2004A&A...423..427P

Query : 2004A&A...423..427P

2004A&A...423..427P - Astronomy and Astrophysics, volume 423427-440 (2004/8-4)

Chemical abundances in spiral and irregular galaxies O and N abundances derived from global emission-line spectra.

PILYUGIN L.S., CONTINI T. and VILCHEZ J.M.

Abstract (from CDS):

The validity of oxygen and nitrogen abundances derived from the global emission-line spectra of galaxies via the P-method has been investigated using a collection of published spectra of individual HII regions in irregular and spiral galaxies. The conclusion of Kobulnicky et al. (1999ApJ...514..544K) that global emission-line spectra can reliably indicate the chemical properties of galaxies has been confirmed. It has been shown that the comparison of the global spectrum of a galaxy with a collection of spectra of individual HII regions can be used to distinguish high and low metallicity objects and to estimate accurate chemical abundances in a galaxy. The oxygen and nitrogen abundances in samples of UV-selected and normal nearby galaxies have been determined. It has been found that the UV-selected galaxies occupy the same area in the N/O-O/H diagram as individual HII regions in nearby galaxies. Finally, we show that intermediate-redshift galaxies systematically deviate from the metallicity-luminosity trend of local galaxies.

Abstract Copyright: ∼

Journal keyword(s): galaxies: abundances - galaxies: ISM - galaxies: evolution

CDS comments: L2-NNNNNN and SA 68-NNNNNN are [MKK97] NNNNNN in Simbad.

