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lstars

List of stars observed by BRITEs
(updated on April 8, 2021; includes fields 01-25, 27-46, 48-51, and 53-57)
TNDP = total number of data points
# HD Star V Sp. type Contact PI TNDP Field(s)
1 123 V640 Cas 5.97 G3 V + G8 V none 2371 Cas V
2 144 10 Cas 5.59 B9 IIIe Pigulski 15517 Cas III
3 432 β Cas 2.27 F2 III-IV Zwintz 52707 CasCep I
52277 Cas I
12806 Cas II
51857 Cas III
6625 Cas V
4 761 6.81 A7 Vn + F2 Ve none 2379 Cas V
5 2083 6.91 O9.5 III none 4148 Cas V
6 2905 κ Cas 4.16 B1 Ia Handler 33212 CasCep I
56312 Cas I
12652 Cas II
51798 Cas III
6543 Cas V
7 3360 ζ Cas 3.66 B2 IV Pigulski 52607 CasCep I
20688 Cas I
12696 Cas II
4540 Cas III
8 3712 α Cas 2.23 K0 IIIa Kallinger 37078 CasCep I
28415 Cas I
9 3901 ξ Cas 4.81 B2 V Pigulski 18148 CasCep I
10 4614 η Cas 3.44 F9 V + dM0 Huber 23084 CasCep I
2444 Cas I
11 5394 γ Cas 2.47 B0 IVe Baade 49596 CasCep I
54771 Cas I
13086 Cas II
37029 Cas III
6646 Cas V
12 5395 υ Cas 4.62 G8 III-IV Kallinger 14822 Cas III
13 6811 φ And 4.25 B5 IIIe Baade 18725 CasCep I
14 6961 θ Cas 4.33 A7 V Lüftinger 19619 CasCep I
57014 Cas I
12932 Cas II
4283 Cas III
15 8538 δ Cas 2.68 A5 III-IV Huber 40641 CasCep I
56655 Cas I
13049 Cas II
4423 Cas III
16 11415 ε Cas 3.37 B3 III Lüftinger
Baade
18091 CasCep I
56530 Cas I
12760 Cas II
4176 Cas III
17 12111 48 Cas 4.54 A4 V Paunzen 2553 Cas I
18 12216 50 Cas 3.94 A1 V Huber 1752 Cas I
19 12311 α Hyi 2.86 F0 V none 10670 RetDor I
20 14386 o Cet var M5-9e Rucinski 3275 CetEri I
21 14690 70 Cet 5.42 F1 V Paunzen 7606 CetEri I
22 15633 5.99 A3 V Lüftinger 23923 CetEri I
23 16212 80 Cet 5.54 M0 III Kallinger 16363 CetEri I
24 16582 δ Cet 4.07 B2 IV Handler 32066 CetEri I
25 16620 ε Cet 4.87 F5 V none 7619 CetEri I
26 16908 35 Ari 4.66 B3 V Pigulski 2298 Per I
27 16970 γ Cet 3.47 A2 Vn + F4 V Garrido 30977 CetEri I
28 17163 6.03 A9/F0 II/III Zwintz 16345 CetEri I
29 17573 41 Ari 3.63 B8 Vn Pigulski 24914 Per I
30 17584 16 Per 4.23 F2 III Zwintz 77467 Per I
31 17709 17 Per 4.53 K5 III Kallinger 10164 Per I
32 17943 6.33 A7 IV Paunzen 23952 CetEri I
33 18296 21 (LT) Per 5.11 B9p Si Lüftinger 11832 Per I
34 18322 η Eri 3.87 K1 III-IV Kallinger 31656 CetEri I
35 18331 5.16 A1 V Paunzen 16358 CetEri I
36 18543 5.23 A0 V Paunzen 16382 CetEri I
37 18633 5 Eri 5.55 B9.5 V Pigulski 8169 CetEri I
38 18866 β Hor 4.99 A5 III none 7437 RetDor I
39 18883 93 Cet 5.61 B7 V Pigulski 15815 CetEri I
40 18884 α Cet 2.53 M2 III Kallinger 29844 CetEri I
41 19058 ρ Per 3.39 M4 II Kallinger 170329 Per I
42 19107 ρ3 Eri 5.30 A8 V Paunzen 16356 CetEri I
43 19319 μ Hor 5.11 F0 IV none 18217 RetDor I
44 19349 5.26 M2.5 II Kallinger 32127 CetEri I
45 19356 β Per 2.12 B8 V Pavlovski 193797 Per I
46 19373 ι Per 4.05 G0 V Moffat 10225 Per I
47 19476 κ Per 3.80 K0 III Huber 155196 Per I
48 20234 TW Hor 5.74 C-N4 IIIb none 17609 RetDor I
49 20320 ζ Eri 4.80 kA4hA9mA9 V Paunzen 8139 CetEri I
50 20365 29 Per 5.15 B3 V Pigulski 10148 Per I
51 20395 14 Eri 6.14 F3/5 V Paunzen 7661 CetEri I
52 20418 31 Per 5.03 B5 V Pigulski 10236 Per I
53 20468 4.82 K2 II Moffat 10306 Per I
54 20630 κ1 Cet 4.85 G5 V Strassmeier 32134 CetEri I
55 20809 5.29 B5 V Pigulski 9780 Per I
56 20888 6.05 A3 V none 5514 RetDor I
57 20902 α Per 1.79 F5 Ib none 181446 Per I
58 21018 6.50 F8 II Guinan 23926 CetEri I
59 21428 34 Per 4.67 B3 V Pigulski 75653 Per I
60 21552 σ Per 4.36 K3 III Kallinger 167368 Per I
61 21790 17 v Eri 4.73 B9 III Pigulski 8175 CetEri I
62 22049 ε Eri 3.73 K2 V Shulyak 31991 CetEri I
63 22192 ψ Per 4.23 B5 Ve Baade 182234 Per I
64 22468 V711 Tau 5.71 K1 V Strassmeier 32210 CetEri I
65 22484 10 Tau 4.30 F8 V none 15839 CetEri I
66 22634 6.75 A3 V none 5787 RetDor I
67 22780 5.57 B7 Vne Baade 8855 Per I
68 22920 22 (FY) Eri 5.53 B9 IIIpSi4200 Lüftinger 32170 CetEri I
69 22928 δ Per 3.01 B5 IIIe Pigulski 178259 Per I
81853 AurPer I
70 23180 o Per 3.83 B1 III Handler 195064 Per I
71 23230 ν Per 3.77 F5 II Moffat 2330 Per I
13137 AurPer I
72 23249 δ Eri 3.54 K0 IV Huber 19054 CetEri I
73 23302 17 Tau 3.70 B6 IIIe Baade 193114 Per I
74 23338 19 Tau 4.30 B6 IV Pigulski 142608 Per I
75 23363 24 Eri 5.25 B7 IV Pigulski 7671 CetEri I
76 23408 20 Tau 3.87 B8 III Lüftinger 171480 Per I
77 23480 23 Tau 4.18 B6 IVe Pigulski 175744 Per I
78 23630 η Tau 2.87 B7 IIIe Baade 188980 Per I
79 23697 6.30 K1 III none 19335 RetDor I
80 23817 β Ret 3.85 K0 IV none 4462 RetDor I
81 23850 27 Tau 3.63 B8 III Lüftinger 190982 Per I
82 24398 ζ Per 2.85 B1 Ib Handler 191610 Per I
38111 AurPer I
83 24640 5.49 B1.5 V Pigulski 21774 Per I
84 24760 ε Per 2.89 B0.5 V + A2 V Handler 193086 Per I
86189 AurPer I
85 24863 6.46 A4 V none 7740 RetDor I
87 24912 ξ Per 4.04 O7.5 III(n)((f)) Moffat 193314 Per I
92486 AurPer I
88 25346 6.05 F2 IV none 17022 RetDor I
89 25470 XY Dor 6.51 M1 III none 17099 RetDor I
90 25642 λ Per 4.29 B9 V Paunzen 9775 AurPer I
91 25823 41 (GS) Tau 5.20 B9 Vp Si Lüftinger 10214 Per I
92 25940 48 c Per 4.04 B3 Ve Baade 183108 Per I
87767 AurPer I
93 25998 50 (V582) Per 5.51 F7 V Moffat 74501 Per I
94 26322 44 (IM) Tau 5.41 F2 IV-V Zwintz 10268 Per I
95 26630 μ Per 4.14 G0 Ib Moffat 166358 Per I
17723 AurPer I
96 26673 52 Per 4.71 G5 Ib + A2 V Moffat 10937 AurPer I
97 26961 b Per 4.61 A2 V Paunzen 47248 AurPer I
98 27256 α Ret 3.35 G8 II-III none 4702 RetDor I
99 27290 γ Dor 4.25 F4 III none 18669 RetDor I
100 27371 γ Tau 3.65 K0 III Kallinger 9245 Tau I
101 27396 53 d (V469) Per 4.85 B4 IV Pigulski 165274 Per I
89147 AurPer I
102 27397 57 (V483) h Tau 5.59 F0 IV Zwintz 28358 Tau I
