2009A&A...505..217S


C.D.S. - SIMBAD4 rel 1.7 - 2020.10.24CEST17:43:43

2009A&A...505..217S - Astronomy and Astrophysics, volume 505, 217-225 (2009/10-1)

Water maser detections in southern candidate post-AGB stars and planetary nebulae.

SUAREZ O., GOMEZ J.F., MIRANDA L.F., TORRELLES J.M., GOMEZ Y., ANGLADA G. and MORATA O.

Abstract (from CDS):

We study the incidence and characteristics of water masers in the envelopes of stars in the post-AGB and PN evolutionary stages. We used the 64-m antenna in Parkes (Australia) to search for water maser emission at 22GHz, towards a sample of 74 sources with IRAS colours characteristic of post-AGB stars and PNe, at declination ←32°. In our sample, 39% of the sources are PNe or PNe candidates, and 50% are post-AGB stars or post-AGB candidates. We detected four new water masers, all of them in optically obscured sources: three are in PNe candidates (IRAS 12405-6219, IRAS 15103-5754, and IRAS 16333-4807) and one is in a post-AGB candidate (IRAS 13500-6106). The PN candidate IRAS 15103-5754 has water fountain characteristics and could be the first PN of this class found. We confirm the trend suggested in Paper I that water maser emission during the post-AGB phase is more likely to be present in obscured sources with massive envelopes than in objects with optical counterpart. We propose an evolutionary scenario for water masers in the post-AGB and PNe stages, in which ``water fountain'' masers could develop during the post-AGB and early PN stages. Later PNe would exhibit lower velocity maser emission, both along jets and close to the central objects, with only the central masers remaining in more evolved PNe.

Abstract Copyright:

Journal keyword(s): masers - surveys - stars: AGB and post-AGB - stars: mass-loss - planetary nebulae: general

