2006MNRAS.371..252L

Query : 2006MNRAS.371..252L

2006MNRAS.371..252L - Mon. Not. R. Astron. Soc., 371, 252-262 (2006/September-1)

Spectroscopic analysis of southern B and Be stars.

LEVENHAGEN R.S. and LEISTER N.V.

Abstract (from CDS):

Spectroscopic monitoring of 141 southern field B-type stars, 114 of them known to exhibit the Be phenomenon, allowed the estimation of their projected rotational velocities, effective temperatures and superficial gravities from both line and equivalent width fitting procedures. Stellar ages, masses and bolometric luminosities were derived from internal structure models. Without taking into account the effects of gravity darkening, we note the occurrence of the Be phenomenon in later stages of main-sequence phase.

Abstract Copyright: 2006 The Authors. Journal compilation © 2006 RAS

Journal keyword(s): line: profiles - techniques: spectroscopic - stars: emission-line, Be - stars: fundamental parameters - stars: rotation

VizieR on-line data: <Available at CDS (J/MNRAS/371/252): table1.dat table2.dat>

Simbad objects: 141

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Number of rows : 141
N Identifier Otype ICRS (J2000)
RA 		ICRS (J2000)
DEC 		Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2026 		#notes
1 * alf Eri Be* 01 37 42.84548 -57 14 12.3101 -0.36 0.30 0.46 0.49 0.60 B6Vpe 495 1
2 HD 14850 Be* 02 23 00.5241013728 -29 37 10.076863152   8.31 8.40     B8IIIe 47 0
3 * kap Eri * 02 26 59.1221115939 -47 42 13.826371650 3.61 4.11 4.25 4.28 4.41 B7IV 126 0
4 * del Cet bC* 02 39 28.9568473856 +00 19 42.631195332 2.97 3.85 4.07     B2IV 395 0
5 HD 17891 * 02 54 00.9780793041 +47 09 39.222894556   6.81 6.81     B6V 24 0
6 HD 20340 Be* 03 15 45.8644215984 -16 49 43.503765132 7.26 7.83 7.96     B3Ve 63 0
7 HD 28248 * 04 24 06.9030099984 -57 15 11.379170556   7.60 7.52     B3V 19 0
8 HD 29557 Be* 04 38 16.1736383904 -24 39 30.799103832   8.44 8.56     B3Ve 25 0
9 HD 33599 Be* 05 07 12.9489020136 -61 48 18.291788136 8.01 9.56 9.37 9.65   B2Vpe 41 0
10 HD 33453 Be* 05 08 26.4547479576 -40 54 44.726323284   7.93 8.03     B8Vne 26 0
11 HD 35165 Be* 05 21 16.8603281544 -34 20 42.173559132 5.24 5.90 6.09 6.12 6.26 B3IVe 79 0
12 * gam Ori V* 05 25 07.86325 +06 20 58.9318 0.54 1.42 1.64 1.73 1.95 B2III 542 1
13 HD 36012 Be* 05 28 48.4569658824 +02 09 52.976615076   7.14 7.24     B2Vne 76 0
14 * lam Ori A Em* 05 35 08.2760807112 +09 56 02.991326316 2.17 3.48 3.47     O8III((f)) 527 0
15 * tet01 Ori D Y*O 05 35 17.2574479992 -05 23 16.570738104 6.08 6.79 6.70 6.40 6.20 B1.5Vp 340 0
16 * ome Ori Be* 05 39 11.1457980782 +04 07 17.288290296 3.73 4.48 4.59 4.57 4.67 B3Ve 424 1
17 * alf Col Be* 05 39 38.9410319 -34 04 26.794991 2.10 2.53 2.65 2.65 2.74 B9Ve 251 0
