J/A+A/705/A167 Gaia FGK benchmark stars. Abundances (Casamiquela+, 2026)
Gaia FGK benchmark stars: Spectral library and abundances of alpha
and Fe-peak elements of the third version.
Casamiquela L., Soubiran C., Jofre P., Vitali S., Blanco-Cuaresma S.,
Lagarde N., Slumstrup D., Heiter U., Palmerio J.T., Brouillet N.,
Elgueta S., Rojas-Arriagada A., Aguilera-Gomez C., Hernandez-Araya I.,
Creevey O.L., Balaguer-Nunez L., Carrera R.
<Astron. Astrophys. 705, A167 (2026)>
=2026A&A...705A.167C 2026A&A...705A.167C (SIMBAD/NED BibCode)
ADC_Keywords: Surveys ; Stars, F-type ; Stars, G-type ; Stars, K-type ;
Abundances ; Equivalent widths ; Optical
Keywords: standards - stars: abundances - stars: atmospheres
Abstract:
Accurate determination of the chemical abundances in stars plays a
pivotal role in understanding stellar structure and evolution,
nucleosynthesis, and the chemical enrichment history of the Milky Way.
Benchmark stars with precise and accurate atmospheric parameters and
abundances are indispensable for calibrating spectroscopic surveys and
testing stellar atmosphere models.
This study focuses on the compilation of high-quality spectra and the
determination of chemical abundances of iron-peak and alpha elements
for the third version of the Gaia FGK benchmark stars (GBSv3).
We compiled spectra of the GBSv3 from public archives and complemented
these with our observations. We used fundamental atmospheric
parameters to perform a spectroscopic analysis using the public code
iSpec and derived the chemical abundances.
We compiled a homogeneous spectral library of high-resolution (42000)
and high signal-to-noise (>100) normalised spectra for 202 stars,
including the 192 GBSv3, nine stars with indirect measurement of the
angular diameter from previous Gaia FGK benchmark versions, and the
Sun. Using four radiative transfer codes, we derived chemical
abundances of 13 chemical species (FeI, FeII, MgI, SiI, CaI, TiI,
TiII, ScII, VI, CrI, MnI, CoI, NiI). We performed an in-depth study of
several sources of error.
The GBSv3 contributes to the legacy samples of spectroscopic reference
stars through improved statistics and homogeneity. This work offers
the community a homogeneous spectral library and robust reference
abundances for iron-peak and alpha elements, supported by an extensive
analysis of the associated uncertainties.
Description:
The third version of the GBS recently released by Soubiran et al.
(2024A&A...682A.145S 2024A&A...682A.145S, Cat. J/A+A/682/A145) provides a step forward in
the characterisation of reference stars. With respect to the
previous versions, the GBSv3 sample has improved statistics and better
homogeneity and ac- curacy in the atmospheric parameters Teff and
logg. The present study, the eighth paper of a series, provides a
complete spectral library that covers the wavelength range of
480-680nm and an excellent S/N of 522 normalised spectra for the
sample of 192 GBSv3 and for ten additional stars, including the Sun,
that were part of the previous GBS versions. Using the fundamental
atmospheric parameters, we performed a chemical analysis of 13 Fe-peak
and alpha-capture elements, with the goal of providing to the
community reference values for the chemical abundances of these stars.
File Summary:
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FileName Lrecl Records Explanations
--------------------------------------------------------------------------------
ReadMe 80 . This file
table1.dat 818 201 Abundances per star with four radiative
transfer codes
table2.dat 842 515 Mean abundances per spectrum with four radiative
transfer codes
table3.dat 165 163073 Line abundances with equivalent widths per
spectrum for the 201 stars and the Sun
table4.dat 260 201 Recommended abundances per star
--------------------------------------------------------------------------------
See also:
J/A+A/682/A145 : Gaia FGK benchmark stars v3 (Soubiran+, 2024)
Byte-by-byte Description of file: table1.dat
--------------------------------------------------------------------------------
Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 9 A9 --- Star Star ID (HIP identifier) (star)
11- 14 I4 K Teff Effective temperature [K] (teff)
16- 19 F4.2 [cm/s2] logg Surface gravity [dex] (logg)
21- 23 F3.1 km/s vmic Microturbulent velocity [km s-1] (vmic)
