7308848096 -69 23 46.621902516           ~ 2 0
145 CD-47 13670 PM* 21 02 59.6413824585 -46 43 22.870280225   12.28 10.97     K2 12 0
146 LTT 8323 PM* 21 03 08.4538035168 -68 34 58.836098676   15.3       ~ 1 0
147 L 280-19 PM* 21 03 21.6561585357 -50 22 52.426212617   14.574 13.114 12.796 10.40 M3.5V 24 0
148 LTT 8337 PM* 21 03 50.3621963160 -67 12 39.731702328   17.1       ~ 1 0
149 LTT 8351 PM* 21 05 19.9695477480 -68 44 02.875729452   16.2       ~ 1 0
150 HD 200654 Pe* 21 06 34.7513254468 -49 57 50.280288000   9.74 9.11     CEMP 101 0
151 HD 200855 PM* 21 07 38.9644531056 -47 19 11.093197932   10.77 10.10     G8 36 0
152 HD 200505 PM* 21 07 45.9219264072 -67 55 13.135550484   9.40 8.54     K2Vk: 45 0
153 LTT 8382 PM* 21 08 42.2567531424 -47 29 28.792369464   15.2       ~ 1 0
154 L 117-179 PM* 21 11 24.8754751920 -68 56 53.200372416           ~ 3 0
155 L 117-94 PM* 21 13 24.1331421204 -67 13 50.053217082   16.2       ~ 8 0
156 L 117-169 PM* 21 14 46.7746624056 -68 37 15.531426984           ~ 4 0
157 L 425-122 ** 21 30 18.5477782967 -42 49 55.375160743   13.41 11.99 11.56 10.14 ~ 4 0
158 L 425-35 Er* 21 30 47.6726918083 -40 42 29.453841146   14.80 13.19   10.35 M4V 28 0
159 HD 204807 SB* 21 32 11.5024119720 -40 11 53.299375296   9.00 8.29     G6IV 29 0
160 CD-41 14564 PM* 21 33 51.8855408092 -40 39 39.619652046   11.72 11.31     G5 12 0
161 HD 206276 PM* 21 42 10.1543639901 -41 07 30.165624166 10.769 9.878 8.833 8.209 7.638 K3.5V 42 0
162 HD 206395 PM* 21 43 02.1711921672 -43 29 45.954089556   7.21 6.66     F8.5IV-V 49 0
163 L 426-43 PM* 21 43 24.2948562264 -41 36 49.640735376   14.177 12.838 12.57 11.20 ~ 6 0
164 HD 207144 PM* 21 48 00.0457791959 -40 15 21.893045615 10.345 9.589 8.623 8.062 7.569 K3V 39 0
165 L 118-36 SB* 21 48 38.8880814360 -65 22 33.844784520           ~ 2 0
166 CD-42 15640 ** 21 49 11.8507105 -41 33 32.434697 14.383 13.133 11.510 10.41 9.029 M6V 29 0
167 L 165-102 PM* 21 49 25.9132610356 -63 06 51.908827492   14.159 12.5     M3 20 0
168 CD-41 14656 PM* 21 49 59.7857512781 -41 14 42.138859971 13.123 11.937 10.544 9.681 8.9 M0V 33 0
169 L 165-120 Er* 21 50 27.1180067952 -63 40 53.834561112   15.483 13.911 13.556   ~ 12 0
170 CD-41 14660 SB* 21 51 05.7504052056 -41 23 27.365547192   11.13 10.28     G5 9 0
171 L 282-49 PM* 21 51 08.1649383888 -51 52 25.505250312           ~ 3 0
172 EC 21484-6346 WD* 21 52 11.6228395728 -63 32 36.427663464 15.73 16.22 16.03     DA 5 0
173 CD-52 10008 PM* 21 52 45.8851584823 -51 27 14.859647200   11.57 10.54     K5 13 0
174 HD 208360 PM* 21 57 08.2878270456 -49 41 54.161592648   8.30 7.63     F5/7+(G) 39 0
175 WG 39 WD* 21 57 38.3567715267 -51 00 31.521044535   14.94 14.73 14.53   DQ7 71 0
176 CD-51 13128 Er* 21 57 41.2035635911 -51 00 22.237732006 12.968 12.008 10.487 9.416 8.101 M2Ve 84 0
177 CD-66 2507 PM* 21 58 21.2498126184 -65 33 43.711206192   11.064 10.269 10.250   ~ 13 0
178 L 213-75 PM* 21 58 53.1767544654 -57 56 03.386686039   15.66 14.11 13.715 11.33 M3.5V 17 0
179 CD-60 7821 PM* 21 59 34.7029432782 -59 45 10.133003225 12.37 11.189 9.715 8.762 7.738 M2V 65 0
