1998A&A...336..667S

Query : 1998A&A...336..667S

1998A&A...336..667S - Astronomy and Astrophysics, volume 336667-681 (1998/8-2)

The planetary nebulae populations in five galaxies: abundance patterns and evolution.

STASINSKA G., RICHER M.G. and McCALL M.L.

Abstract (from CDS):

We have collected photometric and spectroscopic data on planetary nebulae (PNe) in 5 galaxies: the Milky Way (bulge), M31 (bulge), M 32, the LMC and the SMC. We have computed the abundances of O, Ne and N and compared them from one galaxy to another. In each Galaxy, the distribution of oxygen abundances has a large dispersion. The average O/H ratio is larger in the M31 and the Galactic bulge PNe than in those in the Magellanic Clouds. In a given galaxy, it is also larger for PNe with [OIII] luminosities greater than 100L☉, which are likely to probe more recent epochs in the galaxy history. We find that the M31 and the Galactic bulge PNe extend the very tight Ne/H-O/H correlation observed in the Galactic disk and Magellanic Clouds PNe towards higher metallicities. We note that the anticorrelation between N/O and O/H that was known to occur in the Magellanic Clouds and in the disk PNe is also marginally found in the PNe of the Galactic bulge. Furthermore, we find that high N/O ratios are higher for less luminous PNe. In M 32, all PNe have a large N/O ratio, indicating that the stellar nitrogen abundance is enhanced in this galaxy. We have also compared the PN evolution in the different galactic systems by constructing diagrams that are independent of abundances, and have found strikingly different behaviours of the various samples. In order to help in the interpretation of these data, we have constructed a grid of expanding, PN photoionization models in which the central stars evolve according to the evolutionary tracks of Bloecker (1995A&A...299..755B). These models show that the apparent spectroscopic properties of PNe are extremely dependent, not only on the central stars, but also on the masses and expansion velocities of the nebular envelopes. The main conclusion of the confrontation of the observed samples with the model grids is that the PN populations are indeed not the same in the various parent galaxies. Both stars and nebulae are different. In particular, the central stars of the Magellanic Clouds PNe are shown to evolve differently from the hydrogen burning stellar evolutionary models of Bloecker (1995A&A...299..755B). In the Galactic bulge, on the other hand, the behaviour of the observed PNe is roughly compatible with the theoretical stellar evolutionary tracks. The case of M31 is not quite clear, and additional observations are necessary. It seems that the central star mass distribution is narrower for the M31 PNe than for the Galactic bulge PNe. We show that spectroscopy of complete samples of PNe down to a factor 100 below the maximum luminosity would help to better characterize the PN central star mass distribution.

Abstract Copyright: ∼

Journal keyword(s): ISM: planetary nebulae: general - stars: AGB and post-AGB - galaxies: abundances

VizieR on-line data: <Available at CDS (J/A+A/336/667): table1.dat table2.dat models.dat npgrid/*>

Simbad objects: 316

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Number of rows : 316
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 MGPN SMC 1 PN 00 23 32.8 -74 52 31           ~ 7 0
2 LHA 115-N 1 PN 00 23 58.6295947968 -73 38 03.974747928           ~ 49 0