18 HD 43122 Be* 06 12 49.8989140488 -37 04 53.323433364   8.10 8.18     B1Ve 13 0
19 HD 43285 Be* 06 15 40.1766992112 +06 03 58.206616128 5.42 5.94 6.07     B6Ve 115 0
20 HD 43789 Be* 06 15 56.5627042800 -44 37 10.692099084   8.45 8.55     B6/B7Ve 22 0
21 HD 43544 Be* 06 16 07.6914321072 -16 37 04.823463504 4.98 5.75 5.91 5.95 6.08 B2/B3Ve 94 0
22 * bet CMa bC* 06 22 41.9853527 -17 57 21.307352 0.77 1.73 1.97 2.11 2.35 B1II-III 748 0
23 HD 44996 Be* 06 24 20.5774906032 -12 57 42.963623424 5.41 6.04 6.12     B2.5Ve 77 0
24 HD 45871 Be* 06 28 39.24252 -32 22 16.5985 4.92 5.57 5.74     B3Ve 64 0
25 HD 46131 Be* 06 30 38.5222309824 -22 19 18.522512076   6.98 7.15     B3Ve 23 0
26 HD 46380 Be* 06 32 43.2318471312 -07 30 32.278170996 7.88 8.43 8.00 8.84   B2/B3IVne 77 0
27 * 15 Mon Be* 06 40 58.65963 +09 53 44.7229 3.360 4.45 4.68   4.88 O7V+B1.5/2V 823 0
28 HD 48099 Be* 06 41 59.2308626256 +06 20 43.532571372 5.38 6.32 6.37 6.30 6.35 O5V((f))z+O9:V 310 0
29 HD 48282 Be* 06 42 12.9399304320 -10 29 53.081104992 8.77 9.04 8.78     B3Ve 48 0
30 HD 49131 Be* 06 45 31.1887692456 -30 56 56.329692216 4.48 5.55 5.68 7.15   B1.5Vne 82 0
31 HD 49319 Be* 06 46 03.2205665160 -39 32 24.919285344   6.483 6.617     B2/B3IVne 47 0
32 HD 49336 Be* 06 46 12.1494382608 -37 46 31.166523516   6.072 6.192     B6Vne 52 0
33 HD 49330 bC* 06 47 57.2679459720 +00 46 34.035384504 8.45 9.14 8.95     Bnn(e) 98 0
34 * kap CMa Be* 06 49 50.4591124672 -32 30 30.523820933 2.73 3.68 3.89 3.91 4.05 B1.5Ve 298 0
35 HD 50209 Be* 06 52 10.3593170304 -00 17 43.927976508 8.05 8.37 8.36     B9Ve 60 1
36 HD 50737 Be* 06 53 52.1678672136 -13 11 09.112957116   8.64 8.68 9.44   B2Vnne 34 0
37 HD 50850 Be* 06 54 09.2022294960 -18 17 10.495989312 8.76 9.28 9.22     B(3)Vnne 18 0
38 HD 50696 Be* 06 54 22.1505339168 +00 10 54.668117316 8.07 8.84 8.87     B2Vnne 42 0
39 * iot CMa s*b 06 56 08.2245944314 -17 03 15.259069948 3.62 4.297 4.385 6.40   B3Ib 184 0
40 HD 52159 Be* 06 59 42.6456539448 -11 09 26.597073132 9.14 9.60 9.63     B3Vne 29 0
41 HD 52244 Be* 06 59 46.4591906256 -16 12 02.728933884 8.89 9.62 9.68 9.68   B2IVnpe 53 0
42 HD 55606 Be* 07 13 34.1003415384 -02 04 39.100526796 8.28 9.01 9.04     B0.5Vnnpe 66 0
43 * bet CMi Be* 07 27 09.0417373 +08 17 21.536745 2.52 2.80 2.89 2.90 2.96 B8Ve 400 0
44 HD 59868 * 07 29 48.0083209872 -44 54 42.938217288   7.80 7.83     B3V 23 0
45 HD 63150 Be* 07 45 55.1308515456 -36 29 53.281123800 8.07 9.11 9.30 9.37   B1Ve 37 0
46 HD 67698 Be* 08 08 19.3582641144 -23 37 04.039830588 6.02 6.45 6.53     B3Ve 38 0
47 HD 70461 Be* 08 21 13.4095565016 -26 19 59.435648220   8.85 8.99 9.63   B6Ve 26 0
48 * eta Hya bC* 08 43 13.4757536071 +03 23 55.182801587 3.380 4.100 4.300 4.37 4.56 B3V 418 1
