2018MNRAS.478.5301F


Query : 2018MNRAS.478.5301F

2018MNRAS.478.5301F - Mon. Not. R. Astron. Soc., 478, 5301-5319 (2018/August-3)

Primordial helium abundance determination using sulphur as metallicity tracer.

FERNANDEZ V., TERLEVICH E., DIAZ A.I., TERLEVICH R. and ROSALES-ORTEGA F.F.

Abstract (from CDS):

The primordial helium abundance YP is calculated using sulphur as metallicity tracer in the classical methodology (with YP as an extrapolation of Y to zero metals). The calculated value, Y_P, S_= 0.244 ± 0.006, is in good agreement with the estimate from the Planck experiment, as well as, determinations in the literature using oxygen as the metallicity tracer. The chemical analysis includes the substraction of the nebular continuum and of the stellar continuum computed from simple stellar population synthesis grids. The S+2 content is measured from the near-infrared [S III]λλ9069,9532 lines, while an ICF(S^3 +^) is proposed based on the Ar^3 +/Ar2 +^ fraction. Finally, we apply a multivariable linear regression using simultaneously oxygen, nitrogen, and sulphur abundances for the same sample to determine the primordial helium abundance resulting in Y_P - O, N, S_ = 0.245 ± 0.007.

Abstract Copyright: © 2018 The Author(s) Published by Oxford University Press on behalf of the Royal Astronomical Society

Journal keyword(s): ISM:H ii regions - ISM:abundances - cosmology:primordial nucleosynthesis

Status at CDS : Large table(s) will be appraised for possible ingestion in VizieR.

Simbad objects: 32

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Number of rows : 32
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 [BKD2008] WR 57 PoG 00 32 18.59 +15 00 14.2           ~ 2 0
2 SHOC 22 H2G 00 32 18.6280200984 +15 00 14.108425020           ~ 20 0
3 LEDA 3032 Sy1 00 51 47.2867464672 +00 09 40.104040788   18       ~ 21 0
4 Z 411-56 H2G 01 25 34.1903008704 +07 59 24.703412028   15.6       ~ 49 0
5 SHOC 137 H2G 02 48 15.9460059552 -08 17 16.258401096           ~ 15 0
6 SDSS J081334.16+313252.1 G 08 13 34.1762531376 +31 32 52.200551076           ~ 8 0
7 [RGG2013] 5 AGN 08 23 34.8382249152 +03 13 15.797937216           ~ 9 0
8 US 1442 Sy1 08 40 29.9112912216 +47 07 10.241384412   18.2       ~ 68 0
9 SDSS J084634.40+362620.8 PoG 08 46 34.404 +36 26 20.80           ~ 7 0
10 Z 179-28 EmG 08 46 34.446 +36 26 21.48   15.6       ~ 29 0
11 Mrk 116A H2G 09 34 01.9716600456 +55 14 27.789835056           ~ 46 0
12 Mrk 116 AGN 09 34 02.1 +55 14 25           ~ 1179 1
13 LEDA 27453 Sy2 09 38 13.4893093128 +54 28 24.945791268   17.73 17.07     ~ 88 0
14 LEDA 2790903 EmG 10 03 48.6589266552 +45 04 57.692107308   17.7       ~ 14 0
15 RESOLVE rs219 EmG 10 07 46.5065449656 +02 52 28.481772720           ~ 13 0
16 [ITS2007] 52319-575-521 EmG 10 24 29.249 +05 24 51.00           ~ 30 0
17 Feige 34 HS* 10 39 36.7358839104 +43 06 09.212615280 9.613 10.91 11.14 11.319 11.464 sdOp 731 0
18 MCG+05-26-046 SBG 11 04 58.298 +29 08 16.54   15.5 15.29     ~ 228 0
19 LEDA 39946 EmG 12 21 29.1912454704 +28 22 08.306735340   16       ~ 15 0
20 M 51 Sy2 13 29 52.698 +47 11 42.93   9.26 8.36 8.40   ~ 4565 4
21 Mrk 67 EmG 13 41 56.4808997304 +30 31 09.652262088   16.5       ~ 96 0
22 FIRST J134438.3+371334 rG 13 44 38.3196564936 +37 13 34.437600480   16.9       ~ 14 0
23 Mrk 475 AGN 14 39 05.4743306976 +36 48 21.838203540   17.0       ~ 109 0
24 SDSS J145056.55+353419.5 H2G 14 50 56.560 +35 34 19.59           ~ 5 0
25 Z 166-19 GiG 15 36 19.314 +30 40 51.63   15.2       ~ 37 0
26 [ITS2007] 53119-1388-17 HII 15 36 19.4566305761 +30 40 56.807985915           ~ 2 0
27 SDSS J171236.63+321633.4 EmG 17 12 36.6269544336 +32 16 33.232622988           ~ 14 0
28 HS 1728+5655 Sy1 17 29 06.5656845744 +56 53 19.256407584           ~ 15 0
29 LEDA 101544 Sy2 17 35 01.2288695088 +57 03 08.457588612           ~ 47 0
30 [VV2003c] J211527.1-075951 Sy1 21 15 27.0700061856 -07 59 51.413455284     18.73     ~ 10 0
31 SDSS J212332.71-074831.0 G 21 23 32.6936152824 -07 48 30.742773588           ~ 9 0
32 NAME Kinman Dwarf bCG 22 30 36.7959714600 -00 06 36.924915456 16.85 17.35 16.87   16.65 ~ 67 2

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