3 MGPN SMC 2 PN 00 28 10.402 -72 58 44.63   19.42 18.75   17.67 ~ 25 0
4 MGPN SMC 3 PN 00 29 21.0 -72 14 07           ~ 7 0
5 LHA 115-N 2 PN 00 32 38.8692105240 -71 41 59.628264792   16.40       ~ 53 0
6 LHA 115-N 4 PN 00 34 21.93 -73 13 21.5   17.06 16.809   18.464 ~ 44 0
7 [MA93] 1 Em* 00 39 26.9400328824 -73 49 42.768709356     16.5     ~ 2 0
8 [MA93] 2 Em* 00 39 28.0 -73 23 48     15.6     ~ 3 0
9 [MA93] 14 Em* 00 40 36.6 -73 25 46     19.4     ~ 5 0
10 SMP SMC 4 PN 00 40 46.21 -75 16 20.8           ~ 14 0
11 MGPN SMC 4 PN 00 40 54.5 -70 41 35           ~ 6 0
12 LHA 115-N 5 PN 00 41 21.6981477336 -72 45 16.785012816   14.4 15.805   17.224 ~ 53 0
13 MGPN SMC 5 PN 00 41 27.3 -75 02 52           ~ 7 0
14 LHA 115-N 6 PN 00 41 27.7392128784 -73 47 06.468599004 16.82 16.84 15.82   16.92 ~ 60 0
15 SMP SMC 7 PN 00 42 28.16 -73 20 55.1     18.230   19.598 ~ 26 0
16 M 32 GiG 00 42 41.82480 +40 51 54.6120 9.51 9.03 8.08     ~ 2236 2
17 M 31 AGN 00 42 44.330 +41 16 07.50 4.86 4.36 3.44     ~ 13622 1
18 LHA 115-N 8 Y*O 00 43 12.94 -72 59 58.5   16.27 16.5   16.82 B0 20 0
19 LHA 115-N 7 PN 00 43 25.305 -72 38 18.79     16.212   17.58 ~ 34 0
20 MGPN SMC 6 PN 00 44 25.7230817616 -73 51 39.161147616     20.417   20.535 ~ 9 0
21 LIN 66 PN 00 45 20.68 -73 24 09.9     17.494   19.155 ~ 29 0
22 LIN 71 PN 00 45 27.180 -73 42 13.97   16.03 15.19   14.26 ~ 20 1
23 LIN 74 Em* 00 46 11.5147318992 -72 00 00.074997108   14.75 15.1     ~ 13 0
24 LHA 115-N 18 PN 00 46 59.647 -72 49 16.55     16.6     ~ 25 0
25 MGPN SMC 7 PN 00 47 42.5 -74 48 15           ~ 6 0
26 Jacoby SMC 6 PN 00 47 58.67 -72 56 11.9           ~ 9 0
27 LHA 115-N 29 PN 00 48 36.526 -72 58 00.91 17.72 16.60 16.12 16.5 16.44 ~ 50 0
28 Jacoby SMC 9 PN 00 49 19.68 -73 17 35.9     19.817   19.881 ~ 11 0
29 LHA 115-N 38 PN 00 49 51.6394321128 -73 44 21.396914988   16.1 15.382   16.913 ~ 49 0
30 LHA 115-N 40 PN 00 50 35.06 -73 42 57.9     16.500   18.095 ~ 37 0
31 LHA 115-N 42 PN 00 51 27.14 -72 26 11.7   16.32 16.741   16.922 ~ 67 0
32 Jacoby SMC 18 PN 00 51 43.35 -73 00 54.5     19.9     ~ 14 0
33 LHA 115-N 44 PN 00 51 56.3619687720 -71 24 44.377505784   15.98 15.2     ~ 45 0
34 LHA 115-N 47 PN 00 51 58.311 -73 20 31.87     16.158   16.17 ~ 49 0
35 NAME SMC G 00 52 38.0 -72 48 01   2.79 2.2     ~ 12317 1
36 LIN 239 PN 00 53 11.15 -72 45 07.6     16.432   17.873 ~ 36 0
37 Jacoby SMC 21 PN 00 53 20.63 -73 06 33.3           ~ 8 0
38 Jacoby SMC 23 PN 00 55 30.43 -72 50 21.9     19.7   17.835 ~ 17 0
39 LHA 115-N 54 PN 00 56 05.3840663544 -70 19 25.878681444   16.0       ~ 38 0
40 LIN 302 PN 00 56 19.4731005696 -72 06 58.158479268   16.0 17.609   17.792 ~ 27 0
41 LIN 305 PN 00 56 30.750 -72 27 02.00   17.14 17.32   18.023 ~ 39 0
42 Jacoby SMC 25 PN 00 57 23.37 -72 48 17.8     20.7     ~ 10 0
43 LHA 115-N 67 PN 00 58 37.095 -71 35 48.80   16.3 16.4 15.27 17.66 ~ 92 0
44 LIN 343 PN 00 58 42.34 -72 57 00.0   16.70 16.910   18.387 ~ 30 0
45 LHA 115-N 68 PN 00 58 42.86 -72 27 16.7   15.71 15.3   18.920 ~ 23 0
46 LHA 115-N 70 PN 00 59 16.1329481088 -72 01 59.841527196   16.07 16.016   16.916 ~ 48 0
47 LIN 357 PN 00 59 40.5128319264 -71 38 15.143769276   17.48 17.856   18.581 ~ 37 0
48 Jacoby SMC 27 PN 00 59 43.77 -72 57 19.1           ~ 9 0
49 [MA93] 1357 Em* 01 03 06.35 -72 32 52.1     19.4     ~ 6 0
50 [MA93] 1438 Em* 01 04 04.66 -71 37 24.9     20.320   20.421 ~ 5 0
51 LIN 430 PN 01 04 17.94 -73 21 51.3   16.66 18.124   19.151 ~ 26 0
52 MGPN SMC 10 PN 01 04 51.12 -73 05 21.4     19.3     ~ 10 0