103 27459 58 (V696) Tau 5.26 F0 V Zwintz 37054 Tau I
104 27463 TT Ret 6.37 Ap EuCrSr: none 19115 RetDor I
105 27628 60 (V775) Tau 5.72 A3m Zwintz 9693 Tau I
106 27697 δ1 Tau 3.76 K0 III Kallinger 9569 Tau I
107 27934 κ1 (K) Tau 4.22 A7 IV-V Zwintz 100705 Tau I
62901 OriTau II
108 27962 δ3 (V776) Tau 4.29 A2 IV-Vs Paunzen 9697 Tau I
109 28024 υ Tau 4.28 A8 Vn Zwintz 102096 Tau I
62908 OriTau II
110 28052 71 (V777) Tau 4.49 F0 V Zwintz 100693 Tau I
62881 OriTau II
111 28305 ε Tau 3.53 K0 III Kallinger 24225 Tau I
112 28319 θ2 Tau 3.40 A7 III Zwintz 100353 Tau I
55863 OriTau I
112195 OriTau II
113 28527 4.76 A6 IV Zwintz 37438 Tau I
7429 OriTau I
114 28910 ρ Tau 4.65 A8 V Zwintz 37311 Tau I
115 29139 α Tau 0.85 K5 III Kallinger
Beck
91625 Tau I
137230 OriTau I
110940 OriTau II
116 29140 88 d Tau 4.25 A5m Paunzen 83157 Tau I
54167 OriTau II
117 29248 ν Eri 3.93 B2 III Handler 105767 Ori II
24032 Ori III
57035 Ori IV
40457 Ori V
19519 OriTau I
22115 Ori VI
118 29305 α Dor 3.27 A0 III Si none 18380 RetDor I
119 29388 90 c Tau 4.27 A6 V Paunzen 18468 Tau I
120 29763 τ Tau 4.28 B3 V Pigulski 58868 Tau I
62864 OriTau II
121 30211 μ Eri 4.02 B5 IV Pigulski 106012 Ori II
17416 Ori III
57699 Ori IV
40595 Ori V
19597 OriTau I
22115 Ori VI
122 30478 κ Dor 5.27 A8/9 III-IV none 19148 RetDor I
123 30652 π3 Ori 3.19 F6 V Huber 31596 Ori II
53332 OriTau I
124 30739 π2 Ori 4.35 A1 Vn Baade 27724 Ori IV
125 30780 97 (V480) i Tau 5.10 A7 IV-V Zwintz 9267 Tau I
126 30836 π4 Ori 3.69 B2 III + B2 IV Handler 105750 Ori II
16552 Ori III
57686 Ori IV
40396 Ori V
104345 OriTau I
22568 Ori VI
127 30959 o1 Ori 4.72 M3 S III Lebzelter 34766 Tau I
128 31109 ω Eri 4.39 F4 III + A6 III Moffat 68471 Ori II
129 31139 5 Ori 5.33 M1 III Kallinger 38173 Ori II
130 31237 π5 Ori 3.72 B3 III + B0 V Handler 59622 Ori I
105810 Ori II
17161 Ori III
28337 Ori IV
16655 Ori V
101565 OriTau I
22345 Ori VI
131 31283 6 g Ori 5.18 A3 V none 18428 Tau I
132 31398 ι Aur 2.69 K3 II Strassmeier 115568 AurPer I
133 31767 π6 Ori 4.47 K2 II Moffat 31957 Ori II
134 31964 ε Aur 2.99 F0 Iae + B Strassmeier 93315 AurPer I
135 32045 64 (S) Eri 4.77 F0 V Zwintz 16339 Ori V
136 32068 ζ Aur 3.75 K5 II + B7 V Strassmeier 87775 AurPer I
137 32249 ψ Eri 4.81 B3 IV none 16269 Ori V
138 32301 ι Tau 4.64 A7 V none 28157 Tau I
62908 OriTau II
139 32537 9 (V398) Aur 5.00 F0 V Zwintz 55397 AurPer I
140 32549 11 (V1032) Ori 4.66 A1 VpSiCr Paunzen 40738 Tau I
54105 OriTau II
141 32630 η Aur 3.17 B3 V Strassmeier 93306 AurPer I
142 32977 106 l Tau 5.28 A5 IV none 14660 Tau I
143 32990 103 Tau 5.50 B2 V Pigulski 49348 Tau I
62857 OriTau II
144 33111 β Eri 2.79 A3 III Moffat 59024 Ori I
31894 Ori II
16645 Ori V
53832 OriTau I
46786 OriTau II
145 33276 15 Ori 4.82 F2 IV none 22539 Tau I
54110 OriTau II
146 33328 λ Eri 4.27 B2 IVne Hubrig 106090 Ori II
581 Ori III
28388 Ori IV
16383 Ori V
147 33641 μ Aur 4.86 A4 Vm Paunzen 20547 AurPer I
148 33904 μ Lep 3.31 B9 IIIp HgMn Lüftinger 32321 Ori II
149 33959 14 (KW) Aur 5.00 A9 V Zwintz 93174 AurPer I
150 34029 α Aur 0.08 G5 IIIe + G0 III Strassmeier 74777 AurPer I
151 34078 AE Aur 5.96 O9.5 V Moffat 10930 AurPer I
152 34085 β Ori 0.12 B8 Ia Guinan 59123 Ori I
104406 Ori II
20772 Ori III
29482 Ori IV
23753 Ori V
32583 OriTau I
20928 Ori VI
153 34452 IQ Aur 5.37 A0p Si Strassmeier 10949 AurPer I
154 34503 τ Ori 3.60 B5 III Pigulski 59446 Ori I
105584 Ori II
8192 Ori III
22175 Ori IV
22015 Ori VI
155 34759 ρ Aur 5.21 B3 V Pigulski 791 AurPer I
156 34816 λ Lep 4.29 B0.5 IV Pigulski 98945 Ori II
27865 Ori IV
157 35039 o Ori 4.74 B2 IV Pigulski 3855 Ori II
62323 OriTau I
21688 Ori VI
158 35149 23 Ori 5.00 B2 IV/V none 19323 Ori VI
159 35296 111 (V1119) Tau 5.00 F8 V Zwintz 2923 Tau I
160 35369 29 e Ori 4.14 G8 III Kallinger 32018 Ori II
161 35411 η Ori 3.36 B1V + B2 Pigulski 59370 Ori I
106197 Ori II
24104 Ori III
50918 Ori IV
40778 Ori V
96840 OriTau I
22020 Ori VI
162 35439 ψ1 Ori 4.95 B1 Vpe Baade 70802 Ori II
28595 Ori IV
40622 Ori V
85677 OriTau I
21634 Ori VI
163 35468 γ Ori 1.64 B2 III Handler 59001 Ori I
103926 Ori II
21280 Ori III
21863 Ori IV
23794 Ori V
46460 OriTau I
20565 Ori VI
164 35497 β Tau = γ Aur 1.65 B7 III Strassmeier 69676 Tau I
54137 OriTau II
165 35708 114 o Tau 4.88 B2.5 IV Pigulski 9820 Tau I
62828 OriTau II
166 35715 ψ2 Ori 4.59 B2 IV Pigulski 59860 Ori I
106138 Ori II
58580 Ori IV
40453 Ori V
95660 OriTau I
22240 Ori VI
167 36267 32 Ori 4.20 B5 V Pigulski 98796 Ori II
16640 Ori V
62170 OriTau I
168 36371 χ Aur 4.76 B5 Iab Handler 55243 AurPer I
169 36389 119 (CE) Tau 4.38 M2 Iab-Ib Moffat 21641 Tau I
35363 OriTau I
48000 OriTau II
170 36485/6 δ Ori 2.23/6.83 B0 III + O9 V/B2 V Moffat 59317 Ori I
105970 Ori II
22364 Ori III
58530 Ori IV
40557 Ori V
130509 OriTau I
45807 OriTau II
21321 Ori VI
171 36512 υ Ori 4.62 B0 V Pigulski 98899 Ori II
172 36653 35 Ori 5.59 B3 V Pigulski 6099 Tau I
173 36822 φ1 Ori 4.41 B0 III Pigulski 31944 Ori II
63648 OriTau I
174 36861/2 λ Ori 3.54/5.45 O8 III((f))/B0.5 V Moffat 59382 Ori I
105736 Ori II
8185 Ori III
29434 Ori IV
24047 Ori V
121118 OriTau I
45408 OriTau II
175 36959/60 5.67/4.78 B1 V/B0.5 V Lüftinger 98565 Ori II
176 37018 42 c Ori 4.59 B1 V Pigulski 33916 Ori II
22480 Ori VI
177 37022/41 θ12 Ori 5.13/5.09 O7 Vp/O9.5 Vp Moffat 29805 Ori II
15029 Ori III
178 37043 ι Ori 2.77 O9 III Moffat 59485 Ori I
105668 Ori II
21985 Ori III
29759 Ori IV
24406 Ori V
21540 Ori VI
179 37128 ε Ori 1.70 B0 Ia Moffat 58977 Ori I
106004 Ori II
22117 Ori III
51627 Ori IV
40746 Ori V
131989 OriTau I
