2009A&A...501..297Z


Query : 2009A&A...501..297Z

2009A&A...501..297Z - Astronomy and Astrophysics, volume 501, 297-320 (2009/7-1)

Fundamental parameters of B supergiants from the BCD system. I. Calibration of the (λ1, d) parameters into Teff.

ZOREC J., CIDALE L., ARIAS M.L., FREMAT Y., MURATORE M.F., TORRES A.F. and MARTAYAN C.

Abstract (from CDS):

Effective temperatures of early-type supergiants are important to test stellar atmosphere- and internal structure-models of massive and intermediate mass objects at different evolutionary phases. However, these Teff values are more or less discrepant depending on the method used to determine them. We aim to obtain a new calibration of the Teff parameter for early-type supergiants as a function of observational quantities that are: a) highly sensitive to the ionization balance in the photosphere and its gas pressure; b) independent of the interstellar extinction; c) as much as possible model-independent. The observational quantities that best address our aims are the (λ1,D) parameters of the BCD spectrophotometric system. They describe the energy distribution around the Balmer discontinuity, which is highly sensitive to Teff and logg. We perform a calibration of the (λ1,D) parameters into Teff using effective temperatures derived with the bolometric-flux method for 217 program stars, whose individual uncertainties are on average |ΔTeff|/Tefff=0.05. We obtain a new and homogeneous calibration of the BCD (λ1,D) parameters for OB supergiants and revisit the current calibration of the (λ1,D) zone occupied by dwarfs and giants. The final comparison of calculated with obtained Teff values in the (λ1,D) calibration show that the latter have total uncertainties, which on average are εTeff/Tefff≃±0.05 for all spectral types and luminosity classes. The effective temperatures of OB supergiants derived in this work agree on average within some 2000K with other determinations found in the literature, except those issued from wind-free non-LTE plane-parallel models of stellar atmospheres, which produce effective temperatures that can be overestimated by up to more than 5000K near Teff=25000K. Since the stellar spectra needed to obtain the (λ1,D) parameters are of low resolution, a calibration based on the BCD system is useful to study stars and stellar systems like open clusters, associations or stars in galaxies observed with multi-object spectrographs and/or spectro-imaging devices.

Abstract Copyright:

Journal keyword(s): stars: early-type - stars: fundamental parameters

VizieR on-line data: <Available at CDS (J/A+A/501/297): table2.dat table5.dat>

Simbad objects: 219

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Number of rows : 219