53 MGPN SMC 11 PN 01 08 40.503 -72 18 08.74     19.1 19.4   ~ 8 0
54 [MA93] 1682 PN 01 09 03.508 -72 29 05.53   19.18 20.2     ~ 7 0
55 [MA93] 1709 PN 01 09 51.86 -73 20 50.5     19.457   18.657 ~ 4 0
56 LIN 485 PN 01 10 04.8520955448 -72 45 27.435287664     19.342   18.411 ~ 6 0
57 SMP SMC 34 PN 01 12 10.90 -71 26 50.6     18.584   19.771 ~ 13 0
58 [MA93] 1762 PN 01 12 40.170 -72 53 47.19   19.2 20.109 19.0 20.309 ~ 9 0
59 MGPN SMC 12 PN 01 14 23.9707486968 -71 05 21.250415832   18.5 19.2 17.0   ~ 11 0
60 LHA 115-N 87 PN 01 21 10.6470507816 -73 14 34.846684584   15.94 15.553   16.758 ~ 47 0
61 LIN 536 PN 01 24 11.8596151032 -74 02 32.149788540   17.12 17.589   17.716 ~ 36 0
62 MGPN SMC 13 PN 01 43 10.29 -72 57 02.5           ~ 9 0
63 SMP LMC 104 PN? 04 24 37.4909967936 -69 42 21.698148456     17.5     ~ 11 0
64 SMP LMC 104A PN 04 25 32.1894647472 -66 47 16.278400824   17.2 17.36     ~ 15 0
65 LMC-MA 5 * 04 34 51.8 -68 16 02           ~ 6 0
66 LMC-MA 2 * 04 36 14.4 -70 31 02 18.656 20.118 19.325   20.772 ~ 7 0
67 LHA 120-N 182 PN 04 38 34.7919606072 -70 36 43.280547120 15.735 16.086 15.050   16.538 [WC4] 45 0
68 SMP LMC 2 PN 04 40 56.6962705344 -67 48 02.172617892 15.972 17.130 17.016   17.341 ~ 38 0
69 LHA 120-N 1 PN 04 42 24.0055846008 -66 13 01.662738600 15.811 16.458 15.830 15.19 16.840 ~ 28 0
70 SMP LMC 4 PN 04 43 21.8931550800 -71 30 08.893807344 18.12 18.37 17.22   19.540 ~ 22 0
71 LMC-MA 6 * 04 45 19.8 -67 34 36   20.784 20.282     ~ 9 0
72 LMC-MA 3 * 04 46 32.9 -70 12 45 19.257 20.724 19.417   20.761 ~ 8 0
73 SMP LMC 6 PN 04 47 38.9887465320 -72 28 20.573471100   27.05       ~ 39 0
74 LHA 120-S 1 pA? 04 48 08.5534908576 -67 26 06.840156408 15.633 16.722 16.505   17.001 ~ 31 0
75 MGPN LMC 2 PN 04 48 09.1 -68 33 40 19.090 19.628 18.978   19.704 ~ 9 0
76 LHA 120-N 77F PN 04 48 29.6122532322 -69 08 12.971932645 16.912 17.329 17.059 15.700 18.146 ~ 26 0
77 LHA 120-N 78 PN 04 50 13.1540206128 -69 33 56.775850344 16.645 16.978 15.982 16.18   ~ 52 0
78 SMP LMC 9 PN 04 50 24.679 -68 13 16.44 17.219 18.412 17.305 16.98 18.730 ~ 25 0
79 MGPN LMC 3 PN 04 50 56.7 -66 19 53 18.371 20.265 19.444   21.083 ~ 6 0
80 SMP LMC 10 PN 04 51 08.9200705992 -68 49 05.423834244 18.195 17.209 16.178 17.210   ~ 26 0
81 MGPN LMC 7 PN 04 54 08.4 -74 59 50           ~ 5 0
82 LHA 120-N 16 EmO 04 58.0 -67 42           ~ 9 0
83 SMP LMC 13 PN 04 59 59.995 -70 27 40.80 16.692 16.809 15.662 16.340 17.750 ~ 37 0
84 SMP LMC 14 PN 05 00 20.730 -70 58 51.40 18.103 19.574 18.107 16.890 19.887 ~ 23 0
85 2MASS J05005271-7013410 pA? 05 00 52.6601315472 -70 13 40.983076812 15.884 16.215 15.090 15.70 16.914 ~ 34 0
86 SMP LMC 16 PN 05 02 01.98 -69 48 53.6 16.646 17.927 16.623   18.121 ~ 29 0
87 SSTISAGEMC J050341.21-701353.5 pA? 05 03 41.2348459368 -70 13 53.453754840 16.009 16.732 15.621 16.98 17.329 ~ 40 0
88 SMP LMC 18 PN 05 03 42.633 -70 06 47.49 16.706 17.433 16.770 17.170 17.557 ~ 31 0
89 SMP LMC 20 PN 05 04 40.47 -69 21 39.1 17.591 18.428 17.364   18.664 ~ 28 0
90 SSTISAGEMC J050451.97-683909.7 pA? 05 04 51.9929947440 -68 39 09.696052080 15.517 16.420 15.531 15.11 16.976 ~ 53 0
91 MGPN LMC 16 PN 05 06 05.1425063880 -64 48 49.394978532     22.75     ~ 8 0
92 2MASS J05060944-6745277 pA? 05 06 09.447 -67 45 27.80 15.874 16.622 15.539 15.870 17.326 ~ 37 0
93 SMP LMC 24 PN 05 06 18.27 -68 59 30.9 18.810 20.008 18.348     ~ 18 0
94 MGPN LMC 17 PN 05 06 21.1784691720 -64 37 03.694192248           ~ 6 0
95 SMP LMC 25 Em* 05 06 23.9028944576 -69 03 19.174560611 15.264 15.831 14.897 16.42 16.455 ~ 44 0