48259 OriTau II
21322 Ori VI
180 37160 φ2 Ori 4.09 G9.5 III none 1194 OriTau I
181 37202 ζ Tau 3.00 B1 IVe shell Baade 110957 Tau I
122532 OriTau I
110821 OriTau II
182 37350 β Dor 3.76 F6 II none 115 RetDor I
183 37367 V433 Aur 5.98 B2 IV-V Pigulski 40895 Tau I
184 37438 125 Tau 5.17 B3 IV Pigulski 78075 Tau I
62926 OriTau II
185 37468 σ Ori 3.81 O9.5 V Moffat 59182 Ori I
105899 Ori II
24251 Ori III
57871 Ori IV
40579 Ori V
100204 OriTau I
22306 Ori VI
186 37490 ω Ori 4.57 B3 IIIe Baade 102733 Ori II
16863 Ori III
27611 Ori IV
15992 Ori V
63521 OriTau I
187 37711 126 Tau 4.86 B3 IV Pigulski 40743 Tau I
62950 OriTau II
188 37742/3 ζ Ori 1.88/3.70 O9.7 Ib/B0 III Moffat 58853 Ori I
106019 Ori II
22615 Ori III
57925 Ori IV
40384 Ori V
132674 OriTau I
48282 OriTau II
21408 Ori VI
189 38622 133 Tau 5.29 B2 IV-V Pigulski 41006 Tau I
190 38771 κ Ori 2.06 B0.5 Ia Moffat 59433 Ori I
106036 Ori II
21129 Ori III
29548 Ori IV
24043 Ori V
21370 Ori VI
191 38871 5.30 K0 II Kallinger 6430 VelPic III
192 38899 134 Tau 4.88 B9 IV Pigulski 16316 Tau I
193 38944 υ Aur 4.74 M0 III Kallinger 10921 AurPer I
194 39003 ν Aur 3.97 G9.5 III Strassmeier 55294 AurPer I
195 39060 β Pic 3.85 A5 V Zwintz 47192 VelPic I
169348 VelPic II
64033 VelPic III
51116 VelPic IV
196 39357 136 Tau 4.55 A0 III Khalack 14686 Tau I
197 39587 χ1 Ori 4.40 G0 V none 39763 Tau I
198 39801 α Ori 0.50 M1-2 Ia-Iab Guinan
Strassmeier
59071 Ori I
130483 Ori II
17142 Ori III
29200 Ori IV
24113 Ori V
66448 OriTau I
22444 Ori VI
199 40111 139 Tau 4.82 B0.5 II Handler 59633 Tau I
54120 OriTau II
200 40183 β Aur 1.90 A2 IV Strassmeier 79151 AurPer I
201 40292 5.29 F1 V Lüftinger 12441 VelPic II
202 40312 θ Aur 2.62 A0p Si Lüftinger 92662 AurPer I
203 41116 1 Gem 4.16 G5 III Kallinger 2664 Tau I
204 41753 ν Ori 4.40 B3 V Pigulski 34662 Tau I
205 42933 δ Pic 4.81 O9 V + B3 III Zahajkiewicz 46785 VelPic I
171054 VelPic II
63701 VelPic III
50655 VelPic IV
206 44402 ζ CMa 3.02 B2.5 V Pigulski 20084 CMaPup I
207 44743 β CMa 1.98 B1 II-III Handler 89481 CMaPup I
208 45348 α Car -0.72 F0 II Zieliński 48660 VelPic I
83039 VelPic II
209 45871 IY CMa 5.74 B4 Vnpe Baade 84984 CMaPup I
210 46273 5.22 F2 V Zieliński 15972 VelPic II
211 46328 ξ1 CMa 4.33 B0.5 IV Handler 179048 CMaPup I
212 47306 N Car 4.40 A0 II Zwintz 3916 VelPic I
69571 VelPic II
213 47670 ν Pup 3.17 B8 III Baade 47816 VelPic I
164225 VelPic II
63885 VelPic III
38315 CMaPup II
40938 VelPic IV
214 47973 4.93 G8 III Kallinger 15888 VelPic II
6426 VelPic III
215 48917 10 (FT) CMa 5.20 B2 IIIe Baade 122882 CMaPup I
216 49131 HP CMa 5.80 B2 III Baade 33931 CMaPup I
217 49877 V448 Car 5.61 K5 III Kallinger 47975 VelPic III
40428 VelPic IV
218 50013 κ CMa 3.96 B1.5 IVne Baade 97131 CMaPup I
37169 CMaPup II
219 50123 HZ CMa 5.70 B6 Vnpe Pigulski 85329 CMaPup I
220 50310 τ Pup 2.93 K1 III Kallinger 6430 VelPic III
221 50337 V415 Car 4.42 G6 II Zwintz 3924 VelPic I
54593 VelPic III
51416 VelPic IV
222 50707 15 (EY) CMa 4.83 B1 IV Handler 182484 CMaPup I
223 50877 o1 CMa 3.87 K2 Iab Moffat 50933 CMaPup I
224 50896 EZ CMa 6.91 WN5-B Moffat 71775 CMaPup I
225 51309 ι CMa 4.37 B3 II Handler 168127 CMaPup I
226 51799 4.95 M1 III Kallinger 53899 VelPic III
39918 VelPic IV
227 52089 ε CMa 1.50 B2 II Handler 88737 CMaPup I
36238 CMaPup II
228 52670 LS CMa 5.63 B2 V Pigulski 51451 CMaPup I
229 52877 σ CMa 3.47 K7 Ib Kallinger 59901 CMaPup I
36877 CMaPup II
230 53138 o2 CMa 3.02 B3 Iab Handler 86879 CMaPup I
37168 CMaPup II
231 53244 γ CMa 4.12 B8 II Pigulski 20694 CMaPup I
232 53811 H Pup 4.93 A4 IV Paunzen 7335 VelPic II
233 54118 V386 Car 5.17 Ap Si Paunzen 63625 VelPic II
9899 VelPic IV
234 54309 FV CMa 5.71 B2 IVe Baade 6762 CMaPup I
235 54605 δ CMa 1.84 F8 Ia Moffat 94687 CMaPup I
36840 CMaPup II
236 54893 A Pup 4.83 B3 IV/V Zwintz 54825 VelPic III
40961 VelPic IV
237 55719 E Pup 5.31 A1 V: + ApSrEu Lüftinger 30078 VelPic III
238 55892 I (QW) Pup 4.49 F0 IV Zwintz 48269 VelPic I
110875 VelPic II
63829 VelPic III
41089 VelPic IV
239 56014 27 (EW) CMa 4.66 B3 IIIe Baade 174964 CMaPup I
39479 CMaPup II
240 56022 L1 (OU) Pup 4.87 B9 V Lüftinger 4207 VelPic I
77905 VelPic II
241 56139 ω CMa 3.85 B2 IV-Ve Baade 181063 CMaPup I
37648 CMaPup II
242 56455 PR Pup 5.71 Ap Lüftinger 8004 VelPic I
243 56456 4.76 B8/9 V Pigulski 54312 VelPic II
244 56855 π Pup 2.70 K3 Ib + B5 Moffat 4189 VelPic I
659 VelPic III
36993 CMaPup II
10837 VelPic IV
245 57060 29 (UW) CMa 4.98 O7 Iafp Moffat 156380 CMaPup I
36119 CMaPup II
246 57061 τ CMa 4.40 O9 Ib Moffat 158182 CMaPup I
39284 CMaPup II
247 58155 NO CMa 5.43 B5 IIIn Baade 85209 CMaPup I
248 58286 5.39 B3 III-IV Pigulski 12657 CMaPup I
249 58343 FW CMa 5.33 B2.5 IVe Baade 84919 CMaPup I
250 58350 η CMa 2.45 B5 Ia Handler 97043 CMaPup I
36620 CMaPup II
251 59635 y Pup 5.40 B3 V Lüftinger 8795 VelPic II
10270 VelPic IV
252 59717 σ Pup 3.25 K5 III Kallinger 54002 VelPic III
37124 CMaPup II
50852 VelPic IV
253 61068 PT Pup 5.74 B2 III Handler 85346 CMaPup I
254 61248 4.92 K3 III Kallinger 54300 VelPic III
50843 VelPic IV
255 61715 y3 (MY) Pup 5.68 F7 Ib-II Smolec 48517 VelPic I
78545 VelPic II
53947 VelPic III
40514 VelPic IV
256 62623 3 l Pup 3.96 A2 Iabe Moffat 97476 CMaPup I
35889 CMaPup II
257 62747 V390 Pup 5.60 B2 II Pigulski 51536 CMaPup I
258 63032 c Pup 3.61 K4 III Kallinger 27241 VelPup IV
34078 CMaPup II
27244 VelPup V
10097 VelPic IV
259 63462 o Pup 4.50 B0 V:pe: Baade 181464 CMaPup I
260 63700 ξ Pup 3.30 G6 Ib Moffat 37064 CMaPup II
261 63744 Q Pup 4.71 K0 III Kallinger 4099 VelPup I
262 63922 P Pup 4.11 B0 III Zieliński 32465 VelPup I