180 L 118-33 PM* 21 59 57.4343326896 -65 20 28.809885588           ~ 3 0
181 L 283-14 PM* 21 59 57.8908895256 -51 59 48.408890280           ~ 4 0
182 HD 208874 PM* 22 00 21.3766412592 -46 57 32.359459212   10.04 9.43     G3V 10 0
183 L 355-123 PM* 22 02 45.9323435400 -49 18 08.007372144           ~ 2 0
184 CD-45 14555 PM* 22 02 58.1171770152 -45 10 37.581598704   13.2 12.43     ~ 5 0
185 * eps Ind PM* 22 03 21.6536261624 -56 47 09.522795714   5.75 4.69     K5V 514 0
186 L 283-3 PM* 22 03 27.1309019642 -50 38 38.256728295 14.834 13.641 12.098 11.078 9.864 M4V 38 1
187 LTT 8825 PM* 22 03 34.2422044704 -55 59 17.385178668       13.08 11.30 ~ 7 0
188 HD 209268 PM* 22 03 35.2446068880 -55 58 37.053082668   7.44 6.88     F7V 36 0
189 L 165-109 PM* 22 03 43.8142844970 -63 27 33.440174976           ~ 3 0
190 HD 209293 PM* 22 03 44.1076839096 -51 12 14.504491728   10.604 9.983     G6V 19 0
191 L 165-99 PM* 22 04 47.1655827144 -63 09 42.226735644   12.20 11.75     ~ 7 0
192 L 118-79 PM* 22 05 23.3575021632 -66 09 01.941311520           ~ 2 0
193 L 355-27 ** 22 05 28.144752 -45 33 48.92508   15.77 14.18 13.89   ~ 3 0
194 L 213-16 PM* 22 05 53.2073508240 -55 38 57.927490872   14.4       ~ 5 0
195 LEHPM 4371 PM* 22 06 12.5483511720 -66 25 44.316909300           ~ 3 0
196 HD 209742 PM* 22 06 46.2951487441 -45 23 32.774080845   9.28 8.43     K2V 68 0
197 L 283-1 PM* 22 06 57.1986469333 -49 49 41.897894140   14.606 13.063 12.691 10.589 ~ 12 0
198 HD 209690 ** 22 07 03.74022 -59 07 36.4958           G8/K1V+F/G 18 0
199 HD 209788 RG* 22 07 39.6616455816 -59 19 12.540710064   8.10 7.14     K0III/IV 17 0
200 L 118-22 PM* 22 07 43.1371260336 -65 08 04.456769100   14.7 12.839 12.523   ~ 5 0
201 L 283-10 PM* 22 07 48.2321119879 -51 07 16.909925257   14.3 14.5 13.079   ~ 11 0
202 L 283-9 PM* 22 07 48.9972090996 -51 07 08.569877289   14.0 13.9 12.099   M2.5 12 0
203 LTT 8859 PM* 22 07 59.4711190464 -65 02 37.519888560   16.2       ~ 1 0
204 CD-51 13182 PM* 22 08 10.1572994745 -51 13 05.788606217   11.76 10.55 9.8 9.21 K7V 22 0
205 CD-51 13183 PM* 22 08 15.3551968248 -50 41 37.716194256   11.29 10.31     K0 8 0
206 CD-57 8494 PM* 22 09 17.3933117544 -56 23 42.781371792   11.174 10.339 10.07 9.679 ~ 11 0
207 L 283-12 PM* 22 09 36.1378601472 -51 31 02.650549908           ~ 2 0
208 HD 210236 PM* 22 10 21.4469765856 -51 57 36.432062316   8.15 7.63     F8V 33 0
209 HD 210272 PM* 22 10 49.6687308936 -55 27 25.676508420   7.88 7.22     G3V 61 0
210 LTT 8899 PM* 22 11 40.5251474424 -51 41 56.194647216   15.2       ~ 1 0
211 L 356-17 PM* 22 12 08.07480 -45 10 01.0632   14.78 13.12 12.75 10.83 ~ 7 0
212 HD 210573 PM* 22 12 48.1190149296 -56 25 11.276678964   10.79 9.75     K3V 30 0
213 L 356-106 PM* 22 16 16.6220469216 -47 56 39.674527620   13.8       ~ 4 0
214 CPD-56 9855 PM* 22 16 37.7567961384 -55 42 59.369185764   11.64 11.2     ~ 3 0
215 LTT 8929 PM* 22 16 38.1562741368 -55 42 42.969200004   11.6 12.0     ~ 5 0
216 HD 211369 PM* 22 17 39.4265097216 -48 39 01.776708252   9.37 8.41     K2.5Vk: 38 0