25- 38 A14 --- Flag Flag as described in the paper (flag) (1)
40- 45 F6.3 --- [CaI/H]ts Abundance [CaI/H] obtained with
turbospectrum (Ca1overh_turbospectrum)
47- 51 F5.3 --- e_[CaI/H]ts Abundance [CaI/H] error obtained with
turbospectrum
(Ca1overherrorturbospectrum)
53 I1 --- o_[CaI/H]ts Number of spectra used for the [CaI/H]
abundance obtained with turbospectrum
(Ca1Nspectraturbospectrum)
55- 60 F6.3 --- [CaI/H]s Abundance [CaI/H] obtained with spectrum
(Ca1overh_spectrum)
62- 66 F5.3 --- e_[CaI/H]s Abundance [CaI/H] error obtained with
spectrum (Ca1overherrorspectrum)
68 I1 --- o_[CaI/H]s Number of spectra used for the [CaI/H]
abundance with spectrum
(Ca1Nspectraspectrum)
70- 75 F6.3 --- [CaI/H]sme Abundance [CaI/H] obtained with sme
(Ca1overh_sme)
77- 81 F5.3 --- e_[CaI/H]sme Abundance [CaI/H] error obtained with sme
(Ca1overherrorsme)
83 I1 --- o_[CaI/H]sme Number of spectra used for the [CaI/H]
abundance obtained with sme
(Ca1Nspectrasme)
85- 90 F6.3 --- [CaI/H]m Abundance [CaI/H] obtained with moog
(Ca1overh_moog)
92- 96 F5.3 --- e_[CaI/H]m Abundance [CaI/H] error obtained with moog
(Ca1overherrormoog)
98 I1 --- o_[CaI/H]m Number of spectra used for the [CaI/H]
abundance obtained with moog
(Ca1Nspectramoog)
100-105 F6.3 --- [CoI/H]ts ? Abundance [CoI/H] obtained with
turbospectrum (Co1overh_turbospectrum)
107-111 F5.3 --- e_[CoI/H]ts ? Abundance [CoI/H] error obtained with
turbospectrum
(Co1overherrorturbospectrum)
113 I1 --- o_[CoI/H]ts ? Number of spectra used for the [CoI/H]
abundance obtained with turbospectrum
(Co1Nspectraturbospectrum)
115-120 F6.3 --- [CoI/H]s ? Abundance [CoI/H] obtained with spectrum
(Co1overh_spectrum)
122-126 F5.3 --- e_[CoI/H]s ? Abundance [CoI/H] error obtained with
spectrum (Co1overherrorspectrum)
128 I1 --- o_[CoI/H]s ? Number of spectra used for the [CoI/H]
abundance obtained with spectrum
(Co1Nspectraspectrum)
130-135 F6.3 --- [CoI/H]sme ? Abundance [CoI/H] obtained with sme
(Co1overh_sme)
137-141 F5.3 --- e_[CoI/H]sme ? Abundance [CoI/H] error obtained with sme
(Co1overherrorsme)
143 I1 --- o_[CoI/H]sme ? Number of spectra used for the [CoI/H]
abundance obtained with sme
(Co1Nspectrasme)
145-150 F6.3 --- [CoI/H]m ? Abundance [CoI/H] obtained with moog
(Co1overh_moog)
152-156 F5.3 --- e_[CoI/H]m ? Abundance [CoI/H] error obtained with moog
(Co1overherrormoog)
158 I1 --- o_[CoI/H]m ? Number of spectra used for the [CoI/H]
abundance obtained with moog
(Co1Nspectramoog)
160-165 F6.3 --- [CrI/H]ts Abundance [CrI/H] obtained with
turbospectrum (Cr1overh_turbospectrum)
167-171 F5.3 --- e_[CrI/H]ts Abundance [CrI/H] error obtained with
turbospectrum
(Cr1overherrorturbospectrum)
173 I1 --- o_[CrI/H]ts Number of spectra used for the [CrI/H]
abundance obtained with turbospectrum
(Cr1Nspectraturbospectrum)
175-180 F6.3 --- [CrI/H]s Abundance [CrI/H] obtained with spectrum
(Cr1overh_spectrum)
182-186 F5.3 --- e_[CrI/H]s Abundance [CrI/H] error obtained with
spectrum (Cr1overherrorspectrum)
188 I1 --- o_[CrI/H]s Number of spectra used for the [CrI/H]
abundance obtained with spectrum
(Cr1Nspectraspectrum)
190-195 F6.3 --- [CrI/H]sme Abundance [CrI/H] obtained with sme
(Cr1overh_sme)
197-201 F5.3 --- e_[CrI/H]sme Abundance [CrI/H] error obtained with sme
(Cr1overherrorsme)
203 I1 --- o_[CrI/H]sme Number of spectra used for the [CrI/H]
abundance obtained with sme
(Cr1Nspectrasme)
205-210 F6.3 --- [CrI/H]m Abundance [CrI/H] obtained with moog
(Cr1overh_moog)
212-216 F5.3 --- e_[CrI/H]m Abundance [CrI/H] error obtained with moog
(Cr1overherrormoog)
218 I1 --- o_[CrI/H]m Number of spectra used for the [CrI/H]
abundance obtained with moog
(Cr1Nspectramoog)
220-225 F6.3 --- [FeI/H]ts Abundance [FeI/H] obtained with
turbospectrum (Fe1overh_turbospectrum)
227-231 F5.3 --- e_[FeI/H]ts Abundance [FeI/H] error obtained with
turbospectrum
(Fe1overherrorturbospectrum)
233 I1 --- o_[FeI/H]ts Number of spectra used for the [FeI/H]
abundance obtained with turbospectrum
(Fe1Nspectraturbospectrum)
235-240 F6.3 --- [FeI/H]s Abundance [FeI/H] obtained with spectrum
(Fe1overh_spectrum)
242-246 F5.3 --- e_[FeI/H]s Abundance [FeI/H] error obtained with
spectrum (Fe1overherrorspectrum)
248 I1 --- o_[FeI/H]s Number of spectra used for the [FeI/H]
abundance obtained with spectrum
(Fe1Nspectraspectrum)
250-255 F6.3 --- [FeI/H]sme Abundance [FeI/H] obtained with sme
(Fe1overh_sme)