Simbad objects: 73

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Number of rows : 73
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 [K80] SA 68 7213 G 00 17 44.38 +15 49 36.3           ~ 3 0
2 [K80] SA 68 6134 EmG 00 18 11.34 +15 47 53.0           ~ 7 0
3 [SPP2015] 293 C AGN 00 26 30.80 +17 09 02.9         21.453 ~ 17 0
4 [K80] Lynx-2 8115 G 08 43 27.16 +44 40 08.8           ~ 5 0
5 Z 97-63 GiC 11 42 15.623 +20 02 55.22   15.7       ~ 54 0
6 LEDA 1611824 rG 11 42 39.32038 +19 58 08.2192 17.95 18.27   17.27   ~ 17 0
7 [TEM98] 114018.41+201305.5 GiC 11 42 54.12 +19 56 26.6           ~ 4 0
8 Z 97-73 rG 11 42 56.45030 +19 57 58.3716 15.85 16.25   15.27   ~ 106 0
9 [CTS2002] 60 GiC 11 43 24.0705390552 +20 09 10.309218444 19.04 19.25   18.26   ~ 8 0
10 2MASX J11433479+2029236 GiC 11 43 34.7985890376 +20 29 23.582404176           ~ 9 0
11 [CTS2002] 61 GiC 11 43 36.921 +20 04 25.54 19.02 19.43   18.51   ~ 5 0
12 2MASX J11434889+2014543 GiC 11 43 48.9072277296 +20 14 54.114329544 16.96 17.22   16.12   ~ 26 0
13 Z 97-92 H2G 11 43 58.2415073856 +20 11 07.455302304 15.80 15.92   14.79   ~ 55 0
14 Z 97-93 GiC 11 44 01.882 +19 47 04.35 15.77 16.04   15.10   ~ 67 0
15 2MASX J11435706+2022383 GiC 11 44 01.885 +20 22 51.05 17.49 17.79   16.71   ~ 14 0
16 LEDA 1616588 GiC 11 44 32.119 +20 06 23.76 16.94 16.82   15.19   ~ 34 0
17 [CTS2002] 63 GiC 11 44 55.11669 +19 52 48.9005           ~ 8 0
18 LEDA 1604334 GiC 11 45 02.66101 +19 45 20.1079           ~ 8 0
19 [TEM98] 114304.16+202249.6 G 11 45 39.59 +20 06 09.8           ~ 3 0
20 2MASX J13031269+2918104 EmG 13 03 12.7017071020 +29 18 10.212988554   18.12 17.39     ~ 13 0
21 LEDA 3094900 EmG 13 03 17.22 +29 15 36.0   18.50 18.03     ~ 11 0
22 GMP 999 GiC 13 03 23.04941 +29 06 44.1113           ~ 9 0
23 AGC 234218 GiC 13 03 31.09 +28 41 25.1           ~ 10 0
24 [TEM98] 130141.32+293936.8 GiC 13 04 04.83 +29 23 32.2           ~ 4 0
25 GMP 597 GiC 13 04 13.12389 +28 32 32.8975           ~ 14 0
26 US 215 EmG 13 04 16.8015845816 +28 51 02.326070053   18.83 18.33     ~ 18 0
27 AGC 234238 LSB 13 04 22.24 +28 45 50.8   18.58 18.39     ~ 16 0
28 Z 160-128 EmG 13 04 22.6821665160 +28 48 38.602484604   15.3 15.09     ~ 70 0
29 [TEM98] 130200.66+294757.0 GiC 13 04 24.06 +29 31 52.8           ~ 4 0
30 [TEM98] 130205.41+290154.8 GiC 13 04 28.82 +28 45 50.6           ~ 5 0
31 [TEM98] 130211.57+292528.0 GiC 13 04 35.10 +29 09 24.0           ~ 5 0
32 A2 410 QSO 13 04 35.7177814104 +28 37 39.866947968   15.90 15.8     ~ 36 0
33 [TEM98] 130214.19+292101.9 GiC 13 04 37.74 +29 04 58.0           ~ 4 0
34 LEDA 1851773 EmG 13 04 38.8152231000 +28 58 21.276745680   17.13 16.75     ~ 21 0
35 [TEM98] 130225.99+285114.9 GiC 13 04 49.72 +28 35 11.2           ~ 5 0
36 [TEM98] 130233.29+284305.3 GiC 13 04 57.06 +28 27 01.6           ~ 6 0
37 [TEM98] 130241.80+284217.0 GiC 13 05 05.54 +28 26 13.8           ~ 6 0
38 LEDA 1841695 SBG 13 05 06.617 +28 38 28.20   18.55 17.67     ~ 18 0
39 [TEM98] 130243.94+295215.3 GiC 13 05 07.19 +29 36 12.0           ~ 4 0
40 2MASX J13050896+2848543 GiC 13 05 08.9930848728 +28 48 54.065790756           ~ 10 0
41 [TEM98] 130247.46+290709.6 GiC 13 05 11.02 +28 51 06.3           ~ 5 0
42 2MASS J13051543+2837352 SBG 13 05 15.3558391872 +28 37 35.006591748   17.50 17.00     ~ 20 0
43 LEDA 1871133 GiC 13 05 16.46464 +29 35 15.3077           ~ 11 0
44 NGPFG 18391 GiC 13 05 19.58 +29 02 50.5           ~ 5 0
45 LEDA 1848558 SBG 13 05 45.350 +28 52 16.83   16.64 16.36     ~ 39 0
46 [TEM98] 130328.24+292525.9 GiC 13 05 51.57 +29 09 23.5           ~ 4 0
47 LEDA 1867207 GiC 13 06 00.307 +29 27 58.61           ~ 9 0
48 2MASX J13060863+2827337 GiC 13 06 08.662 +28 27 34.10   16.5       ~ 11 0
49 [TEM98] 130348.44+294005.1 GiC 13 06 11.61 +29 24 03.1           ~ 4 0
50 LEDA 45352 GiC 13 06 11.8062351912 +28 27 53.220890052   16.5       ~ 12 0
51 [TEM98] 130349.57+295856.5 G 13 06 12.56 +29 42 53.6           ~ 3 0
52 [TEM98] 130400.52+291447.2 GiC 13 06 23.84 +28 58 45.4           ~ 4 0
53 [TEM98] 130413.54+293951.1 GiC 13 06 36.64 +29 23 49.6           ~ 4 0
54 LEDA 3084982 GiC 13 06 43.181 +28 44 25.45           ~ 9 0
55 A2 440 SBG 13 06 46.87128 +28 59 47.7024   17.40 16.45     ~ 8 0
56 [TEM98] 130428.46+285750.8 G 13 06 51.83 +28 41 49.6           ~ 3 0
57 LEDA 3094926 GiC 13 07 00.62 +29 13 20.2           ~ 7 0
58 Anon J130711+2838 GiC 13 07 11.769 +28 38 47.93           ~ 5 0
59 [TEM98] 130450.67+285814.8 GiC 13 07 13.98 +28 42 14.1           ~ 4 0
60 A2 449 SBG 13 07 22.9798503696 +29 24 04.289243868   17.18 16.79     ~ 32 0
61 LEDA 3085005 GiC 13 07 53.5 +28 47 16           ~ 6 0
62 LEDA 1851956 SBG 13 08 03.85721 +28 58 43.8516   17.72 17.40     ~ 11 0
63 [TEM98] 130555.86+290253.4 GiC 13 08 18.97 +28 46 54.0           ~ 5 0
64 LEDA 166954 GiC 13 08 30.3 +29 28 39           ~ 8 0
65 LEDA 166946 G 13 08 30.42 +29 20 35.7   18.83 18.21     ~ 9 0
66 LEDA 4547196 GiC 13 08 34.528 +28 44 41.89           ~ 7 0
67 [TEM98] 130630.66+293930.4 GiC 13 08 53.41 +29 23 31.7           ~ 4 0
68 2MASX J13085483+2932394 SBG 13 08 54.833 +29 32 39.49   17.02 16.42     ~ 19 0
69 LEDA 166940 GiC 13 09 08.967 +29 27 40.12           ~ 12 0
70 LEDA 4572556 GiC 13 09 11.45483 +28 46 35.4648           ~ 10 0
71 CAIRNS J130912.92+292428.5 GiC 13 09 12.84 +29 24 28.7           ~ 16 0
72 [S78c] SA 57 228 SBG 13 09 28.1314311960 +28 55 31.221244452   18.50 17.95     ~ 13 0
73 [K80] Lynx-2 10083 G ~ ~           ~ 2 0

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