1998A&AS..130....1N


Query : 1998A&AS..130....1N

1998A&AS..130....1N - Astron. Astrophys., Suppl. Ser., 130, 1-64 (1998/May-2)

A 12CO (J=1->0) and (J=2->1) atlas of circumstellar envelopes of AGB and post-AGB stars.

NERI R., KAHANE C., LUCAS R., BUJARRABAL V. and LOUP C.

Abstract (from CDS):

We present the results of a 12CO (J=1->0) and (J=2->1) survey on a sample of 46 objects classified as AGB and post-AGB stars. We have obtained fully sampled high resolution maps of their 12CO (J=1->0) emission by combining visibilities from the IRAM interferometer with short spacing observations from the IRAM 30 m telescope. Properties of their circumstellar envelopes like fluxes, radii, and positions are derived from model fits to the visibilities and compared to the results obtained from 12CO (J=2->1) maps observed at the IRAM 30 m telescope. From the 12CO (J=1->0) observations we have derived mass loss rates for 38 stars and established an empirical relation between the CO photodissociation radius of an envelope and the measured radius in the (J=1->0) emission.

Abstract Copyright:

Journal keyword(s): Atlases - stars: AGB, post-AGB - stars: circumstellar matter - stars: mass-loss - stars: evolution - radio lines: stars