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 * zet Scl SB* 00 02 19.9270625208 -29 43 13.588516668 4.29 4.879 5.022     B5IV 130 0
2 * alf And a2* 00 08 23.25988 +29 05 25.5520 1.48 1.95 2.06 2.09 2.19 B8IV-VHgMn 458 0
3 * gam Peg bC* 00 13 14.1512308 +15 11 00.936759 1.75 2.61 2.84 2.94 3.13 B2IV 682 0
4 * kap Cas s*b 00 32 59.9911963 +62 55 54.417374 3.50 4.30 4.16 4.02 3.96 B1Ia 457 0
5 * pi. And SB* 00 36 52.8492565 +33 43 09.638398 3.65 4.20 4.36 4.40 4.52 B5V 195 0
6 * zet Cas Pu* 00 36 58.2841866 +53 53 48.867311 2.58 3.47 3.66 3.74 3.95 B2IV 440 0
7 * 68 Cas * 00 44 26.1915514056 +47 51 50.342883408   5.520 5.648     B5V 104 0
8 * nu. And SB* 00 49 48.8473652 +41 04 44.076380 3.80 4.38 4.53 4.56 4.71 B5V 210 0
9 * 1 Per EB* 01 51 59.3200840608 +55 08 50.583693732 4.51 5.34 5.52     B1.5V 148 0
10 * nu. For a2* 02 04 29.4386071 -29 17 48.547752 4.01 4.52 4.69 4.73 4.87 B9.5IIIspSi 146 0
11 HD 12953 sg* 02 08 40.5790963584 +58 25 24.970714608 6.28 6.29 5.68 5.09 4.59 A1Ia 190 0
12 * 5 Per s*b 02 11 29.1934233120 +57 38 43.964680956 6.23 6.68 6.35 6.02 5.75 B5Ia 181 0
13 * phi Eri PM* 02 16 30.5856318 -51 30 43.795513 3.06 3.45 3.57 3.64 3.75 B8IV 142 0
14 * gam Tri PM* 02 17 18.8670335 +33 50 49.895049   4.03 4.00   4.05 A1Vnn 191 0
15 * i Per sg* 02 22 21.4343107056 +55 50 44.350353276 5.43 5.54 5.17 4.79 4.47 A1Ia 193 0
16 * 10 Per s*b 02 25 16.0283450208 +56 36 35.354429280 5.95 6.56 6.26 5.93 5.74 B2Ia 238 0
17 * rho Cet * 02 25 57.0058454304 -12 17 25.707504156   4.841 4.866     A0V 110 0
18 * ksi02 Cet * 02 28 09.5570589539 +08 27 36.216809306 4.14 4.25 4.30 4.29 4.34 B9III 327 0
19 * ome For * 02 33 50.7014978880 -28 13 56.415570096 4.7 4.90 4.96     B9Va 65 0
20 * del Cet bC* 02 39 28.95579 +00 19 42.6345 2.97 3.85 4.07     B2IV 374 0
21 * 35 Ari SB* 02 43 27.1142794560 +27 42 25.737873444 3.91 4.54 4.67 4.69 4.82 B3V 172 0
22 * pi. Cet SB* 02 44 07.3477594066 -13 51 31.279407049 3.66 4.112 4.236     B7IV 323 0
23 * 41 Ari ** 02 49 59.0332406 +27 15 37.826018   3.498 3.594     B8Vn 156 0
24 * lam Cet * 02 59 42.8998715 +08 54 26.489871 4.13 4.58 4.70 4.72 4.70 B6III 96 0
25 NAME Magellanic Clouds GrG 03 00 -71.0           ~ 6555 1
26 * bet Per EB* 03 08 10.1324535 +40 57 20.328013 1.70 2.07 2.12 2.08 2.11 B8V 1190 1
27 HD 20041 * 03 15 47.9705004096 +57 08 26.243459556 6.61 6.52 5.79     A0Ia 135 1
28 * ksi Tau EB* 03 27 10.1405792544 +09 43 57.871023240 3.33 3.66 3.75 3.76 3.85 B9Vn 183 0
29 HD 21291 s*b 03 29 04.1328896160 +59 56 25.201164588 4.40 4.63 4.22 3.84 3.46 B9Ia 285 0
30 HD 21389 sg* 03 29 54.7436040912 +58 52 43.496880384 4.99 5.10 4.54 4.03 3.53 A0Ia 292 0
31 HD 21447 * 03 30 00.1828170168 +55 27 06.506069256 5.160 5.140 5.090 5.01 5.02 A1Va 133 0