217 L 284-100 PM* 22 18 04.5391935600 -52 15 55.184605776           ~ 3 0
218 HD 211494 PM* 22 18 39.6369702864 -49 54 28.802391444   9.06 8.38     G8III/IV+F/G 11 0
219 L 284-37 PM* 22 19 32.0306123088 -50 58 34.588433280           ~ 2 0
220 L 165-107 PM* 22 19 35.1285681864 -63 20 50.204769396   12.41 11.44     ~ 4 0
221 LAWD 91 WD* 22 19 48.3089909755 -65 29 17.484537097 13.98 14.66 14.53     DZ5 48 0
222 CD-49 13807 PM* 22 20 01.6124807264 -49 03 39.572137703   12.33 10.92 10.11 9.39 K6.5Vk: 21 0
223 L 356-39 PM* 22 21 12.7421038848 -46 07 33.068069184     12.759 12.387   ~ 7 0
224 L 119-33 PM* 22 21 42.9156700776 -65 31 32.977791192 14.804 13.581 12.030 10.987 9.723 M5V 30 0
225 L 166-1 PM* 22 22 13.7428599216 -59 11 34.186435116   15.098 13.517     ~ 6 0
226 * pi.02 Gru PM* 22 23 07.9870226784 -45 55 42.558056400 6.00 5.98 5.62 7.00   F0V 65 0
227 CD-57 8545 PM* 22 23 33.3029584871 -57 13 14.257510392 13.381 12.185 10.708 9.748 8.701 M1Vk: 60 0
228 HD 212330 PM* 22 24 56.3686693520 -57 47 50.841196599 6.09 5.96 5.31 4.79 4.40 G2IV-V 135 0
229 L 356-105 Er* 22 25 05.0746121776 -47 52 46.868412779   14.11 12.524 12.193 9.82 M3.5 27 0
230 LTT 9027 PM* 22 27 37.0188239448 -64 18 30.165829128   16.3       ~ 1 0
231 HD 213657 PM* 22 33 47.0565175200 -42 03 13.790346516   10.08 9.66     (G0)w(A) 91 0
232 LP 1033-31 ** 22 35 04.893816 -42 17 48.02712   14.879 13.316 13.015   M4.5+M4.5 14 0
233 HD 214094 Er* 22 36 42.6324961296 -43 28 15.505116312   7.285 6.765     F8V 65 0
234 HD 214216 PM* 22 37 30.9210749472 -44 34 33.903771024   10.09 9.50     G2/3V 13 0
235 LTT 9132 PM* 22 39 45.1699829544 -42 34 50.056169736   13.08 11.78 11.30 10.16 ~ 7 0
236 CD-44 15006 ** 22 40 43.35417 -43 58 55.8817           K7V 9 0
237 L 357-25 PM* 22 40 57.9762297699 -45 43 24.733925168   14.1 13.828 13.491   M3 15 0
238 HD 215467 PM* 22 45 57.2096384592 -42 25 20.668955592   10.59 9.78     G8V 27 0
239 LP 1033-56 PM* 22 47 35.6343217752 -44 11 00.819915972   13.08 11.29     ~ 5 0
240 HD 215801 PM* 22 48 29.4254660444 -46 03 50.538724185   10.46 10.05     F0w 62 0
241 L 358-12 PM* 22 50 58.1963391576 -45 48 35.074316844   15.8 13.321 12.919 11.07 ~ 6 0
242 HD 218483 SB* 23 08 50.0889745824 -42 27 04.943977668   9.67 8.83     K1V 34 0
243 HD 218630 ** 23 09 57.3469968176 -42 51 40.470798976   6.299 5.830     F5V 50 0
244 HD 219218 PM* 23 14 36.6289434072 -40 26 46.830710076   9.34 8.58     G6V 30 0
245 HD 219437 ** 23 16 18.04792 -44 32 55.5062           K3Vk: 23 0
246 CD-41 15204 PM* 23 16 45.3040871736 -40 47 25.512266868   12.61 11.16     ~ 9 0
247 LP 1034-64 PM* 23 16 46.7785428288 -41 13 17.558108275           ~ 2 0
248 LP 1034-67 PM* 23 17 25.4848280208 -40 26 45.737585808   14.8 13.079 12.749   ~ 5 0
249 HD 219630 PM* 23 17 38.0179736160 -42 11 29.779709856   11.57 10.40 9.6 8.87 K6+Vk: 38 0
250 HD 219873 SB* 23 19 47.3433445968 -54 43 02.095872816   9.79 8.94     K1V 21 0
251 L 216-27 PM* 23 19 48.4644885024 -54 43 13.725632172   11.95 10.75     ~ 6 1