3909 VelPic I
99147 VelPic II
10087 VelPic IV
263 63949 QS Pup 5.81 B1.5 IV Handler 1309 VelPic I
7139 VelPic II
6433 VelPic III
264 64365 QU Pup 6.03 B2 III Handler 3578 VelPic II
265 64440 a Pup 3.73 K1.5 II + A0 Kallinger 19058 VelPup I
3515 VelPic I
26877 VelPup IV
34253 CMaPup II
26628 VelPup V
10582 VelPic IV
266 64503 b (QZ) Pup 4.47 B2 V Handler 130456 VelPic II
10304 VelPic IV
267 64722 V372 Car 4.49 B1.5 IV Handler 19506 VelPic II
64130 VelPic III
40803 VelPic IV
268 64740 4.63 B2 V Pigulski 114331 VelPup I
7548 VelPic I
3711 VelPup II
71791 VelPic II
1891 VelPup III
269 64760 J Pup 4.24 B0.5 Ib Moffat 116929 VelPup I
7394 VelPic I
3896 VelPup II
71731 VelPic II
1894 VelPup III
64186 VelPic III
51067 VelPic IV
270 65456 χ Pup 4.79 A7 III none 2991 CMaPup II
271 65551 N Pup 5.06 B2 III-IV Pigulski 50077 VelPic II
272 65575 χ Car 3.47 B3 IVp Handler 119281 VelPup I
7691 VelPic I
3197 VelPup II
167366 VelPic II
14785 VelPup III
64160 VelPic III
40719 VelPup IV
49120 VelPup V
50924 VelPic IV
2855 VelPup VI
273 65818 V Pup 4.41 B1 Vp + B2: Pigulski 117743 VelPup I
6338 VelPic I
3672 VelPup II
155764 VelPic II
1904 VelPup III
63836 VelPic III
50768 VelPic IV
274 66811 ζ Pup 2.25 O4 I(n)fp Moffat 116398 VelPup I
46882 VelPic I
3634 VelPup II
86236 VelPic II
14773 VelPup III
41558 VelPup IV
36489 CMaPup II
50045 VelPup V
10588 VelPic IV
2868 VelPup VI
275 67523 ρ Pup 2.81 F6 IIp Antoci 141615 CMaPup I
38937 CMaPup II
276 68243/73 γ12 Vel 4.20/1.83 B1 IV/WC8 + O7.5 Moffat 116692 VelPup I
45786 VelPic I
3700 VelPup II
84349 VelPic II
14681 VelPup III
41092 VelPup IV
49910 VelPup V
2842 VelPup VI
277 68553 h1 (NS) Pup 4.45 K3 Ib Kallinger 75488 VelPup I
278 68808 AH Vel 5.76 F7 Ib-II Smolec 81707 VelPic II
10303 VelPic IV
279 68980 r Pup 4.77 B2ne none 3013 CMaPup II
280 69142 h2 Pup 4.44 K1 II/III Kallinger 6434 VelPup I
281 69144 NO Vel 5.13 B3 III Pigulski 81522 VelPic II
10597 VelPic IV
282 71129 ε Car 2.01 K3 III Zwintz 22971 VelPup I
12816 VelPup III
40338 VelPup IV
48691 VelPup V
2815 VelPup VI
283 71878 β Vol 3.77 K1 III Kallinger 17708 Car I
903 Car II
284 72127 4.99 B2 IV Handler 1254 VelPup I
285 73634 e Vel 4.14 A6 II Lüftinger 23400 VelPup I
6595 VelPup III
286 74006 β Pyx 3.97 G7 Ib-II Kallinger 19135 VelPup I
26955 VelPup IV
26952 VelPup V
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6159 VelPup III
288 74195 o Vel 3.62 B3 IV Pigulski 119869 VelPup I
4051 VelPup II
14803 VelPup III
35917 VelPup IV
22687 VelPup V
2792 VelPup VI
289 74375 d (V343) Car 4.33 B1.5 III Handler 81901 VelPup I
4107 Car I
12914 VelPup III
14427 VelPup IV
48778 Car II
23408 VelPup V
31744 Car III
2949 VelPup VI
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292 74772 d Vel 4.07 G5 III Kallinger 17869 VelPup I
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12565 VelPup III
13728 VelPup IV
22064 VelPup V
2746 VelPup VI
294 75063 a Vel 3.91 A0 II Zwintz 8184 VelPup I
295 75311 f (V344) Car 4.49 B3 Vne Baade 69804 VelPup I
3858 VelPup II
89988 Car I
8347 VelPup III
78186 Car II
31636 Car III
80255 CruCar II
296 75821 f (KX) Vel 5.12 B0 III Zahajkiewicz 1237 VelPup I
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4413 VelPup II
3955 Car I
15174 VelPup III
15495 VelPup IV
25214 VelPup V
3160 VelPup VI
298 77002 b1 (V376) Car 4.89 B2 V Handler 4208 VelPup I
299 78004 c Vel 3.75 K2 III Kallinger 17472 VelPup I
300 78045 α Vol 4.00 A2-3 IVm Paunzen 32712 Car I
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6185 VelPup III
26609 VelPup IV
26328 VelPup V
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26825 Car II
55273 CruCar II
303 79351 a (V357) Car 3.44 B2 IV-V Pigulski 117264 VelPup I
3856 VelPup II
38567 Car I
14853 VelPup III
41158 VelPup IV
48773 Car II
49066 VelPup V
31581 Car III
2800 VelPup VI
25025 CruCar II
304 79447 i Car 3.97 B3 III Pigulski 4038 Car I
23430 CruCar II
305 79940 k Vel 4.62 F3/5 V Zwintz 10873 VelPup I
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23405 Car I
308 80404 ι Car 2.25 A8 Ib Zwintz 102596 VelPup I
4388 VelPup II
27091 Car I
15008 VelPup III
43349 VelPup IV
52594 VelPup V
3103 VelPup VI
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3723 VelPup II
38575 Car I
14741 VelPup III
40552 VelPup IV
3124 Car II
48793 VelPup V
2812 VelPup VI
25139 CruCar II
310 82434 ψ Vel 3.60 F3 IV + F0 IV Lüftinger 23613 VelPup I
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23428 Car I
5736 VelPup III
27367 VelPup IV
47196 Car II
26909 VelPup V
31648 Car III
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31223 Car I
922 Car II
25304 CruCar II
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47904 Car II
31884 Car III
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315 85123 υ Car 3.01 A6 Ib Zieliński 32555 Car I
316 86440 φ Vel 3.54 B5 Ib Handler 83819 VelPup I
23507 Car I
47897 Car II
31772 Car III
25091 CruCar II
317 87543 6.14 B7 IVne Pigulski 12942 Car I
318 88661 QY Car 5.72 B2 IVpne Baade 88849 Car I
29099 Car II
55386 CruCar II
319 88824 LW Vel 5.27 F0 IV Zwintz 50850 Car II
31357 Car III
320 89080 ω Car 3.32 B8 III Baade 5104 CruCar I
14771 Car I
321 89388 q (V337) Car 3.35 K3 IIa Zieliński 31408 Car I
322 89682 GZ Vel 4.54 K3 II Zieliński 23504 Car I
323 89890 J (MV) Vel 4.50 B3 IIIe Baade 103307 Car I
27416 Car II
80867 CruCar II
324 90772 V399 Car 4.66 A9 Ia Zieliński 58284 Car I
25400 CruCar II
325 90853 s Car 3.82 F2 II Zieliński 11196 Car I
48579 Car II
31620 Car III
25195 CruCar II
326 91056 5.27 M0 III none 1001 Car II
