1998A&AS..131..119C


C.D.S. - SIMBAD4 rel 1.7 - 2020.12.03CET02:24:42

1998A&AS..131..119C - Astron. Astrophys., Suppl. Ser., 131, 119-135 (1998/July-0)

Southern and equatorial irregular variables. II. Optical spectroscopy.

CIESLINSKI D., STEINER J.E. and JABLONSKI F.J.

Abstract (from CDS):

The results of optical spectroscopy of 169 southern and equatorial objects previously known as irregular variables are presented. The targets were selected via photoelectric UBV photometry among objects classified as L, L:, I, I:, IS and IS: in the General Catalogue of Variable Stars and New Catalogue of Suspected Variable Stars. Among these objects we have identified 8 cataclysmic variables, 8 symbiotic stars and stars that belong to a variety of other classes.

Abstract Copyright:

Journal keyword(s): stars: variables - stars: emission line - stars: cataclysmic variables

VizieR on-line data: <Available at CDS (J/A+AS/131/119): table1.dat>

Simbad objects: 176

goto Full paper

goto View the reference in ADS

Number of rows : 176

N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2021
#notes
1 V* CQ Phe RR* 00 37 51.6038624443 -39 51 59.633176945   14.01 13.0     F7.5 9 0
2 V* BE Tuc cC* 01 16 58.20 -73 43 10.6   15.54 14.079   13.056 ~ 20 0
3 V* T Tau Or* 04 21 59.4323326335 +19 32 06.439974179   11.01 9.30 9.80   K0IV/Ve 1259 2
4 Haro 5-73 Or* 05 35 46.0021445364 -00 57 52.236100484     14.11   12.52 K6 12 0
5 Case 432 C* 07 31 11.1188253633 -10 13 19.654475671     10.7     C 10 1
6 V* SY Vol DN* 08 53 25.9464282661 -71 12 48.179687707 17.066   18.08 17.60 16.88 ~ 7 0
7 V* UW Ant LP* 09 48 54.2312779275 -28 07 17.992622411   14.527 12.718     ~ 6 0
8 V* OQ Car V* 09 55 58.4754475581 -68 09 41.510252742           ~ 6 0
9 V* CH Cha WU* 10 36 45.3371579257 -79 25 04.061713974   14.76       ~ 7 0
10 V* BI Car Mi* 10 43 30.6589993107 -63 29 02.804778363           M7 14 0
11 V* ST Cha V* 10 47 15.6123460937 -79 28 06.861373920   13.90 12.80 14.31 13.99 ~ 17 0
12 V* SW Cha Y*O 10 54 13.2788089857 -77 55 09.821154915           ~ 20 0
13 V* V342 Cen V* 11 07 14.5880137507 -55 57 43.957096146           ~ 7 0
14 V* EH Mus RR? 11 33 55.0767976075 -70 32 30.459627531   15.27 14.67 14.24   F/G 5 0
15 SV* SON 6366 V* 11 36 47.4763671902 -74 47 06.118775586   14.33 13.43 13.42   F6/8 3 0
16 UCAC4 050-009944 RR? 11 44 12.0981662418 -80 11 34.916937542   15.55 14.95 14.82   ~ 5 0
17 V* OQ Mus C* 12 03 52.0093863062 -69 30 54.495006216   14.19 10.17 9.928 8.42 C 10 0
18 V* RT Cru Sy* 12 34 53.7358537036 -64 33 56.097590683   12.20 11.35 12.09   ~ 78 0
19 NSV 5913 V* 12 44 51.21 -74 29 25.9   14.93 14.02     ~ 3 0
20 V* CP Cha LP? 12 45 16.3628138529 -78 16 05.050416321       13.71 12.94 M6/7 4 1
21 NSV 5932 RR? 12 46 38.0883177121 -69 12 34.538819573   16.11 15.41     ~ 5 0
22 V* DF Cen LP* 13 13 12.7527383609 -57 08 48.966128561           K4/5 4 0
23 V* V1180 Cen Mi* 13 26 29.1661683274 -64 29 51.069551517       11.06   M6 8 0
24 V* GG Mus Mi* 13 30 44.7018842695 -72 51 04.412103848   14.83       ~ 10 0