96 PMN J0506-6437 BLL 05 06 26.62090 -64 38 19.8848           ~ 15 1
97 MGPN LMC 18 PN 05 07 03.07 -65 43 22.6 20.18 20.646 20.32     ~ 5 0
98 2MASS J05073067-6908083 pA? 05 07 30.7246467408 -69 08 08.507323248 15.534 16.563 16.656 15.42 16.680 ~ 21 0
99 LHA 120-N 102 PN 05 08 03.3523991256 -68 40 16.560238548 15.580 16.298 15.406 14.86 16.653 ~ 51 0
100 [RP2006] 1409 PN 05 08 31.87 -68 09 44.6 17.748 20.967 19.147   19.873 ~ 8 0
101 SMP LMC 31 * 05 09 20.2038929256 -67 47 25.099890216 17.001 17.815 17.117 15.470 16.582 ~ 46 0
102 Jacoby LMC 1 PN 05 09 30.95 -68 57 49.7           ~ 2 0
103 SSTISAGEMC J050937.20-704908.6 pA? 05 09 37.232 -70 49 08.43 16.185 16.677 15.609 16.72 17.424 ~ 36 0
104 [BE74] 216 Em* 05 10 09.4361821368 -68 29 54.552976224 16.082 16.665 15.553 15.520 17.225 ~ 39 0
105 LHA 120-N 107 PN 05 10 39.6656702832 -68 36 04.807039644 18.464 17.490 16.179 16.33 17.210 ~ 34 0
106 [RP2006] 1410 PN 05 10 40.24 -68 10 23.5 19.220 20.855 20.088     ~ 10 0
107 SMP LMC 35 PN 05 10 49.9300809024 -65 29 30.877612296 16.33 16.579 15.67 16.04 17.85 ~ 38 0
108 SSTISAGEMC J051102.94-674759.2 pA? 05 11 02.917 -67 47 59.38 16.283 16.902 15.807 15.360 17.494 ~ 40 0
109 LHA 120-N 110 PN 05 11 23.692 -70 01 57.36 15.971 16.222 15.008 15.53 16.678 [WC4] 45 0
110 MGPN LMC 21 PN 05 11 37.8 -65 42 44 18.735 19.191 18.874   20.040 ~ 6 0
111 [RP2006] 1218 PN 05 11 44.63 -68 59 57.2 20.145 20.356 19.910     ~ 12 0
112 [RP2006] 1411 PN 05 11 47.39 -68 16 09.5 17.409 18.164 18.457   18.464 ~ 9 0
113 SMP LMC 109 PN 05 11 47.9581709904 -69 23 42.300864636 15.846 16.722 16.106   15.920 ~ 22 0
114 Jacoby LMC 6 PN 05 11 49.35 -69 12 11.2           ~ 3 0
115 MGPN LMC 22 PN 05 11 53.5 -65 32 28 18.918 19.685 19.866     ~ 5 0
116 [RP2006] 1219 PN 05 11 55.37 -69 07 32.8 19.922 20.179 19.727   19.600 ~ 9 0
117 SMP LMC 40 PN 05 12 15.69 -66 22 56.6 16.968 17.763 16.833   17.949 ~ 35 0
118 MGPN LMC 25 PN 05 12 17.6 -71 54 48 18.727 20.130 19.245   21.524 ~ 6 0
119 Jacoby LMC 8 PN 05 12 31.02 -69 10 34.8           ~ 3 0
120 Jacoby LMC 9 PN 05 12 49.66 -69 13 28.2           ~ 3 0
121 Jacoby LMC 11 PN 05 12 56.82 -69 54 51.4           ~ 3 0
122 [RP2006] 1408 PN 05 12 59.89 -68 57 07.7 20.173 20.729 19.934   19.831 ~ 13 0
123 MGPN LMC 24 PN 05 13 01.0 -65 15 35 18.021 19.776 19.236   20.601 ~ 5 0
124 [RP2006] 1220 PN 05 13 04.56 -69 13 26.5           ~ 9 0
125 [RP2006] 1236 PN 05 13 09.74 -69 31 18.0 18.083 19.540 17.206   19.571 ~ 9 0
126 SMP LMC 41 PN 05 13 27.230 -70 33 35.00 17.263 17.248 17.026 16.600 18.874 ~ 23 0
127 SSTISAGEMC J051327.97-661728.8 pA? 05 13 27.9780132840 -66 17 28.870804680 17.435 18.309 17.854   19.118 ~ 8 0
128 MGPN LMC 27 PN 05 13 34.3 -65 35 14 19.295 20.359 19.428   20.550 ~ 5 0
129 Jacoby LMC 13 PN 05 13 34.45 -69 20 03.5           ~ 3 0
130 [RP2006] 1412 PN 05 13 42.35 -68 15 16.4 16.749 18.521 17.198   18.360 ~ 12 0
131 [RP2006] 1117 PN 05 14 14.640 -70 50 31.30 18.911 19.273 18.729 18.030 19.764 ~ 10 0
132 [RP2006] 1221 PN 05 15 08.70 -69 21 00.9 17.975 18.217 17.853   18.029 ~ 11 0
133 SMP LMC 111 PN 05 15 24.85 -69 28 43.1 17.974 18.106 18.035   17.940 ~ 13 0
134 SMP LMC 42 PN 05 15 46.751 -68 42 23.52 17.099 17.696 16.613 16.330 18.552 ~ 22 0
135 [RP2006] 1413 PN 05 16 29.2688951352 -68 18 11.913274620 20.038 19.960 18.972   20.272 ~ 12 0
136 MSX LMC 332 LP* 05 17 00.66 -69 19 30.5 18.896 19.566 19.039   18.705 ~ 16 0
137 SMP LMC 44 PN 05 18 29.94 -67 16 55.8 17.235 18.549 17.417   19.352 ~ 19 0