Simbad objects: 92

goto Full paper

goto View the references in ADS

Number of rows : 92
N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2022
#notes
1 V* KU And Mi* 00 06 52.7571912336 +43 05 02.363566416       14.12   M10 79 0
2 V* R And S* 00 24 01.9457463096 +38 34 37.370144352 10.61 9.36 7.39 4.45 2.30 S5-7/4-5e 344 0
3 QSO B0048-09 BLL 00 50 41.3172421464 -09 29 05.210474100 16.74 16.39 16.22 16.14   ~ 434 2
4 IRC +10011 OH* 01 06 25.9879717848 +12 35 52.896392052   20.7   18.26 14.01 M8 411 0
5 OH 127.8 -0.0 OH* 01 33 51.21 +62 26 53.2           M9III 176 0
6 QSO B0133+476 Bla 01 36 58.5947351640 +47 51 29.099491848     18.0 19.25 15.21 ~ 469 1
7 6C 021252+733537 BLL 02 17 30.8129232696 +73 49 32.622815712     19.0 18.97   ~ 427 1
8 4C 67.05 QSO 02 28 50.0509728096 +67 21 03.034681488   19.5   18.1   ~ 241 1
9 4C 28.07 QSO 02 37 52.4057664048 +28 48 08.990026884     18.5 16.99   ~ 558 1
10 QSO B0235+1624 BLL 02 38 38.9300958576 +16 36 59.276150136   16.46 15.50 15.92   ~ 1457 2
11 3C 84 Sy2 03 19 48.1599902040 +41 30 42.108850836   13.10 12.48 11.09   ~ 3805 3
12 RAFGL 482 C* 03 23 37.2515857824 +70 27 05.037780240       19.7   C-rich 49 0
13 LEE 259 C* 03 26 29.5037418864 +47 31 48.551540844           N 170 0
14 V* U Cam C* 03 41 48.1758504744 +62 38 54.395692404   11.5 11.00     C-N5 239 0
15 V* IK Tau Mi* 03 53 28.8924743304 +11 24 21.895183368 16.99 17.03 13.39 7.29 3.20 M7-11 606 0
16 4C 50.11 QSO 03 59 29.7469819512 +50 57 50.159106936           ~ 417 1
17 Mrk 1506 Sy1 04 33 11.0956735296 +05 21 15.619461552   15.72 15.05 10.08   ~ 1934 2
18 V* GY Cam C* 04 35 17.5547575224 +62 16 23.758622256           C-rich 56 0
19 V* TX Cam Mi* 05 00 51.1627935408 +56 10 54.041462220       14.02   M9-9.5 341 0
20 V* R Aur S* 05 17 17.6915798904 +53 35 10.031931312   7.8 6.5     M6.5-8.5e 224 0
21 7C 055201.39+394824.00 QSO 05 55 30.8055972888 +39 48 49.166341920     18.0 17.5   ~ 487 2
22 RAFGL 865 C* 06 04 00.04728 +07 25 52.0104           C-rich 98 0
23 QSO B0605-0834 BLL 06 07 59.6994046176 -08 34 49.980131256     18.5 17.70   ~ 422 1
24 QSO B0607-157 QSO 06 09 40.9493089944 -15 42 40.667570496   18.47 18.0 19.90   ~ 299 1
25 V* UU Aur C* 06 36 32.8371036984 +38 26 43.819021608   7.89 5.25 3.31 1.90 C-N5- 297 1
26 V* CL Mon C* 06 55 36.6904592496 +06 22 43.179553200   12.69 11.00     C-J:6 90 0
27 8C 0716+714 BLL 07 21 53.4482942664 +71 20 36.363846516   15.5 14.17 14.27   ~ 1223 1
28 QSO J0730-116 QSO 07 30 19.1119137384 -11 41 12.596691444     20.30 20.3   ~ 279 1
29 QSO J0738+1742 BLL 07 38 07.3935719136 +17 42 18.998218764   16.76 16.22 15.78   ~ 945 1
30 QSO J0854+2006 BLL 08 54 48.8749846272 +20 06 30.639583620   15.91 15.43 15.56   ~ 2190 1
31 V* RS Cnc S* 09 10 38.7978379 +30 57 47.295961 8.65 7.62 5.95 3.06 0.73 M6S 306 0
32 ICRF J092703.0+390220 Sy1 09 27 03.0138528936 +39 02 20.850343332   17.17 17.00 16.486   ~ 964 1
33 V* R LMi Mi* 09 45 34.2840467232 +34 30 42.809054724   10.96 9.99     M6.5-9e 314 0
34 V* RW LMi C* 10 16 02.2777043904 +30 34 19.045098516       15.27   C4,3e 386 0
35 6C 104451+715930 QSO 10 48 27.6198768456 +71 43 35.939809416     19.0 17.49   ~ 205 1
36 3C 273 BLL 12 29 06.6998257176 +02 03 08.597629980   13.05 14.830 14.11   ~ 5599 1
37 V* Y CVn C* 12 45 07.8260815656 +45 26 24.926308404 14.03 7.41 4.87 3.12 1.74 C-N5 469 0
38 V* RY Dra C* 12 56 25.9112361600 +65 59 39.811665876 15.56 9.44 6.34 4.34 2.91 C-N3III: 232 0
39 7C 1308+3236 BLL 13 10 28.6639899312 +32 20 43.774028664   15.61 15.24 17.91   ~ 806 1
40 QSO B1413+135 BLL 14 15 58.81750938 +13 20 23.7129069   21.055 20.000 18.461   ~ 405 1
41 6C 141804+543700 BLL 14 19 46.5974051952 +54 23 14.787857796   16.17 15.65 14.16   ~ 562 1
42 V* RX Boo AB* 14 24 11.6253191184 +25 42 13.394221596   9.23 8.60     M7.5-M8 431 0
43 V* V CrB C* 15 49 31.3121978280 +39 34 17.892629256     6.90     C6,2e_MS3 255 0
44 IRC +20326 C* 17 31 55.3280201904 +17 45 20.978184672   15.54 14.48 14.38   C 75 0
45 QSO B1730-130 QSO 17 33 02.7055087032 -13 04 49.545516612   18 18.5 18.78 17.39 ~ 1072 1