32 * v Eri * 03 30 37.0582300 -05 04 30.523884   4.631 4.725     B9III 83 0
33 HD 21856 V* 03 32 40.0150232424 +35 27 42.207495156 4.96 5.807 5.900     B1V 180 0
34 * del For * 03 42 14.9025400320 -31 56 18.104191008 4.24 4.814 4.973     B5III 65 0
35 * o Per * 03 42 22.6455526 +33 57 54.089323 4.13 4.912 4.972     B0.5V 293 0
36 * del Per Be* 03 42 55.5042561 +47 47 15.174633 2.38 2.89 3.01 2.99 3.10 B5III 314 0
37 * omi Per ** 03 44 19.13204 +32 17 17.6929 3.13 3.88 3.83 3.71 3.71 B1III 590 0
38 * 16 Tau V* 03 44 48.2149362048 +24 17 22.083331452 5.09 5.42 5.46 5.42 5.47 B7IV 246 0
39 * 18 Tau PM* 03 45 09.7401340368 +24 50 21.343198416 5.21 5.57 5.64 5.61 5.68 B8V 269 0
40 * q Tau * 03 45 12.4957802 +24 28 02.209730 3.73 4.19 4.30 4.30 4.40 B6IV 268 0
41 * 20 Tau PM* 03 45 49.6065620 +24 22 03.886360 3.40 3.80 3.87 3.85 3.90 B8III 420 1
42 HD 23625 SB* 03 47 52.6647098784 +33 35 59.538731964 6.01 6.674 6.653     B3V+B8.5V 126 0
43 HD 23753 PM* 03 48 20.8167826752 +23 25 16.495877028 5.06 5.38 5.45 5.42 5.48 B8V 170 0
44 * 27 Tau SB* 03 49 09.7425852 +24 03 12.300277 3.18 3.54 3.63 3.62 3.68 B8III 377 0
45 HD 23923 * 03 49 43.5315887616 +23 42 42.667696476   6.104 6.153   6.18 B8V 151 0
46 HD 24131 * 03 51 53.7187356648 +34 21 32.823349956 4.96 5.730 5.772     B1V 169 0
47 * zet Per V* 03 54 07.9224751 +31 53 01.081262 2.19 2.97 2.85 2.71 2.62 B1Ib 839 0
48 HD 24431 ** 03 55 38.4221692944 +52 38 28.747965948 6.50 7.11 6.74 6.36 6.10 O9III+B1.5V 159 0
49 * eps Per bC* 03 57 51.2320472 +40 00 36.775143 1.71 2.71 2.89 2.96 3.14 B1.5III 511 0
50 * lam Tau EB* 04 00 40.8157175 +12 29 25.225937 2.66 3.29 3.41 3.44 3.53 B4IV 342 0
51 * nu. Tau * 04 03 09.3796630 +05 59 21.479166   3.924 3.883     A0.5Va 124 0
52 * ups04 Eri SB* 04 17 53.6624067 -33 47 54.056903 3.07 3.44 3.56 3.57 3.68 B8V+B9.5V? 148 0
53 * d Per bC* 04 21 33.1662438000 +46 29 55.964841936 4.31 4.757 4.812     B4IV 187 1
54 * del03 Tau a2* 04 25 29.3847186643 +17 55 40.463442784   4.369 4.298 6.18 4.24 A2IV-Vs 397 0
55 * alf Dor a2* 04 33 59.77719 -55 02 41.9243 2.83 3.18 3.28 3.29 3.38 B8IIIpSi 142 0
56 * nu. Eri bC* 04 36 19.1414419 -03 21 08.856678 2.82 3.737 3.928     B2III 384 0
57 * mu. Eri EB* 04 45 30.1503818 -03 15 16.776562 3.26 3.87 4.00     B5IV 156 0
58 * alf Cam s*b 04 54 03.0103983 +66 20 33.636467 3.47 4.34 4.29 4.18 4.18 O9Ia 649 1
59 * ome Aur PM* 04 59 15.4093630440 +37 53 24.881188776   5.01 5.00     A1V 129 0
60 HD 32309 * 05 01 25.5805525608 -20 03 06.908278068   4.838 4.885     B9V 77 0
61 * 11 Ori a2* 05 04 34.1491631 +15 24 14.777073   4.609 4.661     A1VpSiCr 148 0
62 * eta Aur PM* 05 06 30.8933734 +41 14 04.112721 2.33 3.00 3.18 3.23 3.40 B3V 372 0
63 * iot Lep ** 05 12 17.9019041 -11 52 09.186279 3.95 4.35 4.45     B7.5Vn 109 0