257-261 F5.3 --- e_[FeI/H]sme Abundance [FeI/H] error obtained with sme
(Fe1overherrorsme)
263 I1 --- o_[FeI/H]sme Number of spectra used for the [FeI/H]
abundance obtained with sme
(Fe1Nspectrasme)
265-270 F6.3 --- [FeI/H]m Abundance [FeI/H] obtained with moog
(Fe1overh_moog)
272-276 F5.3 --- e_[FeI/H]m Abundance [FeI/H] error obtained with moog
(Fe1overherrormoog)
278 I1 --- o_[FeI/H]m Number of spectra used for the [FeI/H]
abundance obtained with moog
(Fe1Nspectramoog)
280-285 F6.3 --- [FeII/H]ts ? Abundance [FeII/H] obtained with
turbospectrum (Fe2overh_turbospectrum)
287-291 F5.3 --- e_[FeII/H]ts ? Abundance [FeII/H] error obtained with
turbospectrum
(Fe2overherrorturbospectrum)
293 I1 --- o_[FeII/H]ts ? Number of spectra used for the [FeII/H]
abundance obtained with turbospectrum
(Fe2Nspectraturbospectrum)
295-300 F6.3 --- [FeII/H]s ? Abundance [FeII/H] obtained with spectrum
(Fe2overh_spectrum)
302-306 F5.3 --- e_[FeII/H]s ? Abundance [FeII/H] error obtained with
spectrum (Fe2overherrorspectrum)
308 I1 --- o_[FeII/H]s ? Number of spectra used for the [FeII/H]
abundance obtained with spectrum
(Fe2Nspectraspectrum)
310-315 F6.3 --- [FeII/H]sme ? Abundance [FeII/H] obtained with sme
(Fe2overh_sme)
317-321 F5.3 --- e_[FeII/H]sme ? Abundance [FeII/H] error obtained with sme
(Fe2overherrorsme)
323 I1 --- o_[FeII/H]sme ? Number of spectra used for the [FeII/H]
abundance obtained with sme
(Fe2Nspectrasme)
325-330 F6.3 --- [FeII/H]m ? Abundance [FeII/H] obtained with moog
(Fe2overh_moog)
332-336 F5.3 --- e_[FeII/H]m ? Abundance [FeII/H] error obtained with
moog (Fe2overherrormoog)
338 I1 --- o_[FeII/H]m ? Number of spectra used for the [FeII/H]
abundance obtained with moog
(Fe2Nspectramoog)
340-345 F6.3 --- [MgI/H]ts ? Abundance [MgI/H] obtained with
turbospectrum (Mg1overh_turbospectrum)
347-351 F5.3 --- e_[MgI/H]ts ? Abundance [MgI/H] error obtained with
turbospectrum
(Mg1overherrorturbospectrum)
353 I1 --- o_[MgI/H]ts ? Number of spectra used for the [MgI/H]
abundance obtained with turbospectrum
(Mg1Nspectraturbospectrum)
355-360 F6.3 --- [MgI/H]s ? Abundance [MgI/H] obtained with spectrum
(Mg1overh_spectrum)
362-366 F5.3 --- e_[MgI/H]s ? Abundance [MgI/H] error obtained with
spectrum (Mg1overherrorspectrum)
368 I1 --- o_[MgI/H]s ? Number of spectra used for the [MgI/H]
abundance obtained with spectrum
(Mg1Nspectraspectrum)
370-375 F6.3 --- [MgI/H]sme ? Abundance [MgI/H] obtained with sme
(Mg1overh_sme)
377-381 F5.3 --- e_[MgI/H]sme ? Abundance [MgI/H] error obtained with sme
(Mg1overherrorsme)
383 I1 --- o_[MgI/H]sme ? Number of spectra used for the [MgI/H]
abundance obtained with sme
(Mg1Nspectrasme)
385-390 F6.3 --- [MgI/H]m ? Abundance [MgI/H] obtained with moog
(Mg1overh_moog)
392-396 F5.3 --- e_[MgI/H]m ? Abundance [MgI/H] error obtained with moog
(Mg1overherrormoog)
398 I1 --- o_[MgI/H]m ? Number of spectra used for the [MgI/H]
abundance obtained with moog
(Mg1Nspectramoog)
400-405 F6.3 --- [MnI/H]ts ? Abundance [MnI/H] obtained with
turbospectrum (Mn1overh_turbospectrum)
407-411 F5.3 --- e_[MnI/H]ts ? Abundance [MnI/H] error obtained with
turbospectrum
(Mn1overherrorturbospectrum)
413 I1 --- o_[MnI/H]ts ? Number of spectra used for the [MnI/H]
abundance obtained with turbospectrum
(Mn1Nspectraturbospectrum)
415-420 F6.3 --- [MnI/H]s Abundance [MnI/H] obtained with spectrum
(Mn1overh_spectrum)
422-426 F5.3 --- e_[MnI/H]s Abundance [MnI/H] error obtained with
spectrum (Mn1overherrorspectrum)
428 I1 --- o_[MnI/H]s Number of spectra used for the [MnI/H]
abundance obtained with spectrum
(Mn1Nspectraspectrum)
430-435 F6.3 --- [MnI/H]sme ? Abundance [MnI/H] obtained with sme
(Mn1overh_sme)
437-441 F5.3 --- e_[MnI/H]sme ? Abundance [MnI/H] error obtained with sme
(Mn1overherrorsme)
443 I1 --- o_[MnI/H]sme ? Number of spectra used for the [MnI/H]
abundance obtained with sme
(Mn1Nspectrasme)
445-450 F6.3 --- [MnI/H]m Abundance [MnI/H] obtained with moog
(Mn1overh_moog)
452-456 F5.3 --- e_[MnI/H]m Abundance [MnI/H] error obtained with moog
(Mn1overherrormoog)
458 I1 --- o_[MnI/H]m Number of spectra used for the [MnI/H]
abundance obtained with moog
(Mn1Nspectramoog)
460-465 F6.3 --- [NiI/H]ts Abundance [NiI/H] obtained with
turbospectrum (Ni1overh_turbospectrum)
467-471 F5.3 --- e_[NiI/H]ts Abundance [NiI/H] error obtained with
turbospectrum
(Ni1overherrorturbospectrum)