Simbad objects: 101

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Number of rows : 101

N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2020
#notes
1 PN Vo 1 PN 06 59 26.4078328215 -79 38 47.129323563   16.7 15.8     [WC10] 94 0
2 V* AI CMi pA* 07 35 41.1518203544 +00 14 57.987903123   9.83 8.31     G5Iab 51 0
3 PN G255.3-03.6 PN 08 06 28.36 -38 53 24.0           ~ 8 0
4 IRAS 08242-3828 pA* 08 26 03.7787775015 -38 38 47.526957985           ~ 11 0
5 IRAS 08281-4850 pA* 08 29 40.5524286618 -49 00 04.322136705       13.50   F0I 13 0
6 IRAS 08351-4634 pA* 08 36 45.5816427663 -46 44 48.903651620           ~ 12 0
7 PN Vo 3 PN 08 37 24.591 -40 38 07.09           ~ 18 0
8 WRAY 16-28 PN 08 43 29.348 -48 54 47.45     15.80     ~ 14 0
9 WRAY 17-23 PN 08 59 03.01 -50 23 39.8     16.70     [WC5/6] 16 0
10 PN G277.1-01.5 PN 09 37 51.80 -54 27 07.0           ~ 20 0
11 IRAS 09370-4826 Y*? 09 38 54.196 -48 40 16.70           ~ 19 0
12 IRAS 09425-6040 C* 09 44 01.6685286753 -60 54 25.636690927     12.6     C 54 0
13 IRAS 09500-5236 mul 09 51 49.5 -52 50 41           ~ 6 0
14 WRAY 18-173 PN 09 53 27.0597258219 -54 52 39.843900119     15.00     ~ 10 1
15 IRAS 10029-5553 PN 10 04 40.0553472149 -56 08 37.164222307           ~ 13 0
16 IRAS 10115-5640 PN 10 13 19.67 -56 55 32.3         17.10 ~ 12 0
17 THA 35-II-27 PN 10 19 32.501 -60 13 29.48     12.5     B:Ie 87 0
18 MR 22 PN 10 21 33.826 -58 05 48.26     12.7     A2Ie 101 0
19 HD 302821 sg* 10 23 19.4807452802 -59 32 04.680572222   10.59 9.17     A7Ie 78 1
20 IRAS 10256-5628 pA* 10 27 35.2231358749 -56 44 19.790795290           F5I 10 0
21 IRAS 11201-6545 pA* 11 22 18.8893545123 -66 01 50.678247578   13.84 13.04 12.77 11.68 A3Ie 7 0
22 MSX6C G293.7687+01.1806 IR 11 36 20.694 -60 20 53.32         17.83 ~ 5 0
23 IRAS 11339-6004 mul 11 36 21.0 -60 20 57           ~ 16 0
24 HD 306753 pA? 11 37 42.9291886992 -60 53 51.429645410   12.98 12.43 12.23 11.40 B5Ie 10 0
25 IRAS 11381-6401 pA? 11 40 31.78 -64 18 27.6           ~ 11 0
26 IRAS 11387-6113 pA* 11 41 08.7103637331 -61 30 17.332406921           A3Ie 11 0
27 IRAS 11531-6111 * 11 55 37.9928064700 -61 28 16.852163676   16.25 14.99 14.57   B8Ie 6 0
28 IRAS 12145-5834 Em* 12 17 15.700 -58 51 26.00           ~ 7 0
29 IRAS 12262-6417 pA* 12 29 04.497 -64 33 38.02       16.23 15.02 ~ 14 0
30 IRAS 12302-6317 pA? 12 33 07.7427697364 -63 33 39.636944028           ~ 10 0
31 IRAS 12309-5928 pA? 12 33 44.586 -59 45 18.54           ~ 10 0
32 [GM76] 96 PN 12 34 36.0137543497 -64 18 16.945334289           ~ 18 0
33 IRAS 12405-6219 PN? 12 43 31.1 -62 36 13           ~ 12 0
34 MSX6C G302.0213+00.2542 IR 12 43 31.3 -62 36 13           ~ 3 0
35 2MASS J12433151-6236135 IR 12 43 31.516 -62 36 13.55           ~ 3 0
36 IRAS 13203-5917 pA* 13 23 32.2052152717 -59 32 49.675240522           G2I 7 0
37 2MASS J13323920-6015391 Y*? 13 32 39.1902224390 -60 15 39.193302348           ~ 5 0
38 IRAS 13356-6249 pA* 13 39 06.3046314114 -63 04 44.280273806           ~ 13 0
39 IRAS 13416-6243 pA* 13 45 07.2570740611 -62 58 16.832906949           G1I 41 0
40 IRAS 13427-6531 PN? 13 46 25.70 -65 46 24.4           ~ 14 0
41 IRAS 13500-6106 pA* 13 53 34.3 -61 20 52           ~ 9 0
42 IRAS 13529-5934 pA? 13 56 24.59 -59 48 57.1           ~ 11 0
43 WRAY 16-146 PN 14 11 46.2735595998 -64 16 23.956640619     15.50 15.21 14.18 Be 13 0
44 V* V894 Cen LP* 14 15 50.9544439051 -60 01 15.158278673           M 7 1
45 IRAS 14122-5947 mul 14 15 52.1 -60 01 27           ~ 17 1
46 IRAS 14177-5824 PN 14 21 19.95 -58 38 22.5           ~ 15 0
47 IRAS 14341-6211 pA* 14 38 04.98 -62 24 47.6           ~ 18 0
48 IRAS 14345-5858 PN 14 38 19.99 -59 11 46.1           ~ 13 0
49 IRAS 14482-5725 pA* 14 51 58.000 -57 38 16.88   16.82 15.07 14.52   A2I 9 0
50 CD-53 5736 pA* 14 52 28.7256366499 -54 17 42.825571983   11.66 10.94     A0Ie 19 0