64 * mu. Lep a2* 05 12 55.9029641016 -16 12 19.668599100 2.78 3.18 3.29 3.30 3.42 B9IV:HgMn 271 1
65 * kap Lep ** 05 13 13.87761 -12 56 28.6463 3.92         B7V 95 0
66 * bet Ori s*b 05 14 32.27210 -08 12 05.8981 -0.56 0.10 0.13 0.13 0.15 B8Iae 749 0
67 * tau Ori * 05 17 36.3885646 -06 50 39.870187 3.01 3.47 3.59     B5III 185 0
68 * gam Ori V* 05 25 07.86325 +06 20 58.9318 0.54 1.42 1.64 1.73 1.95 B2V 513 1
69 * bet Tau PM* 05 26 17.51312 +28 36 26.8262 1.03 1.52 1.65 1.66 1.76 B7III 359 1
70 HD 35600 * 05 27 08.2723588272 +30 12 30.969836964 5.56 5.861 5.720     B9Ib 79 0
71 * 32 Ori ** 05 30 47.05091 +05 56 53.2925 3.51 4.07 4.20 4.26 4.40 B5IV+B7V 184 0
72 * ups Ori SB* 05 31 55.8601879 -07 18 05.537157 3.30 4.36 4.63 4.75 5.01 O9.7V 399 0
73 * chi Aur SB* 05 32 43.6731178 +32 11 31.275310 4.68 5.15 4.79 4.42 4.15 B4Ib 207 0
74 * phi01 Ori SB* 05 34 49.2380370 +09 29 22.487814 3.29 4.26 4.41 4.42 4.59 B0III 251 0
75 * eps Ori s*b 05 36 12.81335 -01 12 06.9089 0.48 1.51 1.69 1.76 1.93 B0Ia 883 0
76 HD 37481 * 05 38 37.9735682376 -06 34 26.246963640 4.82 5.73 5.96     B1.5IV 123 0
77 * sig Ori Y*O 05 38 44.7653828520 -02 36 00.283179888 2.54 3.58 3.79 3.87 4.11 O9.5V+B0.2V(n) 779 0
78 HD 37744 V* 05 40 37.2968503824 -02 49 30.852237396 5.14 6.02 6.22     B2IV 144 0
79 * mu. Col V* 05 45 59.8950238944 -32 18 23.162261796 3.84 4.90 5.18 5.30 5.57 O9.5V 481 0
80 * kap Ori s*b 05 47 45.3888404 -09 40 10.577707 0.87 1.88 2.06 2.09 2.27 B0.5Ia 560 0
81 HD 39970 V* 05 56 56.1185421720 +24 14 58.879547772 6.2 6.367 6.029     A0Ib 89 0
82 * 139 Tau Em* 05 57 59.6563212 +25 57 14.079839 3.82 4.76 4.82 4.76 4.87 B0/1II/III 274 0
83 * bet Aur EB* 05 59 31.7229284 +44 56 50.757259 1.97 1.93 1.90 1.82 1.83 A1IV-Vp 412 0
84 * tet Aur a2* 05 59 43.27012 +37 12 45.3047 2.36 2.54 2.62 2.62 2.68 A0VpSi 277 0
85 HD 40589 sg* 06 01 00.4535810760 +27 34 20.501820480 6.06 6.250 6.040     A0Iab 68 0
86 * chi02 Ori s*b 06 03 55.1843706432 +20 08 18.428141364 4.24 4.91 4.63 4.32 4.10 B2Ia 440 0
87 * nu. Ori SB* 06 07 34.3258759 +14 46 06.506096 3.6 4.240 4.397     B3IV 227 0
88 * 3 Gem s*b 06 09 43.9852949424 +23 06 48.472220448 5.33 5.96 5.75     B3Ia 223 0
89 HD 43112 * 06 15 08.4727512648 +13 51 03.959285616 4.7 5.676 5.894     B1V 114 0
90 * 9 Gem s*b 06 16 58.7058631680 +23 44 27.284070336 6.31 6.70 6.25 5.78 5.38 B3Iab 236 0
91 * bet CMa bC* 06 22 41.9853527 -17 57 21.307352 0.77 1.73 1.97 2.11 2.35 B1II-III 705 0
92 * 13 Mon * 06 32 54.2279021568 +07 19 58.690911432 4.30 4.50 4.50 4.40 4.36 A0I 195 1
93 HD 46769 * 06 35 15.8285310432 +00 53 24.785166300 5.43 5.84 5.86 5.78 5.81 B7Ib-II 85 0
94 * gam Gem SB* 06 37 42.71050 +16 23 57.4095 1.98 1.92 1.92 1.86 1.87 A1.5IV+ 502 0
95 * nu. Pup Ce* 06 37 45.6713527 -43 11 45.360171 2.65 3.06 3.17 3.17 3.24 B8III 136 0