25 V* GV Cen LP* 13 50 26.6679059380 -54 34 24.301170750           M6/7 4 0
26 V* V557 Hya Mi* 13 53 32.7612872642 -29 05 42.160540402   14.97 13.34 15.01   ~ 6 0
27 WRAY 16-141 Sy* 13 54 55.6946202251 -58 27 16.514641541     15.00     K?e 60 1
28 V* DI Cir Al* 14 01 49.5190178806 -64 49 16.824789794   11.57 11.47     M8 7 0
29 V* V792 Cen EB* 14 11 27.6145694861 -31 25 07.199426878   16.25 14.92     G7-K2 5 0
30 SV* HV 6516 LP* 14 15 59.6788456205 -61 53 50.268159401     12.00     F6V 39 0
31 V* V560 Hya RR* 14 19 39.3441691139 -25 44 12.099772321   15.49 14.62 14.50 14.19 A4-A8 6 0
32 NSV 6632 RR* 14 20 49.1356016351 -28 15 11.901673250   17.08 16.25     ~ 5 0
33 V* V682 Cen LP* 14 30 19.8818678438 -34 47 01.749096048   12.57 11.60     ~ 5 0
34 V* V531 Cen LP* 14 35 08.4979185996 -40 14 29.468334786           M6/7e 4 0
35 V* GI Aps LP* 15 01 08.1079921012 -78 45 56.606442670   13.23       M6/7 6 0
36 V* EU Cir Mi* 15 03 56.6309274313 -64 13 42.822908311   16.35 12.3     M5-M7 6 0
37 V* V348 Aps Mi* 15 07 53.1973492603 -72 17 37.984975292   15       ~ 5 0
38 V* LP Lib Al* 15 13 38.4752397127 -20 26 32.117538120   12.27 11.36     ~ 6 0
39 NSV 7014 V* 15 19 30.09 -64 13 25.7   16.13 15.40     ~ 4 0
40 CD-58 6056 Pu* 15 30 47.2877031048 -59 25 52.379577937 9.85 10.21 10.02     Bne 12 0
41 V* PR TrA Mi* 15 30 55.1554746083 -67 07 54.461992052   16.01 15.10     ~ 7 1
42 V* PX TrA Mi* 15 35 28.2743258454 -64 37 49.009111831   17.76 14.94     ~ 9 0
43 V* ZZ Nor LP? 15 48 48.7697962736 -58 48 27.379772936           M7-9+ 4 0
44 NSV 7338 V* 15 56 14.6433213841 -28 14 28.228750332   14.71 13.87     ~ 2 0
45 IRAS 15576-6720 LP* 16 02 28.7001292054 -67 29 09.748872981   14.29 12.83 13.11   ~ 4 0
46 V* MU Nor LP* 16 20 51.4641881122 -56 07 14.163840321           G3-K0 4 0
47 V* HU TrA LP* 16 23 14.9652865680 -61 45 26.240265048           K5/6 7 0
48 V* NN Nor LP* 16 25 16.8757248106 -58 09 03.858924031   15.8       G7-K2 5 0
49 V* BY Aps Mi* 16 26 57.8543978308 -75 18 30.606548495           M3-7II 6 0
50 V* IK Aps LP* 16 27 33.5172560965 -72 52 57.146252215   14.61 13.01 11.12   M6/7 5 0
51 V* HR Nor LP* 16 30 27.1046439837 -54 32 41.087767670           G8/K2 5 0
52 V* OR Nor LP* 16 31 28.2584038017 -55 02 12.149363508   15.5       M6/7 4 0
53 V* OQ Nor LP* 16 31 33.4997108884 -60 05 44.561131428           M4/5e 4 0
54 * mu. Nor s*b 16 34 05.0202815 -44 02 43.128156 4.05 4.99 4.94 6.36   O9.7Iab 260 0
55 V* V1003 Oph Or* 16 34 09.1694383329 -15 48 16.776308800           G5 89 0
56 V* IO TrA LP? 16 36 05.8315387214 -62 36 16.141820157   16.1   14.20   ~ 3 0
57 V* V652 Ara Mi* 16 44 50.6109975719 -56 20 55.339578364   15.35       ~ 5 0
58 V* HO TrA LP* 16 44 52.9792363682 -69 59 22.882590990   12.10 10.53     M4.5 6 0
59 V* V686 Ara RV* 16 47 48.2325058899 -59 52 09.764725926   14.65   12.82   ~ 7 0
60 V* V688 Ara LP* 16 48 10.9448508731 -59 50 25.833875208           ~ 4 0
61 V* V698 Ara Mi* 16 55 25.6762327840 -60 09 05.274482686   13.473 11.840 13.49 9.42 ~ 6 0
62 V* HZ Her LXB 16 57 49.8110797681 +35 20 32.487435684 11.90 14.89 13.63 13.88   B3/6ep 1933 0