49 * i Car * 09 11 16.7220151749 -62 19 01.119842846 3.13 3.774 3.943     B3V 118 0
50 HD 90177 s*b 10 22 53.8430096928 -59 37 28.363616256 9.16 9.66 8 8.15   LBV 342 0
51 HD 97991 * 11 16 11.7119307144 -03 28 19.095029580 6.28 7.19 7.41     B1V 149 0
52 HD 100546 Be* 11 33 25.4408872296 -70 11 41.241297948   6.71 6.30   6.64 A0VaekB8_lB 894 1
53 * tet Crt PM* 11 36 40.9092052035 -09 48 08.001725582   4.604 4.673     B9.5V 226 0
54 HD 104582 Be* 12 02 35.6034204576 -59 20 13.368683220   9.61 9.53     B8/B9Ve 22 0
55 * del Cen Be* 12 08 21.4976373 -50 43 20.738614 1.51 2.39 2.52 2.48 2.62 B2Vne 320 0
56 HD 105521 Be* 12 08 54.5892904200 -41 13 53.771811240 4.87 5.402 5.498     B3IVe 87 0
57 * rho Cen Pu* 12 11 39.1197479712 -52 22 06.384420264 3.20 3.81 3.96 4.05 4.21 B3V 136 0
58 HD 106309 Be* 12 14 01.7711943504 -59 23 48.830949096 6.98 8.97 8.81 8.68   B2IVne 44 0
59 HD 106793 Be* 12 16 59.7214252800 -56 24 24.234029892 9.34 9.70 9.72     B8/B9IVe 23 0
60 HD 110432 HXB 12 42 50.2663572384 -63 03 31.052981412 4.79 5.58 5.31     B0.5IVpe 334 0
61 HD 110699 Be* 12 44 37.0448994336 -59 09 36.293856156   10.37 10.22     B6Vne 18 0
62 * mu.02 Cru Be* 12 54 36.8841589536 -57 10 07.193918388 4.59 5.09 5.20 5.00 5.06 B5Vne 189 0
63 * lam Cru Be* 12 54 39.1827302030 -59 08 48.129223088 3.86 4.451 4.602     B3Vne 150 1
64 HD 112107 Be* 12 54 41.3123962152 -52 29 02.662032624   9.86 9.85     B9.5Vne 12 0
65 HD 112512 Be* 12 58 00.8275139880 -59 05 03.597092844   8.69 8.62     B7Ve 29 0
66 HD 113120 Be* 13 03 05.3358171458 -71 28 32.642280570 5.21 6.08 6.03     B2IVne 132 0
67 HD 118094 Be* 13 36 20.9803213752 -63 08 44.489149116   7.92 7.92     B8Vne 26 0
68 HD 119423 Be* 13 45 18.3978428208 -66 45 16.792881444   7.55 7.595     B3Vne 36 0
69 HD 119682 HXB 13 46 32.5709610312 -62 55 24.156893676 7.26 7.978 7.901 8.72   B0Ve 76 0
70 * mu. Cen Be* 13 49 36.9886872492 -42 28 25.440271450 2.37 3.27 3.43 3.41 3.50 B2Vnpe 453 0
71 HD 120991 Be* 13 53 57.2397645360 -47 07 41.390612184 5.11 6.03 6.10 6.24 6.34 B2Ve 145 0
72 HD 125924 * 14 22 42.9946000008 -08 14 53.580901704 8.64 9.48 9.66     B2IV 96 0
73 HD 124639 Be* 14 24 22.0648223472 -82 50 53.670152508 6.11 6.407 6.417     B9IVe 48 0
74 HD 126527 Be* 14 27 56.4605956080 -55 28 10.850544768   9.20 9.07     B9Ve 18 0
75 HD 126986 Be* 14 30 32.4551028120 -52 15 20.101938192   9.94 9.60     B9IVne 22 0
76 HD 127208 Be* 14 30 40.4651520192 -22 27 39.310443504   7.12 6.96     B9IVe 44 0
77 HD 127112 Be* 14 31 45.9617317944 -58 53 22.160125428   9.22 9.13     B8Ve 24 0
78 * sig Lup El* 14 32 37.0550628352 -50 27 25.733667127 3.39 4.240 4.423     B1/B2V 122 0
79 * eta Cen Be* 14 35 30.4241610 -42 09 28.170782 1.30 2.12 2.31 2.41 2.59 B2Ve 361 1
80 * 108 Vir * 14 45 30.2044637184 +00 43 02.180202816   5.656 5.665     B9.5V 165 0