96 HD 47240 Pu* 06 37 52.7038930896 +04 57 24.003132228 5.65 6.35 6.20 5.98 5.87 B1Ib 152 0
97 HD 47432 Pu* 06 38 38.1872868432 +01 36 48.675208608 5.67 6.44 6.31 6.11 6.04 O9.7Ib 176 1
98 HD 47964 ** 06 41 05.4409639536 +00 29 43.160425584 5.32 5.669 5.765     B8III 59 0
99 HD 48434 * 06 43 38.6456583720 +03 55 57.109225980 4.99 5.88 5.90     B0II 152 0
100 * 16 Mon SB* 06 46 32.4145190352 +08 35 13.767386136   5.76 5.92     B3V 92 0
101 HD 49567 * 06 49 03.6560827200 +01 00 07.442689536 5.34 6.001 6.150     B2.5III 71 0
102 * eps CMa * 06 58 37.54876 -28 58 19.5102 0.36 1.29 1.50 1.59 1.80 B1.5II 479 0
103 * omi02 CMa s*b 07 03 01.4721150 -23 49 59.852308 2.14 2.94 3.02 3.01 3.10 B3Ia 314 0
104 * gam CMa * 07 03 45.4930485 -15 37 59.829971 3.52 4.00 4.12 4.13 4.23 B8II 178 0
105 * eta CMa s*b 07 24 05.70228 -29 18 11.1798 1.65 2.37 2.45 2.38 2.44 B5Ia 360 0
106 * zet Pup BY* 08 03 35.04754 -40 00 11.3321 0.89 1.98 2.25 2.36 2.58 O4I(n)fp 1139 1
107 * eps Vol SB* 08 07 55.7944779456 -68 37 01.432689816   4.270 4.398     B5III 64 0
108 * 16 Pup * 08 09 01.6374092 -19 14 42.052059 3.65 4.239 4.393     B5V 93 0
109 * 30 Mon PM* 08 25 39.6320108 -03 54 23.117820 3.85 3.88 3.90 3.87 3.92 A0Va 271 0
110 * eta Hya bC* 08 43 13.4749927 +03 23 55.186711 3.380 4.100 4.300 4.37 4.56 B3V 398 1
111 * kap UMa ** 09 03 37.52762 +47 09 23.4890   3.55 3.55     A1Vn 167 0
112 * i Car * 09 11 16.7208929 -62 19 01.129500 3.13 3.774 3.943     B3V 110 0
113 * tet Hya SB* 09 14 21.8600711562 +02 18 51.551915906   3.82   3.9   B9.5V+DA1.6 207 0
114 * m Car V* 09 39 21.0112812689 -61 19 40.979181659   4.432 4.498     B9IV/V 78 0
115 * kap Hya V* 09 40 18.3649593 -14 19 56.267439   4.909 5.052     B3/5IV/V 160 0
116 * phi Vel * 09 56 51.7416742 -54 34 04.039043 2.81 3.35 3.45 3.51 3.59 B5Ib 124 0
117 * eta Leo * 10 07 19.9518606 +16 45 45.580270 3.17 3.39 3.41 3.32 3.35 A0Ib 330 0
118 * lam UMa PM* 10 17 05.7792565752 +42 54 51.889698684 3.54 3.48 3.45 3.37 3.38 A1IV 183 0
119 * rho Leo s*b 10 32 48.6716770 +09 18 23.709445 2.780 3.720 3.870 3.90 4.06 B1Iab 522 0
120 * bet UMa PM* 11 01 50.4765370 +56 22 56.733912 2.35 2.35 2.37 2.31 2.35 A1IVps 431 1
121 * tet Leo PM* 11 14 14.4044630 +15 25 46.454086 3.40 3.33 3.35 3.32 3.34 A2IV 328 0
122 * pi. Cen ** 11 21 00.40615 -54 29 27.6654           B5Vn 118 0
123 * sig Leo PM* 11 21 08.1934932 +06 01 45.570945   3.984 4.040     B9.5Vs 137 0
124 * 90 Leo ** 11 34 42.49024 +16 47 48.8956 5.150 5.780 5.940     B6.6(IV)+B3.7(V) 147 0
125 * lam Cen * 11 35 46.8780907704 -63 01 11.405976996 2.96 3.10 3.14 3.10 3.11 B9III 128 0
126 * tet Crt PM* 11 36 40.9133537 -09 48 08.091238   4.604 4.673     B9.5V 209 0