473 I1 --- o_[NiI/H]ts Number of spectra used for the [NiI/H]
abundance obtained with turbospectrum
(Ni1Nspectraturbospectrum)
475-480 F6.3 --- [NiI/H]s Abundance [NiI/H] obtained with spectrum
(Ni1overh_spectrum)
482-486 F5.3 --- e_[NiI/H]s Abundance [NiI/H] error obtained with
spectrum (Ni1overherrorspectrum)
488 I1 --- o_[NiI/H]s Number of spectra used for the [NiI/H]
abundance obtained with spectrum
(Ni1Nspectraspectrum)
490-495 F6.3 --- [NiI/H]sme Abundance [NiI/H] obtained with sme
(Ni1overh_sme)
497-501 F5.3 --- e_[NiI/H]sme Abundance [NiI/H] error obtained with sme
(Ni1overherrorsme)
503 I1 --- o_[NiI/H]sme Number of spectra used for the [NiI/H]
abundance obtained with sme
(Ni1Nspectrasme)
505-510 F6.3 --- [NiI/H]m Abundance [NiI/H] obtained with moog
(Ni1overh_moog)
512-516 F5.3 --- e_[NiI/H]m Abundance [NiI/H] error obtained with moog
(Ni1overherrormoog)
518 I1 --- o_[NiI/H]m Number of spectra used for the [NiI/H]
abundance obtained with moog
(Ni1Nspectramoog)
520-525 F6.3 --- [ScII/H]ts Abundance [ScII/H] obtained with
turbospectrum (Sc2overh_turbospectrum)
527-531 F5.3 --- e_[ScII/H]ts Abundance [ScII/H] error obtained with
turbospectrum
(Sc2overherrorturbospectrum)
533 I1 --- o_[ScII/H]ts Number of spectra used for the [ScII/H]
abundance obtained with turbospectrum
(Sc2Nspectraturbospectrum)
535-540 F6.3 --- [ScII/H]s ? Abundance [ScII/H] obtained with spectrum
(Sc2overh_spectrum)
542-546 F5.3 --- e_[ScII/H]s ? Abundance [ScII/H] error obtained with
spectrum (Sc2overherrorspectrum)
548 I1 --- o_[ScII/H]s ? Number of spectra used for the [ScII/H]
abundance obtained with spectrum
(Sc2Nspectraspectrum)
550-555 F6.3 --- [ScII/H]sme ? Abundance [ScII/H] obtained with sme
(Sc2overh_sme)
557-561 F5.3 --- e_[ScII/H]sme ? Abundance [ScII/H] error obtained with sme
(Sc2overherrorsme)
563 I1 --- o_[ScII/H]sme ? Number of spectra used for the [ScII/H]
abundance obtained with sme
(Sc2Nspectrasme)
565-570 F6.3 --- [ScII/H]m ? Abundance [ScII/H] obtained with moog
(Sc2overh_moog)
572-576 F5.3 --- e_[ScII/H]m ? Abundance [ScII/H] error obtained with
moog (Sc2overherrormoog)
578 I1 --- o_[ScII/H]m ? Number of spectra used for the [ScII/H]
abundance obtained with moog
(Sc2Nspectramoog)
580-585 F6.3 --- [SiI/H]ts Abundance [SiI/H] obtained with
turbospectrum (Si1overh_turbospectrum)
587-591 F5.3 --- e_[SiI/H]ts Abundance [SiI/H] error obtained with
turbospectrum
(Si1overherrorturbospectrum)
593 I1 --- o_[SiI/H]ts Number of spectra used for the [SiI/H]
abundance obtained with turbospectrum
(Si1Nspectraturbospectrum)
595-600 F6.3 --- [SiI/H]s Abundance [SiI/H] obtained with spectrum
(Si1overh_spectrum)
602-606 F5.3 --- e_[SiI/H]s Abundance [SiI/H] error obtained with
spectrum (Si1overherrorspectrum)
608 I1 --- o_[SiI/H]s Number of spectra used for the [SiI/H]
abundance obtained with spectrum
(Si1Nspectraspectrum)
610-615 F6.3 --- [SiI/H]sme Abundance [SiI/H] obtained with sme
(Si1overh_sme)
617-621 F5.3 --- e_[SiI/H]sme Abundance [SiI/H] error obtained with sme
(Si1overherrorsme)
623 I1 --- o_[SiI/H]sme Number of spectra used for the [SiI/H]
abundance obtained with sme
(Si1Nspectrasme)
625-630 F6.3 --- [SiI/H]m Abundance [SiI/H] obtained with moog
(Si1overh_moog)
632-636 F5.3 --- e_[SiI/H]m Abundance [SiI/H] error obtained with moog
(Si1overherrormoog)
638 I1 --- o_[SiI/H]m Number of spectra used for the [SiI/H]
abundance obtained with moog
(Si1Nspectramoog)
640-645 F6.3 --- [TiI/H]ts Abundance [TiI/H] obtained with
turbospectrum (Ti1overh_turbospectrum)
647-651 F5.3 --- e_[TiI/H]ts Abundance [TiI/H] error obtained with
turbospectrum
(Ti1overherrorturbospectrum)
653 I1 --- o_[TiI/H]ts Number of spectra used for the [TiI/H]
abundance obtained with turbospectrum
(Ti1Nspectraturbospectrum)
655-660 F6.3 --- [TiI/H]s Abundance [TiI/H] obtained with spectrum
(Ti1overh_spectrum)
662-666 F5.3 --- e_[TiI/H]s Abundance [TiI/H] error obtained with
spectrum (Ti1overherrorspectrum)
668 I1 --- o_[TiI/H]s Number of spectra used for the [TiI/H]
abundance obtained with spectrum
(Ti1Nspectraspectrum)
670-675 F6.3 --- [TiI/H]sme Abundance [TiI/H] obtained with sme
(Ti1overh_sme)
677-681 F5.3 --- e_[TiI/H]sme Abundance [TiI/H] error obtained with sme
(Ti1overherrorsme)
683 I1 --- o_[TiI/H]sme Number of spectra used for the [TiI/H]
abundance obtained with sme
(Ti1Nspectrasme)