63 V* V716 Ara LP* 17 00 26.7762076910 -56 22 11.478217941   15.3       M3/4 5 0
64 V* V717 Ara RR* 17 00 56.3400909198 -58 36 16.368530962           ~ 7 0
65 V* V720 Ara LP* 17 03 39.7713550295 -63 18 07.961154198           M5-8+e 4 0
66 V* V814 Ara LP* 17 05 03.8211051740 -59 32 23.521380564   16.88 15.27 14.41   M5IIIe 6 0
67 NSV 8181 Pu* 17 07 19 -55 38.1   14.4       ~ 5 0
68 V* V817 Ara EB* 17 09 25.9942991280 -57 44 41.398620859   14.32 13.76 13.80 12.60 A8/F4 7 0
69 V* V954 Ara LP* 17 11 32.8526160322 -60 14 37.294824311   15.319 13.484   9.46 ~ 7 0
70 V* V788 Ara LP* 17 11 39.6910288549 -55 24 01.786409946           ~ 4 0
71 V* V732 Ara Mi* 17 13 33.6577236665 -57 55 15.901856893   15.22     10.57 ~ 6 0
72 V* V734 Ara Mi* 17 13 49.1890038609 -57 30 06.025418388           ~ 7 0
73 V* V498 Ara LP* 17 14 23.7166023944 -58 46 34.583825230   15.00   15.15 10.39 ~ 6 0
74 V* V514 Ara LP* 17 18 19.8185720006 -54 25 45.957845676   15.50       ~ 5 0
75 UCAC4 168-190324 * 17 19 30.3451188826 -56 31 31.833658816       13.11   ~ 5 0
76 V* V745 Ara LP? 17 20 54.2612820627 -56 25 08.054137124   16.07       K3/4 5 0
77 V* V1306 Sco Al* 17 31 34.1993029584 -38 51 39.710555513   11.56 11.18     A 9 0
78 V* FX Ara LP* 17 34 19.4026753770 -57 09 41.515940440   13.80       ~ 2 0
79 V* TZ Ser WV* 17 41 15.5709136694 -13 32 14.632829631           ~ 6 0
80 V* V826 Sco Pu* 17 50 46.3 -41 56 55           ~ 3 0
81 NSV 9743 V* 17 51 35 -56 49.9           ~ 1 0
82 V* VV Pav C* 17 51 51.3927733664 -61 15 20.481252452           C 6 0
83 SV* HV 11701 Mi? 17 52 52.6961640038 -38 36 01.427201793   15.19 14.22 14.40   ~ 2 0
84 V* V428 Sco RV* 17 56 29.8871648846 -37 08 09.841842127       12.08   ~ 4 0
85 V* V432 Sco Pu* 17 56 55.5070718126 -35 11 07.399550336           ~ 3 0
86 V* KX Sgr Mi* 18 00 34.1613426789 -35 43 02.629658289           ~ 3 0
87 NAME DT Ser PN PN? 18 01 52.0895603556 -01 26 18.436855259 15.32 15.91 15.40 15.46 15.36 ~ 13 0
88 V* DT Ser * 18 01 52.2757986870 -01 26 15.680928439   13.62 12.37 12.77   F8III-V 14 0
89 V* V563 Sgr Pu* 18 02 15.6017715467 -35 43 47.510850419           ~ 4 0
90 V* V1767 Sgr LP* 18 04 20.8253310256 -29 51 51.395107848           K3/4 2 0
91 WR 109 WR* 18 07 50.8974693468 -35 10 25.119230585           WN3 51 0
92 V* KZ Ara LP* 18 08 14.0423928838 -49 42 55.844230680   13.40       ~ 2 0
93 V* GV CrA Pu* 18 09 09.3826204945 -37 26 24.110413261           ~ 2 0
94 V* GX CrA Pu* 18 09 26.5 -37 24 17           ~ 2 0
95 V* V648 Sgr V* 18 10 52.0335963364 -36 56 24.349589908           ~ 1 0
96 NSV 10348 V* 18 13 02 -49 40.5   15.06 14.04     ~ 2 0
97 EM* AS 294 Em* 18 15 46.3083784425 -27 53 46.206108152     14.40     M2 34 1
98 V* V2323 Sgr DN* 18 15 55.0024275217 -27 57 07.399925502           ~ 7 0
99 V* V529 CrA V* 18 15 58.2156093079 -41 05 25.486365751           ~ 6 0
100 V* V714 Sgr Pu* 18 17 28.8940292415 -35 05 26.535549442           ~ 2 0
101 NSV 10546 V* 18 18 17.4723913762 -01 16 10.210325220   15.41 13.32     ~ 4 0