127 * gam Crv PM* 12 15 48.37081 -17 32 30.9496 2.12 2.47 2.58 2.62 2.71 B8III 233 0
128 * bet Cha V* 12 18 20.8245890 -79 18 44.070964 3.59 4.104 4.229     B4V 82 0
129 * del Crv PM* 12 29 51.8551642 -16 30 55.552542 2.80 2.89 2.94 2.99 3.03 A0IV(n)kB9 198 0
130 * gam Mus SB* 12 32 28.0134336 -72 07 58.759701 3.12 3.73 3.88 3.91 4.08 B5V+A: 144 0
131 * bet Cru bC* 12 47 43.26877 -59 41 19.5792 0.03 1.02 1.25 1.38 1.64 B1IV 336 0
132 * eps UMa a2* 12 54 01.7495922 +55 57 35.362645 1.76 1.75 1.77 1.79 1.82 A1III-IVpkB9 465 0
133 * alf02 CVn a2* 12 56 01.6655889007 +38 19 06.155170512 2.44 2.76 2.88 2.98 3.05 A0VpSiEu 668 0
134 * zet01 UMa SB* 13 23 55.5422805173 +54 55 31.295579890 2.11 2.271 2.220 2.10 2.12 A1.5Vas 305 0
135 * eta UMa PM* 13 47 32.43776 +49 18 47.7602 0.99 1.67 1.86 1.98 2.16 B3V 597 0
136 * alf Dra SB* 14 04 23.3499533 +64 22 33.061896 3.520 3.640 3.680     A0III 263 0
137 * zet Boo B PM* 14 41 08.907838 +13 43 42.30070   4.59 4.51     ~ 118 0
138 * alf Lup bC* 14 41 55.7557866 -47 23 17.515486 1.22 2.126 2.286     B1.5III 231 0
139 * 109 Vir PM* 14 46 14.9253599 +01 53 34.384496 3.69 3.72 3.73 3.66 3.68 A0IIInn 329 0
140 * bet Lup PM* 14 58 31.92536 -43 08 02.2699 1.59 2.46 2.68 2.78 2.95 B2III 184 0
141 * bet Lib PM* 15 17 00.41382 -09 22 58.4919 2.14 2.51 2.62 2.67 2.76 B8Vn 264 0
142 * gam UMi dS* 15 20 43.7160391 +71 50 02.459561   3.067 3.002     A2III 147 0
143 * alf CrB EB* 15 34 41.26800 +26 42 52.8940 2.19 2.22 2.24 2.21 2.25 A1IV 471 0
144 * bet Ser PM* 15 46 11.2543458 +15 25 18.595866 3.81 3.73 3.67 3.61 3.58 A2IV 172 0
145 * bet01 Sco bC* 16 05 26.2319826 -19 48 19.630018 1.68 2.55 2.62 2.60 2.69 B1V 548 0
146 * phi Her a2* 16 08 46.1762180496 +44 56 05.661355344 3.92 4.20 4.27 4.27 4.36 B9VspHgMn 290 1
147 * tau Her Pu* 16 19 44.43666 +46 18 48.1123 3.190 3.73 3.87 4.00 4.16 B5IV 396 0
148 * ome Her a2* 16 25 24.9546742056 +14 01 59.762072676 4.53 4.57 4.58 4.51 4.55 A2VpCrSr 231 0
149 * tau Sco * 16 35 52.9528530 -28 12 57.661515 1.55 2.56 2.81 2.93 3.18 B0.2V 901 0
150 V* V600 Her Ce* 16 36 58.2040305408 +14 28 30.910523016 5.87 6.845 7.028     B0.5III 157 0
151 * zet Dra ** 17 08 47.1959624 +65 42 52.863384 2.63 3.06 3.17 3.23 3.35 B6III 217 0
152 * eta Oph ** 17 10 22.68689 -15 43 29.6639 2.56 2.47 2.42 2.39 2.38 A2IV-V 259 0
153 * del Ara PM* 17 31 05.9127207 -60 41 01.852144 3.21 3.52 3.62     B8Vn 89 0
154 * mu. Oph * 17 37 50.7130843 -08 07 07.574857 4.53 4.73 4.62 4.44 4.33 B8II((Mn)) 127 1
155 * iot Her bC* 17 39 27.8860861 +46 00 22.800110 2.940 3.630 3.800     B3IV 440 1
156 * kap Sco bC* 17 42 29.27520 -39 01 47.9391 1.32 2.211 2.386     B1.5III 234 0
157 * 67 Oph * 18 00 38.7157893000 +02 55 53.633402904 3.34 3.96 3.93 3.84 3.81 B5I 397 0
158 * 102 Her * 18 08 45.4914189 +20 48 52.407870 3.38 4.177 4.347     B2IV 182 0