138 SMP LMC 112 PN 05 18 45.78 -69 10 11.5 18.809 19.170 18.634     ~ 17 0
139 2MASS J05185567-6933019 PN 05 18 55.6853139528 -69 33 02.021663520           ~ 13 0
140 MGPN LMC 32 PN 05 19 04.1 -64 59 20           ~ 5 0
141 2MASS J05190686-6941539 pA* 05 19 06.8748408024 -69 41 53.995119612   16.800 15.470   14.473 ~ 24 0
142 MGPN LMC 33 PN 05 19 13.8 -66 09 32           ~ 5 0
143 [RP2006] 1230 PN 05 19 15.08 -69 34 52.6     18     ~ 11 0
144 SMP LMC 45 PN 05 19 20.6646915264 -66 58 07.751128044 16.784 17.570 16.024   17.923 ~ 35 0
145 [RP2006] 1557 PN 05 19 28.87 -67 14 26.5 19.520 20.337 20.211     ~ 9 0
146 SMP LMC 46 PN 05 19 29.6300598624 -68 51 09.028082376 17.342 18.391 17.354 17.670 19.048 ~ 30 0
147 2MASS J05193331-6655375 LP* 05 19 33.3244855176 -66 55 37.600793868 18.819 20.250 19.438   19.575 ~ 13 0
148 [RP2006] 1231 PN 05 19 34.18 -69 44 58.9 18.851 20.095 20.011     ~ 10 0
149 LHA 120-N 122 PN 05 19 54.6343865856 -69 31 04.997987184 15.479 15.916 15.080 14.84 16.317 ~ 56 0
150 LHA 120-N 123 PN 05 20 09.5114241744 -69 53 39.146648388 15.380 16.445 15.106 15.57 16.095 ~ 51 0
151 SSTISAGEMC J052051.71-670543.2 pA? 05 20 51.7294592520 -67 05 43.343226816 16.080 16.601 15.439   17.490 ~ 34 0
152 LHA 120-N 125 PN 05 20 52.438 -70 09 35.49 17.954 17.555 16.334 16.210 17.202 [WC4-5] 33 0
153 SMP LMC 114 pA? 05 20 56.034 -70 05 13.21 20.517 20.036 18.743   18.992 ~ 19 0
154 SMP LMC 115 PN 05 21 17.55 -69 43 01.0 18.383 18.999 20.93     ~ 16 0
155 2MASS J05212396-6835337 pA? 05 21 23.961 -68 35 33.79 15.552 15.957 14.844 15.87 16.860 ~ 45 0
156 2MASS J05213282-6700045 pA? 05 21 32.8516216920 -67 00 04.750705728 15.688 16.330 15.189   17.142 ~ 39 0
157 SMP LMC 54 PN 05 21 42.8217422712 -68 39 24.717976092 17.923 17.889 17.668 15.960 18.771 ~ 29 0
158 MGPN LMC 37 PN 05 21 46.8 -65 22 28 17.076 17.942 17.958   18.441 ~ 6 0
159 [BE74] 568 Em* 05 22 12.815 -69 43 29.01 17.471 18.236 17.759 16.640 16.604 ~ 20 0
160 2MASS J05224097-7119067 pA? 05 22 40.9847158464 -71 19 06.636355716 15.861 16.949 16.625 15.470 16.600 ~ 36 0
161 [BE74] 263 LP* 05 23 31.2614782104 -69 04 08.857743024 16.556 17.359 17.124 16.21 17.502 ~ 48 0
162 NAME LMC G 05 23 34.6 -69 45 22     0.4     ~ 19090 0
163 SMP LMC 60 PN 05 24 15.643 -70 53 55.94 19.247 18.424 17.591   19.430 ~ 22 0
164 LHA 120-N 133 PN 05 24 20.7467383224 -70 05 01.601773404 15.939 16.236 15.368 15.120 16.556 [WC4/5] 88 0
165 LHA 120-N 47 EmO 05 24 22 -67 08.9           ~ 11 0
166 IRAS F05258-7343 pA? 05 24 35.9730395808 -73 40 40.240094808   16.48     16.64 WC 65 0
167 SMP LMC 116 PN 05 24 36.58 -69 05 51.1 17.050 19.354 17.853     ~ 20 0
168 LHA 120-N 201 PN 05 24 55.1017509912 -71 32 56.326765848 14.822 15.319 14.240 14.440 15.698 ~ 66 0
169 SV* HV 5824 PN 05 25 26.0089259016 -68 55 53.818836492 15.497 15.946 14.902 15.59 16.714 ~ 53 0
170 MGPN LMC 44 PN 05 25 55.6 -63 44 13   18.370       ~ 5 0
171 LMC-MA 1 PN 05 26 02.3 -72 31 04           ~ 8 0
172 AKARI-IRC-V1 J0526064-633703 PN 05 26 06.47 -63 37 03.2     15.68     ~ 11 0
173 SMP LMC 118 PN 05 26 09.52 -69 00 58.5 17.909 18.597 18.262   19.327 ~ 18 0
174 MGPN LMC 46 PN 05 26 20.4387233112 -65 21 46.334946960 18.034 18.238 17.312   16.477 ~ 6 0
175 SMP LMC 64 pA* 05 27 35.6519960256 -69 08 56.376548880 15.897 16.651 16.408   15.563 ~ 37 0
176 SMP LMC 65 PN 05 27 43.8149438688 -71 25 56.507593044 17.133 17.790 17.265 17.150 18.057 ~ 26 0
177 SSTISAGEMC J052841.01-673339.2 pA? 05 28 41.0073573624 -67 33 39.324190752 16.560 16.924 15.851 16.470 17.941 ~ 35 0