685-690 F6.3 --- [TiI/H]m ? Abundance [TiI/H] obtained with moog
(Ti1overh_moog)
692-696 F5.3 --- e_[TiI/H]m ? Abundance [TiI/H] error obtained with moog
(Ti1overherrormoog)
698 I1 --- o_[TiI/H]m ? Number of spectra used for the [TiI/H]
abundance obtained with moog
(Ti1Nspectramoog)
700-705 F6.3 --- [TiII/H]ts Abundance [TiII/H] obtained with
turbospectrum (Ti2overh_turbospectrum)
707-711 F5.3 --- e_[TiII/H]ts Abundance [TiII/H] error obtained with
turbospectrum
(Ti2overherrorturbospectrum)
713 I1 --- o_[TiII/H]ts Number of spectra used for the [TiII/H]
abundance obtained with turbospectrum
(Ti2Nspectraturbospectrum)
715-720 F6.3 --- [TiII/H]s Abundance [TiII/H] obtained with spectrum
(Ti2overh_spectrum)
722-726 F5.3 --- e_[TiII/H]s Abundance [TiII/H] error obtained with
spectrum (Ti2overherrorspectrum)
728 I1 --- o_[TiII/H]s Number of spectra used for the [TiII/H]
abundance obtained with spectrum
(Ti2Nspectraspectrum)
730-735 F6.3 --- [TiII/H]sme Abundance [TiII/H] obtained with sme
(Ti2overh_sme)
737-741 F5.3 --- e_[TiII/H]sme Abundance [TiII/H] error obtained with sme
(Ti2overherrorsme)
743 I1 --- o_[TiII/H]sme Number of spectra used for the [TiII/H]
abundance obtained with sme
(Ti2Nspectrasme)
745-750 F6.3 --- [TiII/H]m Abundance [TiII/H] obtained with moog
(Ti2overh_moog)
752-756 F5.3 --- e_[TiII/H]m Abundance [TiII/H] error obtained with moog
(Ti2overherrormoog)
758 I1 --- o_[TiII/H]m Number of spectra used for the [TiII/H]
abundance obtained with moog
(Ti2Nspectramoog)
760-765 F6.3 --- [VI/H]ts Abundance [VI/H] obtained with turbospectrum
(V1overh_turbospectrum)
767-771 F5.3 --- e_[VI/H]ts Abundance [VI/H] error obtained with
turbospectrum
(V1overherrorturbospectrum)
773 I1 --- o_[VI/H]ts Number of spectra used for the [VI/H]
abundance obtained with turbospectrum
(V1Nspectraturbospectrum)
775-780 F6.3 --- [VI/H]s Abundance [VI/H] obtained with spectrum
(V1overh_spectrum)
782-786 F5.3 --- e_[VI/H]s Abundance [VI/H] error obtained with
spectrum (V1overherrorspectrum)
788 I1 --- o_[VI/H]s Number of spectra used for the [VI/H]
abundance obtained with spectrum
(V1Nspectraspectrum)
790-795 F6.3 --- [VI/H]sme Abundance [VI/H] obtained with sme
(V1overh_sme)
797-801 F5.3 --- e_[VI/H]sme Abundance [VI/H] error obtained with sme
(V1overherrorsme)
803 I1 --- o_[VI/H]sme Number of spectra used for the [VI/H]
abundance obtained with sme
(V1Nspectrasme)
805-810 F6.3 --- [VI/H]m ? Abundance [VI/H] obtained with moog
(V1overh_moog)
812-816 F5.3 --- e_[VI/H]m ? Abundance [VI/H] error obtained with moog
(V1overherrormoog)
818 I1 --- o_[VI/H]m ? Number of spectra used for the [VI/H]
abundance obtained with moog
(V1Nspectramoog)
--------------------------------------------------------------------------------
Note (1): Flag as follows:
SB2 = double-line spectroscopic binary
Indirect_theta = indirect measurement of the angular diameter
--------------------------------------------------------------------------------
Byte-by-byte Description of file: table2.dat
--------------------------------------------------------------------------------
Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 9 A9 --- Star Star ID (HIP identifier) (star)
11- 28 A18 --- Spectrum Spectrum origin (STAR_INST) (spectrum)
30- 35 F6.3 --- [CaI/H]ts Abundance [CaI/H] obtained with
turbospectrum (Ca1overh_turbospectrum)
37- 41 F5.3 --- e_[CaI/H]ts Abundance [CaI/H] error obtained with
turbospectrum
(Ca1overherrorturbospectrum)
43- 44 I2 --- o_[CaI/H]ts Number of lines used for the [CaI/H]
abundance obtained with turbospectrum
(Ca1Nlinesturbospectrum)
46- 51 F6.3 --- [CaI/H]s Abundance [CaI/H] obtained with spectrum
(Ca1overh_spectrum)
53- 57 F5.3 --- e_[CaI/H]s Abundance [CaI/H] error obtained with
spectrum (Ca1overherrorspectrum)
59- 60 I2 --- o_[CaI/H]s Number of lines used for the [CaI/H]
abundance with spectrum
(Ca1Nlinesspectrum)
62- 67 F6.3 --- [CaI/H]sme Abundance [CaI/H] obtained with sme
(Ca1overh_sme)
69- 73 F5.3 --- e_[CaI/H]sme Abundance [CaI/H] error obtained with sme
(Ca1overherrorsme)
75- 76 I2 --- o_[CaI/H]sme Number of lines used for the [CaI/H]
abundance obtained with sme
(Ca1Nlinessme)
78- 83 F6.3 --- [CaI/H]m Abundance [CaI/H] obtained with moog
(Ca1overh_moog)
85- 89 F5.3 --- e_[CaI/H]m Abundance [CaI/H] error obtained with moog
(Ca1overherrormoog)
91- 92 I2 --- o_[CaI/H]m Number of lines used for the [CaI/H]