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48760 Car I
48208 Car II
31542 Car III
25045 CruCar II
328 92063 t1 Car 5.09 K1 III Kallinger 77689 Car II
31887 Car III
55436 CruCar II
329 - V906 Car var nova Aydi 27045 Car II
330 92287 V514 Car 3.32 B4 Vne Baade 65690 Car I
26806 Car II
55482 CruCar II
331 92449 x Vel 4.28 G2-3 Ib Smolec 11154 Car I
332 92664 V364 Car 5.52 B9 pSi Paunzen 58402 Car I
333 92740 V429 Car (WR 22) 6.42 WN7-A Moffat 89308 Car I
75810 Car II
1079 Car III
55382 CruCar II
334 92938 V518 Car 4.82 B4 V Paunzen 1578 Car I
335 92964 V519 Car 5.38 B2.5 Iae Handler 89328 Car I
2162 Car II
336 93030 θ Car 2.76 B0 Vp Handler 46759 CruCar I
31672 Car III
337 93128 6.99 O3.5 V((f)) Moffat 2845 Car I
338 93131 WR 24 6.48 WN6ha-w Moffat 68095 CruCar I
90247 Car I
78047 Car II
32038 Car III
56088 CruCar II
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988 Car II
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78047 Car II
32038 Car III
56633 CruCar II
342 93308 η Car 6.21 O5.5 III (LBV) Sterken
+ Richardson
68009 CruCar I
85948 Car I
75219 Car II
32151 Car III
78517 CruCar II
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25360 CruCar II
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10676 Car II
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76417 Car II
31884 Car III
55363 CruCar II
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25377 Car II
55277 CruCar II
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73330 Car II
55270 CruCar II
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88654 Car I
73685 Car II
31673 Car III
55320 CruCar II
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32233 Car III
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42359 Car II
31065 Car III
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5831 Car I
46483 Car II
31549 Car III
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368 106983 ζ Cru 4.04 B2.5 V Handler 20480 CruCar I
926 Car II
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2261 Car II
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914 Car I
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375 109668 α Mus 2.69 B2 IV-V Pigulski 129163 CruCar I
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384 112244 5.32 O8.5 Iab(f)p Moffat 78350 CruCar I
385 112985 δ Mus 3.62 K2 III Kallinger 10893 CruCar I
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109976 CruCar I
106916 Cen II
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76362 Cen II
391 120324 μ Cen 3.04 B2 IV-Ve Baade 114714 Cen I
116025 Cen II
392 120640 5.75 B2 III none 2870 Cen II
393 120991 V767 Cen 6.10 B2 Ve Baade 2889 Cen II
394 121263 ζ Cen 2.55 B2.5 IV Handler 112874 Cen I
3165 CruCar I
99329 Cen II
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48124 Cen II
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54937 Cen II
397 122223 υ2 Cen 4.33 F7 II/III none 26960 Cen II
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90491 CruCar I
96320 Cen II
399 122532 V828 Cen 6.09 Ap Si Lüftinger 12740 Cen II
400 122980 χ Cen 4.36 B2 V Paunzen 85297 Cen I
37814 Cen II
401 124367 V795 Cen 5.07 B4 Vne Paunzen 5172 Cen II
402 125238 ι Lup 3.55 B2.5 IV Handler 86509 Cen I
90679 Cen II
403 125288 ν Cen 4.35 B5 Ib/II Handler 17968 Cen II
404 125442 4.77 F0 IV Handler 14933 Cen II
405 125628 4.93 G9 III Kallinger 5505 Cen II
406 125823 a Cen 4.42 B7 IIIp Pigulski 84972 Cen I
23499 Cen II
407 126341 τ1 Lup 4.56 B2 IV Pigulski 111759 Cen I
23743 Cen II
408 126354 τ2 Lup 4.35 F4 IV + A7: Pigulski 84136 Cen I
409 127381 σ Lup 4.42 B2 III Neiner 84019 Cen I
23272 Cen II
410 127972/3 η Cen 2.31 B1.5 Vne Baade 113460 Cen I
95799 Cen II
411 128345 ρ Lup 4.05 B5 V Pigulski 86235 Cen I
93471 Cen II
412 128620/1 α Cen -0.01 G2 V Huber 272915 Cen I
2745 CruCar I
93432 Cen II
413 128898 α Cir 3.19 Ap SrEuCr: Weiss 112919 Cen I
122853 CruCar I
101367 Cen II
414 129056 α Lup 2.30 B1.5 III/Vn Handler 112768 Cen I
98760 Cen II
415 129116 b Cen 4.00 B3 V Paunzen 86684 Cen I
416 129557 BU Cir 6.09 B2 III Pigulski 5180 Cen II
417 129893 b Lup 5.21 G8 III Kallinger 5488 Cen II
418 130807 o Lup 4.32 B5 IV Pigulski 84412 Cen I
72398 Cen II
419 132058 β Lup 2.68 B2 III/IV Pigulski 112548 Cen I
97415 Cen II
420 132200 κ Cen 3.13 B2 IV Pigulski 113241 Cen I
122235 Cen II
421 133242 π Lup 4.72 B5 V Paunzen 4934 Cen I
41727 Cen II
422 133955 λ Lup 4.07 B3 V Lovekin 46513 Cen II
423 134270 5.43 G2 Ib/II + B7: Moffat 2831 Cen II
424 134481 κ1 Lup 3.87 B9.5 Vne Baade 85710 Cen I
23613 Cen II
425 134505 ζ Lup 3.41 G8 III Huber 112915 Cen I
7125 Cen II
426 134687 e Lup 4.81 B3 IV/V Lovekin 20821 Cen II
427 135240 δ Cir 5.09 O8.5 V Pigulski 15877 AraSco I
428 135345 5.17 G5 Ia + B Moffat 2866 Cen II
429 135379 β Cir 4.07 A3 V Lüftinger 85922 Cen I
430 135591 5.46 O8 IV((f)) Moffat 2658 AraSco I
431 135734 μ Lup 4.27 B8 Ve Baade 83868 Cen I
2880 Cen II
432 135876 GG Lup 5.60 B7 V Paunzen 22973 Cen II
433 136298 δ Lup 3.22 B1.5 IV Pigulski 111781 Cen I
123352 Sco I
116784 Cen II
107122 Sco II
434 136415 γ Cir 4.51 B5 IV + F8 Pigulski 82596 Cen I
4473 AraSco I
435 136504 ε Lup 3.37 B2 IV-V Paunzen 86425 Cen I
28084 Sco I
64623 Cen II
436 136664 φ2 Lup 4.54 B3 IV Paunzen 21206 Sco I
7153 Sco II
437 138690 γ Lup 2.78 B2 IV Pigulski 113044 Cen I
124369 Sco I
79753 Cen II
123620 Sco II
438 138769 d (KT) Lup 4.54 B3 IVp Paunzen 23659 Cen II
439 139127 ω Lup 4.33 K4.5 III Kallinger 3354 Cen I
440 139365 τ Lib 3.66 B2.5 V Pigulski 117855 Sco I
128138 Sco II