46 7C 173240.70+385949.00 BLL 17 34 20.5785905328 +38 57 51.434857944   19.5 19 19.00   ~ 179 1
47 QSO B1741-038 QSO 17 43 58.8561752304 -03 50 04.618401684     18.5 17.98   ~ 509 1
48 HD 161796 pA* 17 44 55.4694563472 +50 02 39.482823336 8.00 7.68 7.21 6.77 6.51 F3Ib 316 0
49 4C 09.57 BLL 17 51 32.8186120872 +09 39 00.728629416   17.46 16.78 15.57   ~ 886 1
50 V* T Dra C* 17 56 23.3288487384 +58 13 06.783372804   18.08 7.20     C6,2e 182 0
51 V* VX Sgr s*r 18 08 04.0442790744 -22 13 26.600899044 11.72 9.41 6.52 3.90 2.11 M8.5Ia 580 0
52 4C 56.27 BLL 18 24 07.0679485560 +56 51 01.479645612   18.9 18.4 16.48   ~ 455 1
53 RAFGL 2155 C* 18 26 05.83560 +23 28 46.6932         17.63 C-rich 80 0
54 ICRF J182931.7+484446 Sy1 18 29 31.7809732968 +48 44 46.160168892   17.05 16.81 16.860   ~ 663 1
55 V* AC Her pA* 18 30 16.2373118976 +21 52 00.599340000 8.00 7.79 7.01     F4Ibp 325 0
56 QSO B1830-211 Bla 18 33 39.9399138048 -21 03 39.368838780     18.70 21   ~ 618 1
57 OH 26.5 +0.6 OH* 18 37 32.50920 -05 23 59.1936           O-rich 289 0
58 IRC +20370 C* 18 41 54.5501446200 +17 41 08.425834728       13.56   C7,3e 113 0
59 RAFGL 2290 OH* 18 58 30.0951077544 +06 42 57.696212124           O-rich 123 0
60 * kap Cyg PM* 19 17 06.1686516 +53 22 06.453375 5.47 4.73 3.76 3.13 2.66 G9III 201 0
61 RAFGL 2362 OH* 19 18 14.67 +23 49 27.9           ~ 51 0
62 OH 44.8 -2.3 OH* 19 21 36.6364189224 +09 27 56.688388992           ~ 84 0
63 IRC +10420 pA* 19 26 48.0979492536 +11 21 16.758531216   13.98 11.66     F8Ia+e 465 0
64 4C 73.18 BLL 19 27 48.4947009120 +73 58 01.572558816     15.5 15.11   ~ 509 2
65 V* V1129 Cyg Mi* 19 33 52.2103818720 +28 04 57.041542380           M 12 1
66 Min 1-92 pA* 19 36 18.9295687968 +29 32 49.785288144 12.13 12.35 11.75 11.54   B0.5IV[e] 244 1
67 IRAS 19480+2504 pA? 19 50 08.2687941144 +25 12 00.936994068           C-rich 26 0
68 HD 187885 pA* 19 52 52.7033593752 -17 01 50.289441096   9.25 8.68 8.32   F2/6Ia 174 0
69 QSO B1954+513 QSO 19 55 42.7384954488 +51 31 48.542394936     18.5 17.34   ~ 227 1
70 RAFGL 2477 S* 19 56 48.4423076904 +30 44 02.604494580   17.9 14.8 14.1   M6SIII 54 1
71 RAFGL 2494 C* 20 01 09.0530414424 +40 55 38.995072680           C 65 0
72 IRAS 20028+3910 pA* 20 04 35.9834860344 +39 18 44.208893700           F3-7I 60 0
73 8C 2007+777 BLL 20 05 30.9987913056 +77 52 43.248139536     16.5 17.36   ~ 423 1
74 QSO B2005+40 QSO 20 07 44.9449261536 +40 29 48.603352020   18.5 19 20.3   ~ 283 1
75 3C 418.0 QSO 20 38 37.0347144096 +51 19 12.660083976   21.30 20.00 18.9   ~ 287 0
76 V* T Cep Mi* 21 09 31.7834766408 +68 29 27.231070884 9.15 8.82 7.33     M6-9e 373 0
77 RAFGL 5625S C* 21 33 22.795 +56 44 34.52           C 56 0
78 V* S Cep C* 21 35 12.8233100592 +78 37 28.185141792   12.13 7.40     C7,3e 255 0
79 * mu. Cep s*r 21 43 30.4610574 +58 46 48.160181 8.85 6.43 4.08 1.98 0.22 M2-Ia 650 1
80 NAME BL Lac BLL 22 02 43.2913536816 +42 16 39.979416792   15.66 14.72     ~ 2140 1
81 NSV 25875 OH* 22 19 27.48 +59 51 21.7           ~ 135 0
82 3C 446 BLL 22 25 47.2594205952 -04 57 01.390436856   18.83 18.39 16.3   ~ 794 1
83 HD 235858 pA* 22 29 10.3748806056 +54 51 06.344572284   11.40 9.52 8.47 7.34 G5Ia 244 0
84 QSO B2232+282 BLL 22 36 22.4708346336 +28 28 57.411659856   19.1 19.0 17.60   ~ 238 1
85 3C 454.3 Bla 22 53 57.7480438728 +16 08 53.561508864   16.57 16.10 15.22   ~ 2697 2
86 RAFGL 3068 C* 23 19 12.60744 +17 11 33.1332           C 263 0
87 BWE 2318+0457 QSO 23 20 44.8566627408 +05 13 49.950278148   18.6 19.0     ~ 144 1
88 RAFGL 3099 C* 23 28 17.1145171968 +10 54 37.402209036           C-rich 89 0
89 IRAS 23321+6545 pA* 23 34 22.48 +66 01 51.7           C-rich 45 0
90 IRC +40540 C* 23 34 27.5185864392 +43 33 01.323347256     15.12     C8,3.5eJ 174 0
91 V* V657 Cas Mi* 23 52 04.9205122224 +61 48 12.468948048     13.71     M9.5III 38 0
92 V* R Cas Mi* 23 58 24.8682785040 +51 23 19.713029388 6.71 6.63 4.80     M6.5-9e 692 0

To bookmark this query, right click on this link: simbad:objects in 1998A&AS..130....1N and select 'bookmark this link' or equivalent in the popup menu


2022.09.26-09:18:00

© Université de Strasbourg/CNRS

    • Contact