252 L 216-59 PM* 23 23 22.4901032616 -55 56 12.330855276   14.834 13.421   11.61 ~ 8 0
253 HD 220536 PM* 23 24 45.2175972672 -40 25 08.779260288   9.62 9.06     G1V 30 0
254 LTT 9526 PM* 23 24 47.3518431921 -56 09 08.904377811   11.9 15.4     ~ 5 0
255 CD-57 8806 PM* 23 26 43.3680295032 -56 51 52.158623544   12.26 11.74     ~ 9 0
256 HD 220916 PM* 23 27 56.2986664608 -41 34 35.411546100   9.87 9.36     F7V 18 0
257 L 432-34 PM* 23 28 00.2123187489 -40 26 58.666362763   14.9 14.1     ~ 8 0
258 HD 220945 PM* 23 28 15.1668301392 -44 27 39.583476436   9.92 8.98     K2.5V 35 0
259 HD 220993 PM* 23 28 39.4379650128 -43 41 31.823447568   10.01 9.38     G3V 17 0
260 HD 221201 PM* 23 30 09.9901255416 -40 18 08.731365408   9.836 9.575     G2V 13 0
261 CD-44 15262 PM* 23 30 41.6305410864 -43 36 33.870009708   11.86 10.89 10.31   K2 17 0
262 LP 1035-25 PM* 23 31 04.6646033112 -42 39 57.922384392   13.70 11.52     ~ 8 0
263 L 288-107 PM* 23 31 37.5204650622 -54 30 42.058011398           ~ 5 0
264 LTT 9596 PM* 23 33 36.7207945416 -42 13 21.814484448   14.10 12.62 12.27   ~ 10 0
265 HE 2334-4127 WD* 23 37 38.7350981808 -41 10 32.641265820   14.93 14.94     DBA 12 0
266 CD-42 16413 Er* 23 38 17.4179351232 -41 31 03.777785472 14.644 13.486 11.934 10.89 9.623 M3V 38 1
267 L 216-29 PM* 23 39 58.9736495112 -54 53 01.216684788           ~ 2 0
268 LP 1035-48 SB* 23 40 29.4769205232 -43 22 58.827803108   13.44 12.53     ~ 4 0
269 L 360-13 PM* 23 41 00.7280051012 -44 57 18.155788732   14.5 13.607 13.281 11.03 M2 16 0
270 CD-43 15465 PM* 23 41 50.7691444875 -42 44 55.851091275   12.27 10.90 10.08 9.25 M1V 18 0
271 L 360-12 PM* 23 42 46.6977285984 -44 51 49.498957152           ~ 6 0
272 LP 1035-55 PM* 23 43 29.0687072136 -43 26 26.435691636           ~ 2 0
273 HD 222803 PM* 23 44 01.3214010225 -45 04 59.233482053   7.07 6.09     K1III/IV 33 0
274 V* SX Phe SX* 23 46 32.8928138474 -41 34 54.769886474   7.40 7.12     A3V 326 0
275 HD 223146 PM* 23 47 22.6531874568 -57 01 26.856198228   10.71 10.00     G5V 16 0
276 CD-57 8881 PM* 23 48 40.5919217208 -56 29 30.325386660   11.31 10.67     ~ 5 0
277 L 217-30 PM* 23 49 25.8222642768 -57 04 14.312447724     12.516 11.594 10.671 ~ 6 0
278 L 360-4 PM* 23 49 36.0374456140 -44 28 30.644172969   14.65 13.61 13.37   ~ 5 0
279 LP 988-7 PM* 23 50 38.9931904272 -41 30 20.302545348           ~ 5 0
280 LP 1035-82 PM* 23 53 08.2703497464 -42 32 03.568460388     12.845 12.526   M3 12 0
281 L 433-62 PM* 23 54 04.2660246147 -41 32 30.780520676   14.4 13.296 12.894   M4 20 0
282 LP 988-174 PM* 23 55 42.79680 -43 53 37.8528   15.19 13.60 13.18   ~ 7 0
283 LP 988-50 PM* 23 56 57.3499066272 -41 00 42.721722108   14.499 13.151 12.729   ~ 3 0
284 CD-41 15360 PM* 23 57 16.1036991269 -41 06 37.222158061   10.90 9.67     K7 8 0
285 L 361-4 PM* 23 57 56.5393917552 -44 39 30.768433308   13.12 12.62 12.59   ~ 5 0

To bookmark this query, right click on this link: simbad:objects in 1995A&AS..110...27W and select 'bookmark this link' or equivalent in the popup menu


2022.11.26-10:33:32

© Université de Strasbourg/CNRS

    • Contact