102 V* NW Tel RV* 18 19 43.9367749189 -51 15 52.895099179   11.77 11.72 11.332 10.88 ~ 6 0
103 V* DM Ser WV* 18 28 45.2484259705 +05 14 08.973143686           ~ 4 0
104 V* V2091 Oph LP* 18 33 26.9392998337 +06 33 45.924439738           M5/6 4 0
105 NSV 11036 V* 18 35 06.7736375562 -42 42 31.391255545   12.36 11.63     ~ 3 0
106 V* DN Ser LP* 18 35 12.4690743106 +06 15 09.293074172           M4/5 2 0
107 V* BN CrA Y*? 18 36 27.7830527518 -39 02 56.219861387   12.76 11.62 11.44   ~ 3 0
108 V* BS Ser LP* 18 37 48.5959702893 +05 04 01.879263174           K4/5 3 0
109 V* XX Sct ** 18 39 36.990576 -06 43 05.65716   14.72 13.78 13.73   ~ 6 0
110 V* AQ CrA dS* 18 40 34.6 -40 20 25           ~ 3 0
111 V* DQ Ser Sy* 18 44 39.6281787458 +05 02 49.082968284       14.21   M3+e 13 0
112 V* V3871 Sgr Ir* 18 44 40.7091013054 -19 22 59.415502878   15.31       ~ 5 0
113 V* FH Sct RC* 18 45 14.8469438751 -09 25 36.108779036           C 26 0
114 V* BZ Ser LP* 18 46 24.7713659490 +05 20 16.157977268           K4/5 3 0
115 V* HN Sct LP* 18 50 15.3495553288 -11 02 02.700951433           K0/2 1 0
116 V* AY CrA WU* 18 51 33.0546995266 -37 29 26.082042682           ~ 3 0
117 V* V881 Aql LP? 18 52 26.9687001147 +07 58 57.784390791           A8/F3 3 0
118 V* V1223 Sgr DQ* 18 55 02.3109253503 -31 09 49.589704079           ~ 304 0
119 V* BG CrA EB* 18 56 01.3358177175 -37 16 18.110506904           ~ 7 0
120 V* FQ Sct LP* 18 57 20.1558347505 -09 45 49.695799184     13.0     M7 7 0
121 V* EG Sct LP* 18 57 30.3490870053 -06 45 47.976589713           ~ 1 0
122 V* OO Pav LP* 18 57 58.1223090515 -71 50 56.906205727   15.29       K3/4e 4 0
123 NSV 11615 V* 18 59 44 -27 19.8   15.62 13.80     ~ 3 0
124 V* V934 Aql RR* 18 59 56.5141860875 -11 11 28.852500924           ~ 2 0
125 V* DG CrA Or* 19 01 55.2448632357 -37 23 40.846694643     13.40     K5.0 33 0
126 V* V651 CrA cC* 19 04 59.6014983440 -41 14 34.720060399           ~ 5 0
127 IRAS 19034-3127 V* 19 06 37.6708537537 -31 23 16.796447005   13.73 12.12     ~ 2 0
128 V* V1082 Sgr CV* 19 07 21.8655835677 -20 46 50.531895104           ~ 21 0
129 NSV 11776 Pe* 19 09 56 -02 47.7   14.41 13.49     ~ 13 0
130 V* IS Aql LP? 19 10 09.2382231094 -00 21 50.799005662   14.00 12.09 11.72   M6/7 3 0
131 V* V494 Sgr dS* 19 11 14.4509762787 -34 53 46.067551777           ~ 8 0
132 V* V1257 Sgr Pu* 19 13 27.3572008721 -28 30 56.529708884           ~ 2 0
133 NSV 11826 V* 19 14 30.7641973218 -34 02 52.612906261   14.43 13.22     ~ 2 0
134 NSV 11850 V* 19 16 13.7890843224 -27 39 56.399893605   14 12.31     ~ 2 0
135 V* V729 Sgr V* 19 16 49.0992922486 -26 14 33.707728140           ~ 16 0
136 V* V497 Sgr EB* 19 17 12.0608190595 -34 39 18.666801880           ~ 5 0
137 V* V431 Sgr WU* 19 18 44.5145296081 -33 24 59.478708469     13.04 13.160   ~ 7 0
138 V* CZ Aql DN* 19 19 58.2039118937 -07 10 55.235385232           ~ 8 0
139 V* V730 Sgr V* 19 23 00.9749153255 -28 29 37.482207538           ~ 6 0
140 V* V852 Aql LP* 19 25 43.2314160574 -00 17 18.453668989           M4/5 3 0
141 V* PZ Pav LP* 19 28 14.8588999518 -74 39 24.701230340   14.02 12.39 11.70   M6/7 4 0