178 LHA 120-N 53 PN 05 29 15.6693091824 -67 32 47.610463128 15.945 17.093 18.76 16.01 17.264 ~ 45 0
179 LHA 120-N 54 PN 05 29 23.1391259352 -67 13 22.433328804 18.119 19.130 18.094 16.19 20.418 ~ 22 0
180 IRAS 05312-7046S pA? 05 30 33.1706999016 -70 44 37.905626220 16.348 16.781 15.661 15.830 17.112 ~ 40 0
181 SMP LMC 72 PN 05 30 45.8442836136 -70 50 16.535748660 18.987 18.234 16.669 16.010 15.469 ~ 24 0
182 IRAS 05319-7042S pA? 05 31 21.892 -70 40 45.47 15.439 15.842 14.676 14.950 16.530 ~ 47 0
183 LMC-MA 14 * 05 31 42.9 -62 10 07   19.380       ~ 6 0
184 2MASS J05332981-7152289 pA? 05 33 29.8030370760 -71 52 28.639071300 15.961 16.327 15.199 15.510 17.082 ~ 36 0
185 LHA 120-N 151 PN 05 33 46.9756693680 -68 36 44.210530548 15.753 16.181 14.927 15.41 16.631 ~ 35 0
186 2MASS J05335609-6753092 pA? 05 33 56.1009323472 -67 53 08.838034296 15.851 16.423 15.508 15.98 16.799 ~ 50 0
187 SMP LMC 77 pA? 05 34 06.262 -69 26 18.25 15.78 16.68 16.235 15.44 16.947 ~ 32 0
188 MGPN LMC 63 PN 05 34 10.4 -71 43 15   19.581 18.569   17.547 ~ 9 0
189 SMP LMC 78 PN 05 34 21.186 -68 58 25.30 15.75 15.982 14.90 15.260 16.690 ~ 54 0
190 LHA 120-N 211 PN 05 35 20.8611098856 -73 55 30.252448668   16.48     16.99 ~ 28 0
191 SN 1987A SN* 05 35 27.98840 -69 16 11.1134           SNIIpec 5203 2
192 SV* HV 5967 PN 05 36 20.7215081304 -67 18 07.658262756 15.56 16.225 14.948   16.558 [WN4.5:] 147 0
193 2MASS J05365292-7153381 pA? 05 36 52.9771253448 -71 53 38.604485220 15.999 16.611 15.729 15.970 17.066 ~ 35 0
194 MGPN LMC 66 PN 05 37 59.3 -65 58 50 18.646 20.375 19.503     ~ 6 0
195 LHA 120-N 69 PN 05 40 30.8107868952 -66 17 37.261370940 15.834 16.533 15.711   16.382 [WC8] 55 0
196 MGPN LMC 74 PN 05 40 54.9 -74 41 18           ~ 6 0
197 LHA 120-N 215 PN 05 41 08.0440835712 -72 42 08.291679588   16.600 16.610 14.8 17.775 ~ 33 0
198 SMP LMC 88 PN 05 42 33.193 -70 29 24.08 17.119 17.335 16.825 16.260 16.226 ~ 35 0
199 2MASS J05423663-7009320 pA? 05 42 36.6517103040 -70 09 32.136387696 16.127 16.158 14.984 14.710 16.796 ~ 42 0
200 OGLE LMC-LPV-84717 LP* 05 47 04.80 -69 27 32.1 15.707 15.999 14.910   16.691 ~ 41 0
201 LHA 120-N 181 PN 05 49 38.8503787128 -69 10 00.250826412 16.535 18.892 18.039 15.060 18.165 ~ 26 0
202 LHA 120-S 170 PN 05 54 09.5273462112 -73 02 34.163735712   17.270     13.78 ~ 25 0
203 MGPN LMC 83 PN 05 54 39.0 -69 20 35 18.631 19.098 18.610   19.410 ~ 5 0
204 MGPN LMC 84 PN 05 54 41.5 -72 23 33 17.933 19.389 18.619   19.502 ~ 6 0
205 IRAS 05551-6528 El* 05 55 13.6808450040 -65 28 23.221220232 18.011 18.795 18.100   17.921 ~ 19 0
206 [M94b] 42 PN 05 55 14.6283240216 -66 50 25.083149532 18.64 20.54 19.19   20.132 ~ 9 0
207 LMC-MA 16 * 05 58 45.8 -64 30 46           ~ 8 0
208 LMC-MA 11 * 06 01 42.9 -68 00 36 19.341 20.665 19.822     ~ 8 0
209 SMP LMC 95 PN 06 01 45.34 -67 56 06.4 17.097 18.338 17.327   19.078 ~ 22 0
210 MGPN LMC 86 PN 06 04 58.6 -72 03 54 19.435 20.804 20.242     ~ 8 0
211 EMU ES J060605.4-710414 PN 06 06 05.7 -71 04 17 17.471 17.991 17.499   18.366 ~ 21 0
212 LMC-MA 10 * 06 09 16.7 -68 43 54           ~ 7 0
213 LMC-MA 12 * 06 10 08.9 -67 10 18   19.100     16.909 ~ 7 0
214 SMP LMC 97 PN 06 10 25.4296323767 -67 56 20.888537495   16.3       ~ 29 0
215 LMC-MA 15 * 06 13 40.6 -64 00 46           ~ 9 0
216 SMP LMC 98 PN 06 17 35.3 -73 12 35   16.13     16.441 ~ 21 0
217 LHA 120-N 221 PN 06 18 58.024 -71 35 50.52   16.05       ~ 47 0
218 LM 1-64 PN 06 21 04.7093063976 -66 08 00.726299376           ~ 18 0