51 HD 133656 pA* 15 07 27.4398236586 -48 17 53.892490912 8.09 7.88 7.58 8.45   A5Iab 47 0
52 IRAS 15066-5532 pA* 15 10 26.6786121862 -55 44 12.039160826           ~ 12 0
53 IRAS 15093-5732 PN? 15 13 13.0 -57 43 25           ~ 3 0
54 IRAS 15103-5754 * 15 14 18.5420562367 -58 05 20.412651176           ~ 29 0
55 IRAS 15144-5812 pA* 15 18 21.923 -58 23 11.99           ~ 12 0
56 IRAS 15154-5258 PN 15 19 08.76 -53 09 49.8   16.2       [WO4]pec 57 0
57 IRAS 15210-6554 pA* 15 25 31.7481690538 -66 05 20.157949026     11.85 11.82   K2I 7 0
58 IRAS 15534-5422 PN 15 57 21.112 -54 30 46.13           ~ 11 0
59 WRAY 16-198 PN 15 59 57.63 -55 55 33.0   15.88 15.15     [WC9] 125 0
60 MSX6C G328.0734-01.5999 PN 16 01 50.8662266477 -54 53 40.026391057         16.92 ~ 10 0
61 IRAS 15579-5445 mul 16 01 51.3 -54 53 39           ~ 10 0
62 IRAS 16053-5528 Em* 16 09 20.19 -55 36 10.0           B[e] 12 0
63 PN G336.1+04.1 PN 16 15 02.803 -45 11 54.10           ~ 12 0
64 IRAS 16114-4504 mul 16 15 03.6 -45 11 57           ~ 11 0
65 IRAS 16228-5014 PN? 16 26 34.2776367988 -50 21 01.982748363       16.26 14.08 ~ 9 0
66 IRAS 16333-4807 PN 16 37 06.0114937993 -48 13 42.998107141           ~ 17 1
67 2MASS J16370659-4813429 IR 16 37 06.596 -48 13 42.99           ~ 1 0
68 MSX6C G336.6445-00.6953 IR 16 37 06.8 -48 13 40           ~ 1 0
69 IRAS 16494-3930 pA? 16 52 55.9312644074 -39 34 54.337547520           ~ 6 0
70 IRAS 16518-3425 * 16 55 05.8411932563 -34 30 04.681227175   14.59 14.03 14.08   ~ 7 0
71 PN G342.2-00.3 PN 16 56 33.97 -43 46 14.7           ~ 15 0
72 IRAS 16552-3050 pA? 16 58 27.31 -30 55 07.9           ~ 25 1
73 2MASS J17015205-3714537 Y*? 17 01 52.056 -37 14 53.75           ~ 5 0
74 NAME Water Lily Nebula pA* 17 03 10.0710345261 -47 00 27.733590141           B7 84 0
75 2MASS J17042731-3814417 Y*? 17 04 27.3176950475 -38 14 41.784033828           ~ 6 0
76 IRAS 17009-4154 pA* 17 04 29.6126814041 -41 58 38.675581183           ~ 15 0
77 2MASS J17122205-4230414 Y*? 17 12 22.0453745550 -42 30 41.513765346           ~ 11 0
78 OH 345.05 -1.86 pA* 17 12 22.806 -42 25 09.82           ~ 32 0
79 CD-59 6479 Be* 17 16 21.08 -59 29 23.3 10.03 10.73 10.75     B3e 115 0
80 PN PM 1-136 PN? 17 16 26.2 -33 33 24           ~ 9 1
81 IRAS 17130-4029 pA* 17 16 29.04 -40 32 30.9           ~ 9 0
82 PN RPZM 11 PN 17 18 42.1 -38 16 51           ~ 12 1
83 IRAS 17153-3814 mul 17 18 44.6 -38 17 23           ~ 12 1
84 UCAC2 15574919 * 17 18 45.581 -38 17 27.47       15.23 13.19 ~ 12 0
85 IRAS 17164-3226 PN 17 19 40.8218640149 -32 29 52.712109403         16.38 ~ 17 0
86 OH 349.81 -0.32 OH* 17 20 15.03600 -37 39 33.8436           ~ 30 0
87 IRAS 17234-4008 pA* 17 26 56.1268358484 -40 11 02.209057947           ~ 15 0
88 IRAS 17245-3951 pA* 17 28 04.65 -39 53 44.3           ~ 35 0
89 IRAS 17310-3432 OH* 17 34 20.77656 -34 34 54.8580           ~ 10 1
90 CD-49 11554 pA* 17 35 02.4967489802 -49 26 26.381444972 10.57 11.14 10.74     B1Iae 55 0
91 IRAS 17347-3139 PN 17 38 00.61 -31 40 55.2           ~ 55 1
92 IRAS 17370-3357 mul 17 40 19.6 -33 59 18           ~ 9 0
93 OH 355.111 -1.697 pA* 17 40 20.1912208623 -33 59 14.363992728       14.77   G3I 8 0
94 IRAS 17418-3335 pA? 17 45 08.743 -33 36 08.00           ~ 9 1
95 PN RPZM 37 PN 17 45 13.57 -33 36 43.4           ~ 9 1
96 IRAS 17443-2949 PN 17 47 35.28 -29 50 56.2           ~ 30 0
97 [M81] I-598 pA* 17 51 16.3876721887 -44 47 28.988254067   13.30 13.02 13.06 12.53 B7Ie 9 0
98 IRAS 17580-3111 mul 18 01 19.6 -31 11 20           ~ 22 0
99 OHPN 11 pA* 18 01 20.404 -31 11 20.36     21.456   16.055 ~ 21 0
100 PN MaC 1-10 PN 18 09 12.878 -25 04 33.27           [WC8] 43 0
101 PN K 3-35 PN 19 27 43.9751068155 +21 30 02.898607561           ~ 135 0

    Equat.    Gal    SGal    Ecl

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2020.10.24-17:43:43

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