142 V* V856 Aql V* 19 28 52.2956582537 -00 46 37.123411295           ~ 3 0
143 V* V2166 Sgr EB* 19 42 30.2258855077 -40 11 48.178344334     13.06     ~ 3 0
144 V* V2169 Sgr RR* 19 42 41.8396480502 -40 10 06.208380676     14.92     ~ 3 0
145 NSV 12316 V* 19 43 11.6895644655 -38 35 04.673950420   14.53 13.10     ~ 2 0
146 V* V2186 Sgr V* 19 47 06.9276544803 -40 04 50.521522035           ~ 2 0
147 V* V686 Aql LP* 19 48 44.4061840946 -05 16 30.518755111   14.91 13.21 12.95   ~ 5 0
148 CD-37 13375 RR* 19 49 55.6144680626 -37 11 36.778188571   11.81 11.31     F 7 0
149 V* V2209 Sgr RR* 19 56 16.4079436172 -43 40 28.527852607     13.52     ~ 4 0
150 NSV 12583 V* 19 57 40 -39 09.9   16.27 15.72     ~ 2 0
151 V* EH Aql Mi* 20 00 49.9082657264 -09 50 26.047761734           M3e 8 0
152 V* V506 Aql Mi* 20 02 50.7914363887 -04 32 56.369635628     13.18 10.99 8.74 M5/6 7 0
153 V* V576 Aql LP* 20 05 52.7768287137 -01 10 01.642980587           K0/2e 3 0
154 NSV 12758 Pu* 20 07 00 -69 41.3   14.6       G9 3 0
155 V* V2234 Sgr Mi* 20 07 41.6881282040 -42 32 20.280815160       11.28   M9e 31 0
156 V* V786 Aql LP* 20 08 08.4546003111 -00 21 51.885614534           M5/6 2 0
157 V* V789 Aql V* 20 09 17.6964389203 -00 10 21.891286984           ~ 3 0
158 V* V587 Aql LP* 20 15 32.1570972041 -02 58 22.204268830           M5-7 3 0
159 V* V588 Aql LP* 20 15 40.2307200726 -03 57 03.325791795           M5/6 2 0
160 V* V2255 Sgr Mi* 20 17 46.9215289973 -41 40 20.990184686   13.68 11.89 11.31   M5/6 6 0
161 [NSC64] 2-19 Mi* 20 23 47.5920051064 -03 51 40.875066542   15.1 14.48     M3e 12 0
162 NSV 13196 V* 20 39 39.4660798413 -38 47 36.407428775   13.58 13.02     F 3 0
163 V* UY Mic EB* 20 44 53.6352463177 -38 39 24.596379200     14.08     ~ 6 0
164 V* AA Ind EB* 20 50 33.3496804231 -46 46 46.385783423     14.54     ~ 5 0
165 V* DL Oct LP* 21 55 10.7717914438 -76 56 26.373109538   9.72 8.19     M5III 13 0
166 NAME BL Lac BLL 22 02 43.2913773726 +42 16 39.978417860   15.66 14.72     ~ 2026 1
167 V* EN Peg LP* 22 33 05.0828921333 +20 45 36.796718143   12.68 11.79 10.725   M6/7 6 0
168 V* VZ Gru RR* 22 33 50.2212879895 -50 12 23.565373150   15.89 15.64 15.90   F4/6 10 0
169 V* BM Gru LP* 23 03 57.1138850936 -48 50 22.454906277   17.21 15.60 14.54   G8/9 10 0
170 V* AN Gru RR* 23 07 55.1868258266 -47 25 40.915479293     16.32     ~ 17 0
171 V* TV Oct V* 23 25 12.5167956427 -77 02 57.113834669           ~ 4 0
172 V* AY Oct RR* 23 27 50.9487630466 -75 40 40.721464807     15.413   14.797 ~ 8 0
173 NSV 14605 V* 23 33 10 -75 26.7   15.89 15.33     F 3 0
174 NSV 14660 V* 23 40 26 -44 28.4           G9 1 0
175 CD-36 16024 Ro* 23 46 03.1236573087 -35 35 20.567335390   11.76 10.699   9.625 G7IV 8 0
176 V* TU Oct V* 23 52 58.0464182517 -77 52 56.264110247   12.568 10.841     ~ 3 0

    Equat.    Gal    SGal    Ecl

To bookmark this query, right click on this link: simbad:objects in 1998A&AS..131..119C and select 'bookmark this link' or equivalent in the popup menu


2020.12.03-02:24:42

© Université de Strasbourg/CNRS

    • Contact