219 LMC-MA 9 * 06 21 14.7 -68 57 45           ~ 5 0
220 SMP LMC 100 PN 06 22 55.5051810422 -72 07 41.143950602   16.64   16.31 17.943 ~ 21 0
221 SMP LMC 101 PN 06 23 40.2842616648 -69 10 37.989155712   17.5       ~ 22 0
222 LMC-MA 8 * 06 25 04.3 -69 07 35   18.870       ~ 6 0
223 LMC-MA 7 * 06 26 35.8 -69 49 39           ~ 5 0
224 SMP LMC 102 PN 06 29 32.917 -68 03 32.76   17.89   17.26 18.41 ~ 21 0
225 PN M 2-4 PN 17 01 06.2230175160 -34 49 38.610796908     14.40     ~ 81 0
226 PN M 2-5 PN 17 02 19.0885293528 -33 10 04.843181568   16.28 15.08   14.44 ~ 73 0
227 PN M 2-6 PN 17 04 18.32832 -30 53 28.8816       15.650   ~ 83 0
228 PN M 4-3 PN 17 10 41.7794192424 -27 08 44.078638704     15.20     ~ 78 0
229 PN M 3-36 PN 17 12 39.1651407264 -25 43 37.502399244     14.70     ~ 66 0
230 PN M 2-10 PN 17 14 07.0266004296 -31 19 42.983628132     15.00     ~ 85 0
231 PN M 3-38 PN 17 21 04.4699050536 -29 02 59.700223716     16.00     ~ 97 0
232 PN H 1-11 PN 17 21 17.7263264688 -22 18 35.517598344           ~ 76 0
233 PN H 2-7 PN 17 23 24.936 -28 59 06.05           ~ 56 0
234 PN M 3-7 PN 17 24 34.4529856560 -29 24 19.796240052     14.60     [WC] 97 0
235 PN M 3-8 PN 17 24 52.15 -28 05 54.6     15.40     ~ 92 0
236 PN Th 3-14 PN 17 25 44.0827744128 -26 57 47.933915292           ~ 63 0
237 PN M 3-41 PN 17 25 59.82 -29 21 50.4     15.40     ~ 72 0
238 PN M 3-42 PN 17 26 59.85 -29 15 32.1     16.99 14.45   ~ 60 0
239 PN M 3-10 PN 17 27 20.19 -28 27 51.2     14.40     ~ 95 0
240 PN Th 3-16 PN? 17 27 24.364 -29 21 14.53     15.85     Be 33 1
241 PN H 1-15 PN 17 28 37.6286372256 -24 51 07.218909000     15.10     ~ 64 0
242 PN M 1-20 PN 17 28 57.6165015264 -19 15 54.033719256           ~ 136 0
243 PN H 1-18 PN 17 29 42.76 -29 32 50.3           ~ 75 0
244 PN Al 2-E PN 17 30 14.4363597912 -27 30 20.385097740     17.50     ~ 42 0
245 PN H 1-20 PN 17 30 43.8092470056 -28 04 06.841201728   17.1 16.0     ~ 85 0
246 PN Th 3-26 PN 17 31 09.30 -28 14 50.4   14.5 14.5     ~ 57 1
247 PN H 1-23 PN 17 32 46.92 -30 00 14.9     16.00     ~ 77 0
248 PN H 1-24 PN 17 33 37.5822007992 -21 46 24.764813832           ~ 78 0
249 PN H 2-15 PN 17 34 26.817 -22 53 19.71           ~ 67 0
250 PN M 4-5 PN 17 34 54.72 -26 35 57.3     17.50     ~ 73 0
251 PN M 4-6 PN 17 35 13.99 -29 03 10.6           ~ 62 0
252 PN M 1-25 PN 17 38 30.3160501176 -22 08 38.934269052   17.9       [WC6] 156 0
253 PN H 2-17 PN 17 40 07.4258459184 -24 25 42.592055448     16.00     ~ 83 0
254 WRAY 17-94 PN 17 40 12.84 -26 44 21.9     16.00     ~ 61 1
255 PN H 1-27 PN 17 40 17.9448389544 -22 19 18.212179332           ~ 71 0
256 PN H 2-18 PN 17 43 28.7517226002 -21 09 51.615242509         15.912 ~ 79 0
257 PN M 3-15 PN 17 45 31.7096699160 -20 58 01.493896440           [WC4/6] 137 1
258 PN H 1-31 PN 17 45 31.9673698920 -34 33 54.807699996     14.50     ~ 68 0
259 PN H 2-20 PN 17 45 39.81 -25 40 00.3     17.00     ~ 79 1
260 PN H 1-32 PN 17 46 06.32760 -34 03 46.3356           ~ 68 0
261 PN M 1-27 WR? 17 46 45.4755803568 -33 08 35.133711936     13.90     [WC11]? 107 0
262 NGC 6439 PN 17 48 19.820 -16 28 44.42     12.2     ~ 180 0
263 PN H 2-24 PN 17 48 36.54 -24 16 34.8           ~ 54 0
264 PN H 2-25 PN 17 49 00.481 -23 42 54.59           ~ 68 0
265 PN H 2-26 PN 17 49 50.80 -34 00 30.5     16.30   15.89 ~ 42 0
266 PN M 3-43 PN 17 50 24.34 -29 25 18.5           ~ 57 0
267 PN M 3-44 PN 17 51 18.9230505792 -30 23 53.176813980     16.50     [WC11] 90 0
268 PN M 4-7 PN 17 51 44.663 -31 36 00.18           ~ 46 0