81 HD 130534 Be* 14 50 41.4390162024 -52 15 52.712475084 9.07 9.05 8.76     B7Ve 33 0
82 HD 130437 Be* 14 50 50.2529109240 -60 17 10.355677188 10.20 10.66 10.04 9.93   B1Ve 71 0
83 HD 131168 Be* 14 53 22.1163258240 -45 51 20.706661332 6.24 6.96 7.05     B2Ve 47 0
84 HD 132947 Or* 15 04 56.0564413224 -63 07 52.644571500   9.00 8.94     B9V 46 0
85 * kap Lup Be* 15 11 56.0732718648 -48 44 16.169955108 3.55 3.67 3.70 3.75 3.76 B9.5Vne 105 0
86 HD 134671 Be* 15 13 02.0197054872 -50 44 06.339329268   9.89 9.80     B7Ve 19 0
87 HD 134401 Be* 15 13 12.1561818576 -65 58 09.073305876 8.4 9.05 8.98 9.56   B2Vne 35 0
88 * mu. Lup Be* 15 18 32.02296 -47 52 30.9957 3.82         B8Ve 112 0
89 HD 136968 Be* 15 25 55.2511500672 -53 46 15.694961592   8.26 8.27     B5Vne 17 0
90 HD 137518 Be* 15 28 17.4201569136 -45 08 05.880898608 7.35 7.83 7.75 9.04   B1Vne 44 0
91 * kap01 Aps Be* 15 31 30.8221293192 -73 23 22.529543604 4.60 5.37 5.49     B2Vnpe 126 0
92 HD 142237 Be* 15 56 05.9721351288 -54 57 09.551275920 8.26 8.88 8.82     B1Vne 41 0
93 HD 142349 Be* 15 57 07.5614833632 -57 34 48.776015424 8.37 8.82 8.76     B5Ve 21 0
94 HD 143578 Be* 16 02 38.2244924664 -35 15 11.389884840   8.81 8.75     B8IV/Ve 20 0
95 HD 143545 Be* 16 03 09.2610865296 -48 43 21.689983452 9.25 9.55 9.22     B1/B2Vne 29 0
96 HD 143700 Be* 16 04 02.1802918416 -47 28 33.916410948 9.27 9.65 9.38     B1/B2Vne 37 0
97 HD 144555 Be* 16 08 55.3469880888 -51 57 43.051237344 9.3 10.31 9.90 9.77   B1Vne 37 0
98 HD 146531 Be* 16 19 55.5155710872 -58 10 01.863488244   9.72 9.69     B2IVe 26 0
99 HD 330950 Be* 16 34 43.5422771880 -49 33 09.520080048 9.37 9.92 9.42 9.88   B1Ve 43 0
100 * zet Oph Be* 16 37 09.5400587698 -10 34 01.509742704 1.73 2.58 2.56 2.46 2.50 O9.2IVnn 1908 0
101 HD 150193 Ae* 16 40 17.9243127240 -23 53 45.193372692 9.69 9.32 8.79 8.41   A3Va(e) 336 0
102 HD 150288 Be* 16 42 16.4597683848 -47 00 56.320010784 8.21 9.95 9.65 9.45 8.74 B2Ve 49 0
103 HD 150422 Be* 16 43 07.4504350512 -46 30 23.480446104 8.58 10.01 9.70 9.51   B1Vne 44 0
104 HD 151113 Be* 16 47 30.3450572093 -45 27 37.870362328     6.64     B2Ve 35 0
105 HD 152060 bC* 16 52 59.9806599264 -41 24 27.319303188 9.27 9.77 9.6     B2Ve 44 0
106 HD 152478 Be* 16 56 08.8420101600 -50 40 29.242895268 5.64 6.31 6.33     B3Vnpe 96 0
107 HD 322422 Be* 16 57 23.9361739824 -40 21 39.902880420 9.50 9.94 9.97 9.98   B1Ve 45 0
108 HD 152979 Be* 16 58 56.8068745416 -46 07 44.378476752 7.65 8.31 8.16     B0IVe 61 1
109 HD 153199 Be* 16 59 56.9253864120 -43 13 14.787378480 7.81 8.33 8.13 9.03   B2/B3Ve 40 0
110 HD 154154 Be* 17 06 07.1126231928 -48 25 07.228387164 8.04 8.71 8.61 9.38   B1Vnne 40 0
111 HD 155851 Be* 17 15 33.7702116216 -32 41 23.022026304 7.48 8.23 8.13 9.09   B0Vne 60 0