abundance obtained with moog
(Ca1Nlinesmoog)
94- 99 F6.3 --- [CoI/H]ts ? Abundance [CoI/H] obtained with
turbospectrum (Co1overh_turbospectrum)
101-105 F5.3 --- e_[CoI/H]ts ? Abundance [CoI/H] error obtained with
turbospectrum
(Co1overherrorturbospectrum)
107-108 I2 --- o_[CoI/H]ts ? Number of lines used for the [CoI/H]
abundance obtained with turbospectrum
(Co1Nlinesturbospectrum)
110-115 F6.3 --- [CoI/H]s ? Abundance [CoI/H] obtained with spectrum
(Co1overh_spectrum)
117-121 F5.3 --- e_[CoI/H]s ? Abundance [CoI/H] error obtained with
spectrum (Co1overherrorspectrum)
123-124 I2 --- o_[CoI/H]s ? Number of lines used for the [CoI/H]
abundance obtained with spectrum
(Co1Nlinesspectrum)
126-131 F6.3 --- [CoI/H]sme ? Abundance [CoI/H] obtained with sme
(Co1overh_sme)
133-137 F5.3 --- e_[CoI/H]sme ? Abundance [CoI/H] error obtained with sme
(Co1overherrorsme)
139-140 I2 --- o_[CoI/H]sme ? Number of lines used for the [CoI/H]
abundance obtained with sme
(Co1Nlinessme)
142-147 F6.3 --- [CoI/H]m ? Abundance [CoI/H] obtained with moog
(Co1overh_moog)
149-153 F5.3 --- e_[CoI/H]m ? Abundance [CoI/H] error obtained with moog
(Co1overherrormoog)
155 I1 --- o_[CoI/H]m ? Number of lines used for the [CoI/H]
abundance obtained with moog
(Co1Nlinesmoog)
157-162 F6.3 --- [CrI/H]ts ? Abundance [CrI/H] obtained with
turbospectrum (Cr1overh_turbospectrum)
164-168 F5.3 --- e_[CrI/H]ts ? Abundance [CrI/H] error obtained with
turbospectrum
(Cr1overherrorturbospectrum)
170-171 I2 --- o_[CrI/H]ts ? Number of lines used for the [CrI/H]
abundance obtained with turbospectrum
(Cr1Nlinesturbospectrum)
173-178 F6.3 --- [CrI/H]s ? Abundance [CrI/H] obtained with spectrum
(Cr1overh_spectrum)
180-184 F5.3 --- e_[CrI/H]s ? Abundance [CrI/H] error obtained with
spectrum (Cr1overherrorspectrum)
186-187 I2 --- o_[CrI/H]s ? Number of lines used for the [CrI/H]
abundance obtained with spectrum
(Cr1Nlinesspectrum)
189-194 F6.3 --- [CrI/H]sme Abundance [CrI/H] obtained with sme
(Cr1overh_sme)
196-200 F5.3 --- e_[CrI/H]sme Abundance [CrI/H] error obtained with sme
(Cr1overherrorsme)
202-203 I2 --- o_[CrI/H]sme Number of lines used for the [CrI/H]
abundance obtained with sme
(Cr1Nlinessme)
205-210 F6.3 --- [CrI/H]m ? Abundance [CrI/H] obtained with moog
(Cr1overh_moog)
212-216 F5.3 --- e_[CrI/H]m ? Abundance [CrI/H] error obtained with moog
(Cr1overherrormoog)
218-219 I2 --- o_[CrI/H]m ? Number of lines used for the [CrI/H]
abundance obtained with moog
(Cr1Nlinesmoog)
221-226 F6.3 --- [FeI/H]ts Abundance [FeI/H] obtained with
turbospectrum (Fe1overh_turbospectrum)
228-232 F5.3 --- e_[FeI/H]ts Abundance [FeI/H] error obtained with
turbospectrum
(Fe1overherrorturbospectrum)
234-236 I3 --- o_[FeI/H]ts Number of lines used for the [FeI/H]
abundance obtained with turbospectrum
(Fe1Nlinesturbospectrum)
238-243 F6.3 --- [FeI/H]s Abundance [FeI/H] obtained with spectrum
(Fe1overh_spectrum)
245-249 F5.3 --- e_[FeI/H]s Abundance [FeI/H] error obtained with
spectrum (Fe1overherrorspectrum)
251-253 I3 --- o_[FeI/H]s Number of lines used for the [FeI/H]
abundance obtained with spectrum
(Fe1Nlinesspectrum)
255-260 F6.3 --- [FeI/H]sme Abundance [FeI/H] obtained with sme
(Fe1overh_sme)
262-266 F5.3 --- e_[FeI/H]sme Abundance [FeI/H] error obtained with sme
(Fe1overherrorsme)
268-270 I3 --- o_[FeI/H]sme Number of lines used for the [FeI/H]
abundance obtained with sme
(Fe1Nlinessme)
272-277 F6.3 --- [FeI/H]m Abundance [FeI/H] obtained with moog
(Fe1overh_moog)
279-283 F5.3 --- e_[FeI/H]m Abundance [FeI/H] error obtained with moog
(Fe1overherrormoog)
285-287 I3 --- o_[FeI/H]m Number of lines used for the [FeI/H]
abundance obtained with moog
(Fe1Nlinesmoog)
289-294 F6.3 --- [FeII/H]ts ? Abundance [FeII/H] obtained with
turbospectrum (Fe2overh_turbospectrum)
296-300 F5.3 --- e_[FeII/H]ts ? Abundance [FeII/H] error obtained with
turbospectrum
(Fe2overherrorturbospectrum)
302-303 I2 --- o_[FeII/H]ts ? Number of lines used for the [FeII/H]
abundance obtained with turbospectrum
(Fe2Nlinesturbospectrum)
305-310 F6.3 --- [FeII/H]s ? Abundance [FeII/H] obtained with spectrum
(Fe2overh_spectrum)
312-316 F5.3 --- e_[FeII/H]s ? Abundance [FeII/H] error obtained with
spectrum (Fe2overherrorspectrum)
318 I1 --- o_[FeII/H]s ? Number of lines used for the [FeII/H]
abundance obtained with spectrum
(Fe2Nlinesspectrum)