441 141556 χ Lup 3.95 B9 IV Lüftinger 111943 Sco I
442 141637 1 b Sco 4.64 B1.5 Vn Moffat 34856 Sco II
443 141891 β TrA 2.85 F2 III Paunzen 381 AraSco I
444 142114 2 Sco 4.59 B2.5 Vn Moffat 34944 Sco II
445 142514 5.75 B7 III Pigulski 4400 AraSco I
446 142669 ρ Sco 3.88 B2 IV-V Pigulski 106613 Sco I
22581 Sco II
447 142990 V913 Sco 5.43 B5 V Paunzen 124244 Sco II
448 143018 π Sco 2.89 B1 V + B2 V Pigulski 123931 Sco I
245902 Sco II
449 143118 η Lup 3.41 B2.5 IV Pigulski 122253 Sco I
125840 Sco II
450 143275 δ Sco 2.32 B0.5 IV Baade 89157 Sco I
31763 Sco II
451 143474 ι1 Nor 4.63 A7 IV none 2663 AraSco I
452 144217/8 β12 Sco 2.62/4.69 B1 V + B2 V Handler 69187 Sco I
45620 Sco II
453 144294 θ Lup 4.23 B2.5 Vn Paunzen 35789 Sco I
130580 Sco II
454 144470 ω1 Sco 3.96 B1 V Handler 121375 Sco I
116367 Sco II
455 145361 ζ Nor 5.81 F2 III none 9340 AraSco I
456 145482 c2 Sco 4.57 B2 Vn Paunzen 21294 Sco I
457 145502 ν Sco 4.01 B2 IV Paunzen 65085 Sco I
12986 Sco II
458 145689 5.75 A4 V none 4226 AraSco I
459 146143 γ1 Nor 4.99 F9 Ia Moffat 9369 AraSco I
460 147152 5.33 B6 IV Paunzen 7202 AraSco I
461 147165 σ Sco 2.89 B1 III Pigulski 125681 Sco I
125441 Sco II
462 147787 ι TrA 5.27 F4 IV Zwintz 16390 AraSco I
463 148478 α Sco 0.96 M1.5 Iab-Ib + B4 V Guinan 94757 Sco I
66420 Sco II
464 148605 22 i Sco 4.79 B3 V Moffat 12341 Sco II
465 148688 V1058 Sco 5.39 B1 Ia Pigulski 21468 Sco I
63058 Sco II
466 148703 N Sco 4.23 B2 III-IV Pigulski 122683 Sco I
7151 Sco II
467 149038 μ Nor 4.94 B0 Ia Handler 21403 Sco I
62923 Sco II
468 149404 V918 Sco 5.47 O9 Ia + O Rauw 21448 Sco I
63193 Sco II
469 149438 τ Sco 2.81 B0 V Pigulski 113893 Sco I
124811 Sco II
470 149671 η1 TrA 5.91 B7 IVe none 4297 AraSco I
471 149711 V1003 Sco 5.83 B2 V Paunzen 62971 Sco II
472 150168 5.65 B1 Iab-Ib Moffat 16594 AraSco I
473 150549 LP TrA 5.13 Ap Si Lüftinger 14458 AraSco I
474 150745 5.74 B2 IV-V Moffat 9337 AraSco I
475 150898 5.58 B0.5 Ia Pigulski 9383 AraSco I
476 151680 ε Sco 2.29 K2.5 III Kallinger 100034 Sco I
126685 Sco II
477 151804 V973 Sco 5.22 O8 Iaf Moffat 21442 Sco I
63296 Sco II
478 151890 μ1 Sco 2.98 B1.5 V Pavlovski 122928 Sco I
129678 Sco II
479 151985 μ2 Sco 3.54 B2 IV Pavlovski 120222 Sco I
129810 Sco II
480 152564 MX TrA 5.79 Ap Si Lüftinger 12442 AraSco I
481 153053 5.65 A5 IV-V none 2682 AraSco I
482 155203 η Sco 3.33 F5 IV Paunzen 37678 Sgr II
45900 Sgr III
32039 Sgr IV
37450 Sgr V
26842 Sgr VI
483 155341 V829 Ara 6.11 M1/2 III-IV + A none 58522 Sgr VI
484 156838 5.70 B2 IV Moffat 4521 AraSco I
485 157042 ι Ara 5.25 B2 Vnne none 58567 Sgr VI
486 157056 θ Oph 3.27 B2 IV Pigulski 2952 Sgr I
124329 Sgr II
67594 Sgr III
32120 Sgr IV
54662 Sgr V
27594 Sgr VI
487 157243 5.11 B6 V none 2654 Sgr VI
488 157244 β Ara 2.85 K3 Ib none 61219 Sgr VI
489 157246 γ Ara 3.34 B1 Ib none 9377 AraSco I
61325 Sgr VI
490 157792 44 b Oph 4.17 A3m Lüftinger 2960 Sgr I
61982 Sgr II
51076 Sgr III
13690 Sgr IV
35617 Sgr V
20615 Sgr VI
491 157919 45 d Oph 4.29 F5 IV Lüftinger 2805 Sgr I
61781 Sgr II
50499 Sgr III
13419 Sgr IV
33644 Sgr V
13019 Sgr VI
492 158220 V862 Ara 5.98 B7 II-III none 58610 Sgr VI
493 158408 υ Sco 2.69 B2 IV Pigulski 2935 Sgr I
124538 Sgr II
161313 Sgr III
31835 Sgr IV
54676 Sgr V
90308 Sgr VI
494 158427 α Ara 2.95 B2 Vne none 16613 AraSco I
62752 Sgr VI
495 158643 51 c Oph 4.81 B9.5 IIIe Baade 100423 Sgr III
17622 Sgr V
496 158926 λ Sco 1.63 B2 IV + B Pigulski 2966 Sgr I
124543 Sgr II
161441 Sgr III
31886 Sgr IV
54982 Sgr V
104820 Sgr VI
497 159433 Q Sco 4.29 K0 IIIb Kallinger 2944 Sgr I
498 159492 π Ara 5.25 A5 IV-V none 2690 AraSco I
61315 Sgr VI
499 159532 θ Sco 1.86 F1 II none 2946 Sgr I
124411 Sgr II
67540 Sgr III
32000 Sgr IV
55184 Sgr V
27841 Sgr VI
500 159876 ξ Ser 3.52 F0 IV Paunzen 5753 Sgr III
501 160032 λ Ara 4.77 F3 IV none 7238 AraSco I
61351 Sgr VI
502 160578 κ Sco 2.41 B1.5 III Pigulski 2867 Sgr I
124477 Sgr II
161283 Sgr III
31858 Sgr IV
54705 Sgr V
104880 Sgr VI
503 161471 ι1 Sco 3.03 F2 Iae Lovekin 2860 Sgr I
124522 Sgr II
161719 Sgr III
31932 Sgr IV
55048 Sgr V
31752 Sgr VI
504 161592 X Sgr 4.54 F7 II Smolec 2971 Sgr I
86738 Sgr II
21536 Sgr III
17606 Sgr V
505 161783 V539 Ara 5.92 B2 V + B3 V Moffat 16543 AraSco I
506 161840 4.80 B8 V Pigulski 92661 Sgr III
16884 Sgr IV
507 161892 G Sco 3.21 K2 III Kallinger 2929 Sgr I
86708 Sgr II
6519 Sgr III
17329 Sgr IV
74633 Sgr VI
508 161912 ι2 Sco 4.80 A2 Ib Moffat 7501 Sgr III
17846 Sgr V
2655 Sgr VI
509 162374 V957 Sco 5.90 B6 Ib none 2658 Sgr VI
510 162517 6.02 F2 V none 2656 Sgr VI
511 163376 4.86 M0 III none 59019 Sgr VI
512 163955 4 Sgr 4.72 B9 V Pigulski 27938 Sgr III
513 164975 γ1 Sgr 4.69 F7 Ib + A0 V Smolec 3011 Sgr I
86716 Sgr II
21504 Sgr III
17922 Sgr V
14304 Sgr VI
514 165024 θ Ara 3.66 B2 Ib Pigulski 9383 AraSco I
63303 Sgr VI
515 165040 π Pav 4.35 A7p Sr Paunzen 2620 AraSco I
516 165135 γ2 Sgr 2.99 K0 III Kallinger 2901 Sgr I
86708 Sgr II
6518 Sgr III
17608 Sgr IV
14324 Sgr VI
517 165634 4.56 K0 III Kallinger 6502 Sgr II
7661 Sgr III
17804 Sgr V
518 166937 μ Sgr 3.86 B8 Iap Pigulski 2999 Sgr I
43560 Sgr II
153315 Sgr III
32128 Sgr IV
54802 Sgr V
35118 Sgr VI
519 167128 QV Tel 5.33 B3 IIIep Baade 9375 AraSco I
62980 Sgr VI
520 167264 15 Sgr 5.37 O9.7 Iab none 14332 Sgr VI
521 167618 η Sgr 3.11 M3.5 III Kallinger 2962 Sgr I
86644 Sgr II
14271 Sgr III
17987 Sgr V
63275 Sgr VI
522 168454 δ Sgr 2.67 K2.5 IIIa_CN0.5 Kallinger 2887 Sgr I
6528 Sgr II
7757 Sgr III
17486 Sgr IV
17923 Sgr V
14326 Sgr VI
523 168733 V4050 Sgr 5.34 B7 Ib/II none 1549 Sgr VI
524 169022 ε Sgr 1.85 B9.5 III Pigulski 2923 Sgr I