112 HD 156325 Be* 17 18 20.5104454512 -32 33 11.181878028 6.15 6.465 6.367     B6Vne 71 0
113 HD 156702 Be* 17 20 50.6151637512 -38 39 08.732385432 8.29 8.91 8.76 9.46   B1Ve 37 0
114 * alf Ara Be* 17 31 50.4915282 -49 52 34.122041 2.09 2.78 2.95 3.05 3.29 B2Vne 269 0
115 HD 159489 Be* 17 37 13.8358286256 -45 09 26.642731500 7.59 8.17 8.20     B1Ve 40 0
116 HD 160202 Be* 17 40 01.0407184728 -32 12 03.838222548 6.30 6.79 6.75     B5Ve 58 0
117 HD 316341 Be* 17 48 35.5328315880 -29 57 28.789787376 9.66 10.11 9.88 9.64   B0Ve 47 0
118 HD 161774 Be* 17 48 51.3462565224 -33 51 45.078132204   8.89 8.73     B8Vnne 36 0
119 HD 316587 Be* 17 52 13.8981234120 -29 55 52.616618364 10.42 10.70 10.51 10.57   B1Vne 35 0
120 * 66 Oph Be* 18 00 15.7957050537 +04 22 07.122326765 3.77 4.58 4.60 4.47 4.49 B2Ve 358 0
121 HD 164816 Be* 18 03 56.8425865728 -24 18 45.118050552 6.17 7.006 6.986 8.08 6.989 O9.5V+B0V 162 0
122 HD 164906 Be* 18 04 25.8330927672 -24 23 08.363828580 6.78 7.61 7.381 7.11 6.91 B0Ve 133 0
123 HD 164947 Be* 18 04 41.65848 -24 20 56.9508 8.20         B2VI 47 0
124 HD 165052 SB* 18 05 10.5506592816 -24 23 54.847798080 6.16 6.98 6.87 7.77   O6.5V((f))z 282 1
125 HD 166566 Be* 18 11 50.9097203688 -15 40 47.481829608 7.53 8.19 8.01 8.80   B2Ve 58 0
126 HD 170235 Be* 18 29 21.9858899664 -25 15 23.775582816 5.98 6.66 6.59     B1Vnne 112 0
127 HD 170835 Be* 18 32 16.4400405096 -19 13 01.826704524 8.57 9.02 8.81     B2Ve 49 0
128 HD 171054 Be* 18 33 08.6710960848 -13 54 43.469337060 8.51 9.22 9.14     B2Ve 37 0
129 HD 171219 Be* 18 33 17.8360774464 +05 26 43.946946780   7.80 7.65     B8V 35 0
130 HD 172256 Be* 18 40 11.0092236384 -22 39 49.803460308 8.11 8.73 8.73 9.45   B1Ve 48 0
131 * lam Pav Be* 18 52 13.0338312065 -62 11 15.327318320 3.19 4.048 4.207     B2Ve 159 0
132 HD 174705 Be* 18 52 16.5340627560 -11 37 57.325169316 8.06 8.55 8.34     B2Vne 35 0
133 HD 179253 Be* 19 13 44.1896629776 -42 24 48.154146912   9.75 9.78     B7Ve 16 0
134 * bet02 Cyg Be* 19 30 45.3961817904 +27 57 54.989118612 4.69 5.01 5.11     B8Ve 170 0
135 HD 184279 Be* 19 33 36.9185843448 +03 45 40.793081472 6.63 7.00 7.00     B0V 153 0
136 * 11 Cyg Be* 19 35 48.3043356552 +36 56 40.346673756 5.42 5.939 6.034     B8Vne 82 0
137 * eps Aqr * 20 47 40.5495728200 -09 29 44.796936843 3.79 3.77 3.77 3.70 3.70 B9.5V 292 0
138 * eps Cap Be* 21 37 04.8311169408 -19 27 57.640399810 3.69 4.35 4.55 4.60 4.74 B3V 266 0
139 HD 208886 Be* 21 59 55.5415486944 -31 31 32.649950676   6.98 7.06     B5IVe 46 0
140 * bet Psc Be* 23 03 52.6132153632 +03 49 12.164302217 3.90 4.40 4.52 4.54 4.67 B6Ve 259 0
141 * eps Tuc Be* 23 59 54.9771397256 -65 34 37.677425716 4.12 4.38 4.47 4.45 4.49 B8V 145 0

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