320-325 F6.3 --- [FeII/H]sme ? Abundance [FeII/H] obtained with sme
(Fe2overh_sme)
327-331 F5.3 --- e_[FeII/H]sme ? Abundance [FeII/H] error obtained with sme
(Fe2overherrorsme)
333-334 I2 --- o_[FeII/H]sme ? Number of lines used for the [FeII/H]
abundance obtained with sme
(Fe2Nlinessme)
336-341 F6.3 --- [FeII/H]m ? Abundance [FeII/H] obtained with moog
(Fe2overh_moog)
343-347 F5.3 --- e_[FeII/H]m ? Abundance [FeII/H] error obtained with
moog (Fe2overherrormoog)
349-350 I2 --- o_[FeII/H]m ? Number of lines used for the [FeII/H]
abundance obtained with moog
(Fe2Nlinesmoog)
352-357 F6.3 --- [MgI/H]ts ? Abundance [MgI/H] obtained with
turbospectrum (Mg1overh_turbospectrum)
359-363 F5.3 --- e_[MgI/H]ts ? Abundance [MgI/H] error obtained with
turbospectrum
(Mg1overherrorturbospectrum)
365 I1 --- o_[MgI/H]ts ? Number of lines used for the [MgI/H]
abundance obtained with turbospectrum
(Mg1Nlinesturbospectrum)
367-372 F6.3 --- [MgI/H]s ? Abundance [MgI/H] obtained with spectrum
(Mg1overh_spectrum)
374-378 F5.3 --- e_[MgI/H]s ? Abundance [MgI/H] error obtained with
spectrum (Mg1overherrorspectrum)
380 I1 --- o_[MgI/H]s ? Number of lines used for the [MgI/H]
abundance obtained with spectrum
(Mg1Nlinesspectrum)
382-387 F6.3 --- [MgI/H]sme ? Abundance [MgI/H] obtained with sme
(Mg1overh_sme)
389-393 F5.3 --- e_[MgI/H]sme ? Abundance [MgI/H] error obtained with sme
(Mg1overherrorsme)
395 I1 --- o_[MgI/H]sme ? Number of lines used for the [MgI/H]
abundance obtained with sme
(Mg1Nlinessme)
397-402 F6.3 --- [MgI/H]m ? Abundance [MgI/H] obtained with moog
(Mg1overh_moog)
404-408 F5.3 --- e_[MgI/H]m ? Abundance [MgI/H] error obtained with moog
(Mg1overherrormoog)
410 I1 --- o_[MgI/H]m ? Number of lines used for the [MgI/H]
abundance obtained with moog
(Mg1Nlinesmoog)
412-417 F6.3 --- [MnI/H]ts ? Abundance [MnI/H] obtained with
turbospectrum (Mn1overh_turbospectrum)
419-423 F5.3 --- e_[MnI/H]ts ? Abundance [MnI/H] error obtained with
turbospectrum
(Mn1overherrorturbospectrum)
425 I1 --- o_[MnI/H]ts ? Number of lines used for the [MnI/H]
abundance obtained with turbospectrum
(Mn1Nlinesturbospectrum)
427-432 F6.3 --- [MnI/H]s Abundance [MnI/H] obtained with spectrum
(Mn1overh_spectrum)
434-438 F5.3 --- e_[MnI/H]s Abundance [MnI/H] error obtained with
spectrum (Mn1overherrorspectrum)
440 I1 --- o_[MnI/H]s Number of lines used for the [MnI/H]
abundance obtained with spectrum
(Mn1Nlinesspectrum)
442-447 F6.3 --- [MnI/H]sme ? Abundance [MnI/H] obtained with sme
(Mn1overh_sme)
449-453 F5.3 --- e_[MnI/H]sme ? Abundance [MnI/H] error obtained with sme
(Mn1overherrorsme)
455 I1 --- o_[MnI/H]sme ? Number of lines used for the [MnI/H]
abundance obtained with sme
(Mn1Nlinessme)
457-462 F6.3 --- [MnI/H]m Abundance [MnI/H] obtained with moog
(Mn1overh_moog)
464-468 F5.3 --- e_[MnI/H]m Abundance [MnI/H] error obtained with moog
(Mn1overherrormoog)
470 I1 --- o_[MnI/H]m Number of lines used for the [MnI/H]
abundance obtained with moog
(Mn1Nlinesmoog)
472-477 F6.3 --- [NiI/H]ts ? Abundance [NiI/H] obtained with
turbospectrum (Ni1overh_turbospectrum)
479-483 F5.3 --- e_[NiI/H]ts ? Abundance [NiI/H] error obtained with
turbospectrum
(Ni1overherrorturbospectrum)
485-486 I2 --- o_[NiI/H]ts ? Number of lines used for the [NiI/H]
abundance obtained with turbospectrum
(Ni1Nlinesturbospectrum)
488-493 F6.3 --- [NiI/H]s ? Abundance [NiI/H] obtained with spectrum
(Ni1overh_spectrum)
495-499 F5.3 --- e_[NiI/H]s ? Abundance [NiI/H] error obtained with
spectrum (Ni1overherrorspectrum)
501-502 I2 --- o_[NiI/H]s ? Number of lines used for the [NiI/H]
abundance obtained with spectrum
(Ni1Nlinesspectrum)
504-509 F6.3 --- [NiI/H]sme ? Abundance [NiI/H] obtained with sme
(Ni1overh_sme)
511-515 F5.3 --- e_[NiI/H]sme ? Abundance [NiI/H] error obtained with sme
(Ni1overherrorsme)
517-518 I2 --- o_[NiI/H]sme ? Number of lines used for the [NiI/H]
abundance obtained with sme
(Ni1Nlinessme)
520-525 F6.3 --- [NiI/H]m ? Abundance [NiI/H] obtained with moog
(Ni1overh_moog)
527-531 F5.3 --- e_[NiI/H]m ? Abundance [NiI/H] error obtained with moog
(Ni1overherrormoog)
533-534 I2 --- o_[NiI/H]m ? Number of lines used for the [NiI/H]
abundance obtained with moog
(Ni1Nlinesmoog)
536-541 F6.3 --- [ScII/H]ts Abundance [ScII/H] obtained with
turbospectrum (Sc2overh_turbospectrum)
543-547 F5.3 --- e_[ScII/H]ts Abundance [ScII/H] error obtained with