159 * eps Sgr PM* 18 24 10.31840 -34 23 04.6193   1.82 1.81     B9IVp_lB? 206 0
160 * alf Lyr dS* 18 36 56.33635 +38 47 01.2802 0.03 0.03 0.03 0.07 0.10 A0Va 2623 0
161 * phi Sgr PM* 18 45 39.3861043 -26 59 26.794441 2.69 3.050 3.140     B8III 115 0
162 * sig Sgr ** 18 55 15.92650 -26 17 48.2068 1.06 1.923 2.067     B2V 265 0
163 * gam Lyr * 18 58 56.6224137 +32 41 22.400295 3.140 3.200 3.250 3.27 3.28 B9III 276 0
164 * zet Aql PM* 19 05 24.6080155 +13 51 48.518212 2.99 3.00 2.99 2.98 2.98 A0IV-Vnn 339 0
165 * lam Aql PM* 19 06 14.9386542192 -04 52 57.225885348 3.07 3.34 3.43 3.46 3.55 B8.5V 220 0
166 * 21 Aql a2* 19 13 42.7011956712 +02 17 37.310297604 4.67 5.08 5.15     B7III 231 0
167 * 3 Vul Pu* 19 22 50.8855509384 +26 15 44.667340056 4.53 5.065 5.192     B6III 122 0
168 * del Cyg PM* 19 44 58.4785413 +45 07 50.916066 2.75 2.85 2.87 2.88 2.90 A0IV 286 0
169 HD 188209 s*b 19 51 59.0687638680 +47 01 38.419078944 4.61 5.55 5.63 5.54 5.64 O9.5Iab 301 0
170 * kap Cep * 20 08 53.3487448872 +77 42 41.115549672   4.35 4.40     B9III 135 0
171 * tet Aql SB* 20 11 18.2852804 -00 49 17.262642 3.03 3.15 3.22 3.29 3.33 B9.5III 194 1
172 * rho Aql PM* 20 14 16.6186826232 +15 11 51.386417088   5.006 4.946     A1Va 126 0
173 * ome01 Cyg Pu* 20 30 03.5409459288 +48 57 05.640569208 4.23 4.835 4.936     B2.5IV 109 2
174 * eps Del V* 20 33 12.7719198 +11 18 11.741187 3.43 3.90 4.03 4.05 4.18 B6IV 147 0
175 * alf Del ** 20 39 38.2872009 +15 54 43.463736 3.550 3.740 3.800 3.77 3.81 B9IV 275 0
176 * alf Cyg sg* 20 41 25.91514 +45 16 49.2197 1.11 1.34 1.25 1.14 1.04 A2Ia 740 0
177 * eps Aqr * 20 47 40.5526029 -09 29 44.787712 3.79 3.77 3.77 3.70 3.70 B9.5V 269 0
178 * 55 Cyg s*b 20 48 56.2915921440 +46 06 50.883645024 4.83 5.28 4.86 4.41 4.10 B4Ia 483 0
179 * 57 Cyg EB* 20 53 14.7550278 +44 23 14.140852 4.05 4.63 4.77 4.84 4.97 B5V 187 0
180 * sig Cyg sg* 21 17 24.9524404 +39 23 40.852798 3.98 4.37 4.24 4.06 3.92 A0Ia 261 0
181 * 69 Cyg Pu* 21 25 47.0250895464 +36 40 02.584183260 4.89 5.86 5.94     B0Ib 196 0
182 * bet Cep bC* 21 28 39.5968513 +70 33 38.574681 2.05 3.01 3.23 3.33 3.55 B0.5IIIs 710 0
183 * pi.01 Cyg SB* 21 42 05.6645818 +51 11 22.641518 3.86 4.55 4.66     B3III 106 0
184 * nu. Cep sg* 21 45 26.9247788 +61 07 14.899897 4.94 4.81 4.29 3.79 3.35 A2Iae 244 1
185 * pi.02 Cyg SB* 21 46 47.6083178 +49 18 34.451096 3.4 4.11 4.18     B3III 170 0
186 * gam Gru PM* 21 53 55.7261962 -37 21 53.478974 2.52 2.89 3.01 3.06 3.12 B8IV-Vs 132 0
187 * 14 Cep SB* 22 02 04.5726270264 +58 00 01.309758516 4.77 5.551 5.542     O9IV(n)var+B1:V: 248 0
188 * 15 Cep ** 22 03 53.8578633480 +59 48 52.467238584 6.31 6.862 6.708     B1V 56 0
189 * 19 Cep * 22 05 08.7897533088 +62 16 47.332569936 4.36 5.19 5.11 4.95 4.92 O9Ib 371 0