124525 Sgr II
52588 Sgr III
32146 Sgr IV
37603 Sgr V
27819 Sgr VI
525 169467 α Tel 3.21 B3 IV Paunzen 37809 Sgr II
54226 Sgr III
32545 Sgr IV
55433 Sgr V
87888 Sgr VI
526 169767 ζ Tel 4.13 K1 III-IV none 60304 Sgr VI
527 169916 λ Sgr 2.81 K0 IV Kallinger 2993 Sgr I
6564 Sgr II
7560 Sgr III
17415 Sgr IV
17821 Sgr V
14313 Sgr VI
528 169978 ν Pav 4.64 B7-8 III Pigulski 16353 AraSco I
529 171034 5.28 B2 III-IV none 1498 Sgr VI
530 172167 α Lyr 0.03 A0 Va Huber 76372 CygLyr I
709 Cyg III
531 172555 4.79 A5 IV-V none 1848 AraSco I
532 172910 4.87 B2 V Handler 6417 Sgr II
107489 Sgr III
15826 Sgr VI
533 173300 φ Sgr 3.17 B8 III Pigulski 3008 Sgr I
100195 Sgr III
17809 Sgr V
534 173607/8 ε2 Lyr 5.23 A6 Vn none 11671 Cyg III
535 173648/9 ζ12 Lyr 4.36 A4m Lüftinger 90498 CygLyr I
69928 Cyg III
536 173948 λ Pav 4.22 B2 II-III none 12608 AraSco I
537 174638 β Lyr 3.45 B8 IIpe Rucinski 91253 CygLyr I
88854 Cyg III
538 174694 κ Pav 4.44 F5 I-II Moffat 901 AraSco I
539 175191 σ Sgr 2.07 B3 IV Pigulski 93894 Sgr III
14327 Sgr VI
540 175362 V686 CrA 5.38 B3 V none 77526 Sgr VI
541 175588 δ2 Lyr 4.30 M4 II Paunzen 84634 CygLyr I
38320 Cyg III
542 175775 ξ2 Sgr 3.51 G8/K0 II-III none 11031 Sgr VI
543 175813 ε CrA 4.83 F2 V none 76597 Sgr VI
544 176437 γ Lyr 3.24 B9 III Paunzen 90975 CygLyr I
74603 Cyg III
545 176502 V543 Lyr 6.19 B3 V Guzik 16159 Cyg III
546 176687 ζ Sgr 2.59 A2 IV none 14327 Sgr VI
547 176723 V701 CrA 5.72 F2 III-IV none 11008 Sgr VI
548 177196 16 Lyr 5.01 A6 IV none 15638 Cyg III
549 177716 τ Sgr 3.31 K1 III none 14330 Sgr VI
550 178253 α CrA 4.09 A2 IV none 14332 Sgr VI
551 178345 β CrA 4.10 K0 II-III none 14343 Sgr VI
552 178449 17 Lyr 5.22 F0 V none 48642 Cyg III
553 178475 ι Lyr 5.28 B7 IV Pigulski 65810 CygLyr I
53826 Cyg III
554 179583 6.19 A3 V Guzik 15902 Cyg III
555 180163 η Lyr 4.39 B2.5 IV Handler 68946 CygLyr I
83652 Cyg III
556 180450 5.85 M0 III Kallinger 26575 Cyg III
557 181296 η Tel 5.02 A0 V none 1487 Sgr VI
558 182255 3 (V377) Vul 5.18 B6 III Kallinger 49551 CygLyr I
559 182568 2 Cyg 4.97 B3 IV Kallinger 65720 CygLyr I
42418 Cyg III
560 183056 4 (V1741) Cyg 5.15 B8 VSiFeII none 11660 Cyg III
561 183362 V558 Lyr 6.34 B3 Ve Guzik 15918 Cyg III
562 183912/3 β Cyg 3.08/5.16 K3 II + B9.5 V Baade 71158 CygLyr I
563 184006 ι Cyg 3.77 A5 V Huber 19174 CygLyr I
564 184171 8 Cyg 4.74 B3 IV Handler 66430 CygLyr I
31659 Cyg III
565 185351 5.17 G8.5 III none 15972 Cyg III
566 186155 5.06 F5 II-III none 44421 CygLyr II
567 186882 δ Cyg 2.87 B9.5 IV + F1 V Pigulski 52089 Cyg I
56572 Cyg II
11624 Cyg III
568 187013 17 Cyg 4.99 F5.5 IV-V Paunzen 3267 CygLyr I
569 187849 19 (V1509) Cyg 5.12 M2 III Kallinger 11183 Cyg I
26572 Cyg III
51572 CygLyr II
570 187879 V380 Cyg 5.68 B1 IV + B3 V none 8202 CygLyr II
571 188209 5.63 O9.5 Iab none 41834 Cyg III
572 188252 5.91 B2 III Guzik 27805 Cyg III
573 188892 22 Cyg 4.94 B5 IV Pigulski 3058 Cyg I
17350 Cyg II
74216 Cyg III
8228 CygLyr II
574 188947 η Cyg 3.88 K0 III Kallinger 34740 Cyg I
15939 CygLyr I
575 189178 5.45 B5 V Pigulski 10049 Cyg II
43509 Cyg III
576 189687 25 (V1746) Cyg 5.19 B3 IVe Baade 3053 Cyg I
17519 Cyg II
31643 Cyg III
59637 CygLyr II
577 189849 15 (NT) Vul 4.66 A4 III Smalley 20147 Cyg II
3254 CygLyr I
578 190429 6.63 O4 If + O9.5 II Pigulski 15971 Cyg III
579 190603 V1768 Cyg 5.65 B1.5 Ia Handler 30737 Cyg III
580 191026 b1 (V2008) Cyg 5.36 G8.5 IVa Zieliński 54557 Cyg III
581 191610 28 (V1624) Cyg 4.93 B2.5 Ve Baade 12713 Cyg I
115137 Cyg II
66181 CygLyr I
89977 Cyg III
59528 CygLyr II
582 192044 20 Vul 5.92 B7 Ve Pigulski 6995 CygLyr II
583 192518 21 (NU) Vul 5.19 A7 IVn Zwintz 59707 CygLyr II
584 192577/8 31 o1 (V695) Cyg 3.80 K2 II + B3 V Bennett 34439 Cyg I
8277 Cyg II
14098 Cyg III
51708 CygLyr II
585 192640 29 (V1644) Cyg 4.97 A2 V Zwintz 49365 Cyg I
68603 Cyg II
65023 CygLyr I
90165 Cyg III
60140 CygLyr II
586 192685 QR Vul 4.78 B3 IIIe Baade 107960 Cyg II
64650 CygLyr I
51548 CygLyr II
587 192696 33 Cyg 4.27 A3 IV-V none 12325 Cyg III
588 192787 5.70 G8 III none 15982 Cyg III
589 192806 23 Vul 4.52 K3 III Kallinger 23173 Cyg I
590 192909/10 32 o2 (V1488) Cyg 3.98 K3 Ib-II + B3 V Bennett 28562 Cyg I
36956 Cyg III
591 192987 6.45 B6 III Pigulski 15788 Cyg III
592 193092 5.24 K5 Iab Bennett 11187 Cyg I
593 193237 34 (P) Cyg 4.81 B1.5 Iabe Richardson 66408 Cyg I
111381 Cyg II
65706 CygLyr I
72510 Cyg III
59447 CygLyr II
594 193370 35 Cyg 5.16 F6 Ib Moffat 26534 Cyg III
51673 CygLyr II
595 194093 γ Cyg 2.20 F8 Ib Szabados 51994 Cyg I
57088 Cyg II
23652 Cyg III
596 194317 39 Cyg 4.43 K2.5 III Kallinger 42201 Cyg I
36504 Cyg III
597 194335 V2119 Cyg 5.90 B2 IIIe Baade 1725 Cyg II
598 195068 43 (V2121) Cyg 5.74 F0 V Zwintz 107297 Cyg II
70051 LacCyg I
15010 Cyg III
51461 CygLyr II
599 195295 41 Cyg 4.01 F5 Iab Bennett 48357 Cyg I
45736 Cyg II
7041 CygLyr II
600 195556 ω1 (V2014) Cyg 4.94 B2.5 IV Handler 12963 Cyg II
47425 Cyg III
601 196093/4 47 (V2125) Cyg 4.66 K6 Ib + B2.5 none 16404 Cyg I
602 197345 α Cyg 1.25 A2 Ia Richardson 52131 Cyg I
55329 Cyg II
6752 CygLyr I
13501 Cyg III
59826 CygLyr II
603 197511 51 Cyg 5.39 B2 V Pigulski 69860 LacCyg I
604 197912 52 Cyg 4.22 G9.5 III Kallinger 31369 Cyg I
605 197989 ε Cyg 2.46 K0 III Kallinger 51595 Cyg I
58801 Cyg II
51437 CygLyr II
606 198084 4.51 F8 IV/V + F9 IV/V none 12317 Cyg III
607 198149 η Cep 3.41 K0 IV none 12199 Cyg III
608 198183 λ Cyg 4.53 B5 Ve Pigulski 45968 Cyg I
147157 Cyg II
8226 CygLyr II
609 198478 55 (V1661) Cyg 4.84 B3 Ia Handler 26728 Cyg I
97191 Cyg II
1461 LacCyg I
610 198639 56 Cyg 5.05 A6 V Lüftinger 11654 Cyg II