269 PN G358.6-02.4 PN 17 52 00.342 -31 17 49.92           ~ 20 0
270 PN M 3-45 PN 17 52 05.96 -30 05 14.0     15.60     ~ 60 0
271 PN M 2-16 PN 17 52 34.37 -32 45 51.4     14.80     ~ 77 0
272 PN M 1-30 PN 17 52 58.95 -34 38 22.6   16.6 16.4     ~ 117 0
273 PN H 2-29 PN 17 53 16.8231690912 -32 40 38.501200020     19.313   18.308 O(H) 64 0
274 PN Bl M PN 17 53 47.118 -28 27 17.11     16.6     ~ 47 0
275 PN Cn 2-1 PN 17 54 33.010 -34 22 21.15     12.70 14.47 13.70 ~ 136 0
276 PN M 3-46 PN 17 55 05.65 -31 12 16.4     18.00     ~ 42 0
277 PN H 1-40 PN 17 55 36.0545698680 -30 33 32.359297176     15.50     ~ 107 0
278 PN H 2-32 PN 17 56 24.3326114424 -29 38 06.740932164     15.60     ~ 41 0
279 PN M 2-21 PN 17 58 09.58 -29 44 20.1           ~ 87 0
280 PN H 1-44 EB* 17 58 10.6463633856 -31 42 55.980086112     17.00   18.939 ~ 66 0
281 PN M 3-19 PN 17 58 19.36 -30 00 39.3     15.50     ~ 70 0
282 PN Pe 2-11 PN 17 58 31.27 -27 37 05.8           ~ 49 0
283 PN M 2-22 PN 17 58 32.58 -33 28 36.8     15.50     ~ 71 0
284 PN M 3-20 PN 17 59 19.35 -28 13 48.2     14.80     Of 85 0
285 PN M 3-48 PN 17 59 56.83 -31 54 28.1     16.50     ~ 51 0
286 PN H 1-47 PN 18 00 37.6202014872 -29 21 50.638625244     15.60     [WC11]? 83 0
287 PN Pe 2-12 PN 18 01 10.2665329896 -27 38 19.740417900     14.60     ~ 60 0
288 PN M 2-23 PN 18 01 42.6413050824 -28 25 44.117293404     13.00     ~ 124 0
289 PN M 2-24 PN 18 02 02.8945854456 -34 27 47.275175592   15.62 14.60 15.29   ~ 100 0
290 PN M 3-21 PN 18 02 32.33 -36 39 11.3     12.20     ~ 109 1
291 IC 4673 PN 18 03 18.4585925304 -27 06 22.715564832     13.50     O(H)8 120 0
292 PN M 1-35 PN 18 03 39.30 -26 43 33.9     14.50     ~ 99 0
293 PN M 2-27 PN 18 03 52.5718384152 -31 17 47.161796424     14.40     [WC4]: 110 0
294 PN M 3-50 PN 18 04 05.183 -34 28 37.39           ~ 41 0
295 PN H 2-37 PN 18 04 28.874 -28 37 34.55           ~ 55 0
296 PN M 1-37 PN 18 05 25.8092901000 -28 22 04.282489956     14.70     [WC11]? 135 0
297 PN M 1-38 PN 18 06 05.74 -28 40 30.0     13.90     ~ 106 0
298 PN M 2-29 PN 18 06 40.9055211600 -26 54 56.375768340   15.24 14.29 15.15 15.905 ~ 139 0
299 PN H 1-54 PN 18 07 07.2793260936 -29 13 05.972785284     13.90     ~ 108 0
300 PN H 1-56 PN 18 07 53.8842030888 -29 44 34.338810768     15.00     O? 85 0
301 PN M 1-42 PN 18 11 04.99 -28 58 59.1   13.1 14.00     ~ 221 0
302 PN H 1-59 PN 18 11 29.263 -27 46 15.69   14.5       ~ 71 0
303 EM* AS 283 PN 18 11 35.1005488652 -28 22 36.727284875   11 13.70     B0I-III 82 0
304 PN H 2-41 PN 18 12 23.765 -27 52 13.86           ~ 59 0
305 PN H 1-60 PN 18 12 25.22 -27 29 12.8           [WC] 76 0
306 PN M 2-30 PN 18 12 34.40 -27 58 10.5   13.5 14.00     ~ 110 0
307 PN H 2-43 PN 18 12 47.9863208808 -28 19 59.741701932   12 14.20     ~ 74 0
308 PN M 2-31 PN 18 13 16.0521431976 -25 30 05.320920636   13.3 13.60     [WC4/6] 110 0
309 PN M 2-33 PN 18 15 06.5634327720 -30 15 33.265211580       14.61 14.03 O5f(H) 111 0
310 PN M 1-44 PN 18 16 17.3419504152 -27 04 30.536970384   12.5 12.5     Be 86 0
311 PN H 1-65 PN 18 20 08.8466492016 -24 15 05.268485484   12 14.30     [WC11] 90 0
312 NGC 6620 PN 18 22 54.182 -26 49 17.19   12.8 13.30 14.34 14.55 ~ 145 0
313 PN M 1-45 PN 18 23 07.9832213304 -19 17 05.323374528           ~ 59 0
314 IC 4732 PN 18 33 54.6340681272 -22 38 41.382665232   12.5       ~ 151 0
315 PN M 3-33 PN 18 48 12.1403633760 -25 28 52.423742352     13.20     ~ 87 0
316 NAME Galactic Bulge reg ~ ~           ~ 4794 0

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