190 V* V365 Lac SB* 22 05 51.2185933968 +48 13 53.377700088 5.5 6.160 6.254     B2V 95 0
191 * iot Aqr SB* 22 06 26.2274193 -13 52 10.861454 3.91 4.20 4.27 4.32 4.41 B8V 110 0
192 * alf Gru PM* 22 08 13.98473 -46 57 39.5078 1.11 1.58 1.71 1.75 1.83 B6V 296 0
193 * 35 Aqr * 22 08 58.9903231176 -18 31 10.536229236   5.629 5.793     B2III 86 0
194 * tet Peg PM* 22 10 11.9852752 +06 11 52.307750 3.72 3.62 3.55 3.50 3.46 A1Va 178 0
195 * 2 Lac SB* 22 21 01.5472649 +46 32 11.646085 3.95 4.431 4.540     B6V 122 0
196 * gam Aqr PM* 22 21 39.3715681296 -01 23 14.457098796 3.65 3.791 3.834     A0V 167 0
197 * 4 Lac * 22 24 30.9914928480 +49 28 35.010584652 4.33 4.67 4.58 4.45 4.35 A0Ib 178 0
198 HD 212883 ** 22 26 45.55822 +37 26 37.3406 5.57         B2V+B9Vn 85 0
199 HD 212978 ** 22 27 26.4985235856 +39 48 36.093227436 5.23 6.00 6.16     B2V 111 0
200 * 6 Lac SB* 22 30 29.2600453 +43 07 24.156435 3.68 4.400 4.511     B2IV 156 0
201 * alf Lac PM* 22 31 17.5013090 +50 16 56.968200 3.78 3.78 3.77 3.77 3.80 A1V 252 0
202 HD 213976 * 22 34 30.1849059912 +40 46 29.635106412 6.83 6.883 7.022     B1.5V 60 0
203 * eta Aqr PM* 22 35 21.38126 -00 07 02.9888 3.690 3.950 4.030 4.06 4.13 B8/9V 156 0
204 HD 214240 SB* 22 35 53.3825016096 +50 04 14.837285784 5.7 6.199 6.275     B3V 80 0
205 HD 214652 SB* 22 39 04.5849358800 +37 22 31.503702468 5.99 6.70 6.84     B1.5V 55 0
206 * 10 Lac ** 22 39 15.6786372 +39 03 00.971152 3.650 4.670 4.880 4.98 5.19 O9V 742 0
207 * 42 Peg PM* 22 41 27.7207176 +10 49 52.907917 3.10 3.33 3.41 3.43 3.50 B8V 298 0
208 * 12 Lac bC* 22 41 28.6495065456 +40 13 31.609736580 4.24 5.080 5.229     B2III 351 0
209 * omi Peg * 22 41 45.4041684504 +29 18 27.631023336 4.77 4.78 4.79 4.75 4.77 A1IV 277 0
210 HD 215191 * 22 42 55.4466891648 +37 48 09.840220380 5.53 6.290 6.421     B1V 85 0
211 HD 217101 * 22 57 40.7378078160 +39 18 31.592840184 5.23 6.03 6.18     B2IV-V 115 0
212 HD 217811 V* 23 02 45.1478611209 +44 03 31.498436363 5.8 6.38 6.42     B2V 79 1
213 * alf Peg PM* 23 04 45.65345 +15 12 18.9617 2.38 2.44 2.48 2.47 2.50 B9III 349 0
214 * 1 Cas * 23 06 36.8178557 +59 25 11.135698 3.93 4.771 4.840     B0.5III 238 0
215 HD 218407 EB* 23 07 17.9993119296 +46 04 05.327603220 5.93 6.585 6.654     B2V 88 0
216 * psi02 Aqr Be* 23 17 54.2137206 -09 10 57.067524 3.72 4.26 4.40 4.47 4.60 B5V 143 0
217 * iot And * 23 38 08.2012983 +43 16 05.064880 3.90 4.18 4.29 4.29 4.38 B8V 157 0
218 * ome02 Aqr Er* 23 42 43.3453038933 -14 32 41.659905000   4.448 4.484     B9V 139 0
219 * i03 Aqr Pe* 23 51 21.3383201 -18 54 32.993729 4.62 5.04 5.18     A0VpSiSr 196 0

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2023.01.31-08:53:24

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