38445 LacCyg I
611 198726 T Vul 5.77 F5 Ib Smolec 27410 Cyg I
105568 Cyg II
612 198809 31 Vul 4.59 G7 III Kallinger 2759 Cyg I
613 199081 57 Cyg 4.78 B5 V Pigulski 48483 Cyg I
97460 Cyg II
70559 LacCyg I
12287 Cyg III
614 199629 ν Cyg 3.94 A1 Vnne Paunzen 2520 Cyg I
49800 Cyg II
12601 Cyg III
615 200120 59 (V832) Cyg 4.74 B1 Vnne Pigulski 3074 Cyg I
90191 Cyg II
8258 CygLyr II
616 200310 60 (V931) Cyg 5.37 B1 Ve Baade 91697 Cyg II
69763 LacCyg I
8265 CygLyr II
617 200905 ξ Cyg 3.72 K4.5 Ib-II Kallinger 28383 Cyg I
12671 Cyg III
51543 CygLyr II
618 201078 DT Cyg 5.82 F7.5 Ib-II Smolec 29381 Cyg I
106988 Cyg II
44162 CygLyr II
619 201251 63 Cyg 4.55 K4 Ib-IIa none 28523 Cyg I
620 201433 V389 Cyg 5.69 B9 Vp Si Lüftinger 107067 Cyg II
59511 CygLyr II
621 201601 γ Equ 4.68 A9 Vp SrCrEu none 10995 PegEqu I
622 202109 ζ Cyg 3.20 G8 III none 34725 Cyg I
48632 Cyg II
51470 CygLyr II
623 202444 τ Cyg 3.72 F2 IV Huber 52851 Cyg I
10833 Cyg II
12691 Cyg III
624 202850 σ Cyg 4.23 B9 Iab Handler 66213 Cyg I
103359 Cyg II
12497 Cyg III
51452 CygLyr II
625 202904 υ Cyg 4.43 B2 Vne Pigulski 53152 Cyg I
106833 Cyg II
8216 CygLyr II
626 203064 68 (V1809) Cyg 5.00 O7.5 III Moffat 30573 Cyg I
110236 Cyg II
47197 LacCyg I
627 203156 V1334 Cyg 5.83 F1 II Smolec 30166 Cyg I
102135 Cyg II
628 203280 α Cep 2.44 A7 V Huber 7779 CasCep I
629 204188 IK Peg 6.06 Am none 10854 PegEqu I
630 205021 β Cep 3.23 B1 IV Pigulski 1090 CasCep I
2858 Cas III
631 205435 ρ Cyg 4.02 G5 III Konstantinova 155685 Cyg II
12583 Cyg III
632 205924 4 Peg 5.67 A9 IV-Vn none 10990 PegEqu I
633 206043 NZ Peg 5.85 F2 V none 10896 PegEqu I
634 206155 EE Peg 6.98 A1 III none 10793 PegEqu I
635 206165 9 (V337) Cep 4.73 B2 Ib Handler 47758 Cas III
636 206267 5.62 O6 V((f)) + O9: V Moffat 32180 Cas III
637 206487 7 Peg 5.30 M2 III none 11001 PegEqu I
638 206570 V460 Cyg = DS Peg 6.07 C6.3 Kerschbaum 27824 Cyg I
639 206672 π1 Cyg 4.66 B3 III none 12304 Cyg III
640 206778 ε Peg 2.39 K2 Ib-II none 11001 PegEqu I
641 206859 9 Peg 4.35 G5 Ib none 10870 PegEqu I
642 207223 V372 Peg 6.17 F3 V none 10875 PegEqu I
643 207260 ν Cep 4.29 A2 Ia Moffat 13708 CasCep I
644 207330 π2 Cyg 4.23 B3 III Pigulski 70428 LacCyg I
645 207563 6.27 B2 V none 10866 PegEqu I
646 207652 13 (V373) Peg 5.34 F2 III-IV none 10926 PegEqu I
647 209008 18 Peg 6.00 B3 III Irrgang 28546 Peg I
648 209747 ν Peg 4.84 K4 III Kallinger 20962 Peg I
649 209790 ξ Cep 4.29 A3/6 Vm Lüftinger 6815 CasCep I
650 209975 19 Cep 5.11 O9.5 Ib Moffat 6765 CasCep I
4233 Cas V
651 210074 5.74 F2 V Zwintz 12345 Peg I
10886 PegEqu I
652 210090 OY Peg 6.35 M1 none 10849 PegEqu I
653 210129 25 Peg 5.78 B7 Vne Pigulski 14579 Peg I
654 210418 θ Peg 3.53 A2 V Garrido 12397 Peg I
11026 PegEqu I
655 210745 ζ Cep 3.35 K1.5 Ib Moffat 5187 CasCep I
1281 LacCyg I
47709 Cas III
656 210839 λ Cep 5.05 O6 I(n)fp Moffat 69725 LacCyg I
32362 Cas III
657 211029 NSV 25858 5.78 M3 III none 4202 Cas V
658 211336 ε Cep 4.19 F0 IV Zwintz 35074 CasCep I
65156 LacCyg I
47414 Cas III
6723 Cas V
659 211924 30 Peg 5.37 B5 IV Pigulski 26324 Peg I
11004 PegEqu I
660 212075 6.94 A7 V Zwintz 7614 Peg I
661 212076 31 (IN) Peg 5.01 B2 IV-Ve Baade 28576 Peg I
10847 PegEqu I
662 212571 π Aqr 4.66 B1 Ve none 11025 PegEqu I
663 212593 4 Lac 4.58 B9 Iab Handler 63644 LacCyg I
664 213306 δ Cep 3.75 F5 Iab Smolec 39324 CasCep I
63766 LacCyg I
47968 Cas III
6627 Cas V
665 213420 6 Lac 4.51 B2 IV Pigulski 36303 LacCyg I
666 213617 39 Peg 6.44 F1 V Zwintz 21026 Peg I
667 213973 6.60 A9 III none 4219 Cas V
668 214168 8 Lac A/B 5.67/5.73 B2 V + B2 Ve Pigulski 46446 LacCyg I
669 214665 V416 Lac 5.17 M4+III Kallinger 15043 Cas III
670 214680 10 Lac 4.88 O9 V Handler 46127 LacCyg I
671 214698 41 Peg 6.32 A2 V Zwintz 6885 Peg I
672 214923 ζ Peg 3.40 B8 V Paunzen 12526 Peg I
673 214993 12 (DD) Lac 5.25 B2 III Handler 71194 LacCyg I
674 215664 5.84 F0 III-IV Zwintz 40259 LacCyg I
675 216228 ι Cep 3.52 K0 III Kallinger 4385 CasCep I
676 216489 IM Peg 5.64 K2 III Kallinger 26687 Peg I
677 216672 HR Peg 6.36 S4.5 Kerschbaum 26443 Peg I
678 216916 16 (EN) Lac 5.59 B2 IV Pigulski 69652 LacCyg I
679 217014 51 Peg 5.46 G2 IV Hatzes 26570 Peg I
680 217476 V509 Cas 5.13 G0 Ia Kraus 47541 Cas III
6653 Cas V
681 217675 o And 3.62 B6 IIIpe + A2p Baade 67668 LacCyg I
682 217891 β Psc 4.53 B6 Ve Pigulski 28515 Peg I
683 218045 α Peg 2.49 B9 V Huber 26447 Peg I
684 218155 6.76 A0 Zwintz 5511 Peg I
685 218329 55 Peg 4.52 M1 III Kallinger 20924 Peg I
686 218376 1 Cas 4.84 B0.5 III Pigulski 15324 CasCep I
2495 Cas I
14943 Cas III
4182 Cas V
687 218396 V342 Peg 5.99 A5 V Bognár 28674 Peg I
688 218634 57 (GZ) Peg 5.14 M4S Kerschbaum 28668 Peg I
689 218753 2 Cas 5.68 A4 II none 16591 Cas III
690 219134 5.57 K3 V none 14693 Cas III
691 219586 V388 Cep 5.55 F0 IV none 6549 Cas V
692 220369 NSV 26069 5.51 K3 II none 4175 Cas V
693 220652 4 Cas 4.98 M1 III Kallinger 4374 CasCep I
33176 Cas III
694 220974 5.60 A6 IV none 4252 Cas V
695 221253 AR Cas 4.88 B3 V Southworth 14855 CasCep I
2533 Cas I
47342 Cas III
4201 Cas V
696 222404 γ Cep 3.22 K1 IV Huber 21753 Cas I
697 223128 5.94 B2 IV none 4180 Cas V
698 223165 τ Cas 4.87 K1 III Kallinger 47234 Cas III
699 223173 5.50 K3 II none 47548 Cas III
700 224014 ρ Cas 4.59 F5 Iape Kraus 47230 Cas III
6615 Cas V
701 224355 V1022 Cas 5.56 F6 V none 32803 Cas III
6680 Cas V
702 224572 σ Cas 5.00 B1 V Pigulski 15680 CasCep I
2462 Cas I
15498 Cas III
703 225289 V567 Cas 5.79 B8p HgMn Lüftinger 4148 CasCep I

lstars.txt · Last modified: 2021/04/08 19:20 by baca