turbospectrum
(Sc2overherrorturbospectrum)
549 I1 --- o_[ScII/H]ts Number of lines used for the [ScII/H]
abundance obtained with turbospectrum
(Sc2Nlinesturbospectrum)
551-556 F6.3 --- [ScII/H]s ? Abundance [ScII/H] obtained with spectrum
(Sc2overh_spectrum)
558-562 F5.3 --- e_[ScII/H]s ? Abundance [ScII/H] error obtained with
spectrum (Sc2overherrorspectrum)
564 I1 --- o_[ScII/H]s ? Number of lines used for the [ScII/H]
abundance obtained with spectrum
(Sc2Nlinesspectrum)
566-571 F6.3 --- [ScII/H]sme ? Abundance [ScII/H] obtained with sme
(Sc2overh_sme)
573-577 F5.3 --- e_[ScII/H]sme ? Abundance [ScII/H] error obtained with sme
(Sc2overherrorsme)
579 I1 --- o_[ScII/H]sme ? Number of lines used for the [ScII/H]
abundance obtained with sme
(Sc2Nlinessme)
581-586 F6.3 --- [ScII/H]m ? Abundance [ScII/H] obtained with moog
(Sc2overh_moog)
588-592 F5.3 --- e_[ScII/H]m ? Abundance [ScII/H] error obtained with
moog (Sc2overherrormoog)
594 I1 --- o_[ScII/H]m ? Number of lines used for the [ScII/H]
abundance obtained with moog
(Sc2Nlinesmoog)
596-601 F6.3 --- [SiI/H]ts ? Abundance [SiI/H] obtained with
turbospectrum (Si1overh_turbospectrum)
603-607 F5.3 --- e_[SiI/H]ts ? Abundance [SiI/H] error obtained with
turbospectrum
(Si1overherrorturbospectrum)
609 I1 --- o_[SiI/H]ts ? Number of lines used for the [SiI/H]
abundance obtained with turbospectrum
(Si1Nlinesturbospectrum)
611-616 F6.3 --- [SiI/H]s ? Abundance [SiI/H] obtained with spectrum
(Si1overh_spectrum)
618-622 F5.3 --- e_[SiI/H]s ? Abundance [SiI/H] error obtained with
spectrum (Si1overherrorspectrum)
624 I1 --- o_[SiI/H]s ? Number of lines used for the [SiI/H]
abundance obtained with spectrum
(Si1Nlinesspectrum)
626-631 F6.3 --- [SiI/H]sme ? Abundance [SiI/H] obtained with sme
(Si1overh_sme)
633-637 F5.3 --- e_[SiI/H]sme ? Abundance [SiI/H] error obtained with sme
(Si1overherrorsme)
639 I1 --- o_[SiI/H]sme ? Number of lines used for the [SiI/H]
abundance obtained with sme
(Si1Nlinessme)
641-646 F6.3 --- [SiI/H]m ? Abundance [SiI/H] obtained with moog
(Si1overh_moog)
648-652 F5.3 --- e_[SiI/H]m ? Abundance [SiI/H] error obtained with moog
(Si1overherrormoog)
654 I1 --- o_[SiI/H]m ? Number of lines used for the [SiI/H]
abundance obtained with moog
(Si1Nlinesmoog)
656-661 F6.3 --- [TiI/H]ts Abundance [TiI/H] obtained with
turbospectrum (Ti1overh_turbospectrum)
663-667 F5.3 --- e_[TiI/H]ts Abundance [TiI/H] error obtained with
turbospectrum
(Ti1overherrorturbospectrum)
669-670 I2 --- o_[TiI/H]ts Number of lines used for the [TiI/H]
abundance obtained with turbospectrum
(Ti1Nlinesturbospectrum)
672-677 F6.3 --- [TiI/H]s ? Abundance [TiI/H] obtained with spectrum
(Ti1overh_spectrum)
679-683 F5.3 --- e_[TiI/H]s ? Abundance [TiI/H] error obtained with
spectrum (Ti1overherrorspectrum)
685-686 I2 --- o_[TiI/H]s ? Number of lines used for the [TiI/H]
abundance obtained with spectrum
(Ti1Nlinesspectrum)
688-693 F6.3 --- [TiI/H]sme ? Abundance [TiI/H] obtained with sme
(Ti1overh_sme)
695-699 F5.3 --- e_[TiI/H]sme ? Abundance [TiI/H] error obtained with sme
(Ti1overherrorsme)
701-702 I2 --- o_[TiI/H]sme ? Number of lines used for the [TiI/H]
abundance obtained with sme
(Ti1Nlinessme)
704-709 F6.3 --- [TiI/H]m ? Abundance [TiI/H] obtained with moog
(Ti1overh_moog)
711-715 F5.3 --- e_[TiI/H]m ? Abundance [TiI/H] error obtained with moog
(Ti1overherrormoog)
717-718 I2 --- o_[TiI/H]m ? Number of lines used for the [TiI/H]
abundance obtained with moog
(Ti1Nlinesmoog)
720-725 F6.3 --- [TiII/H]ts Abundance [TiII/H] obtained with
turbospectrum (Ti2overh_turbospectrum)
727-731 F5.3 --- e_[TiII/H]ts Abundance [TiII/H] error obtained with
turbospectrum
(Ti2overherrorturbospectrum)
733 I1 --- o_[TiII/H]ts Number of lines used for the [TiII/H]
abundance obtained with turbospectrum
(Ti2Nlinesturbospectrum)
735-740 F6.3 --- [TiII/H]s Abundance [TiII/H] obtained with spectrum
(Ti2overh_spectrum)
742-746 F5.3 --- e_[TiII/H]s Abundance [TiII/H] error obtained with
spectrum (Ti2overherrorspectrum)
748 I1 --- o_[TiII/H]s Number of lines used for the [TiII/H]
abundance obtained with spectrum
(Ti2Nlinesspectrum)
750-755 F6.3 --- [TiII/H]sme Abundance [TiII/H] obtained with sme
(Ti2overh_sme)
757-761 F5.3 --- e_[TiII/H]sme Abundance [TiII/H] error obtained with sme
(Ti2overherrorsme)
763 I1 --- o_[TiII/H]sme Number of lines used for the [TiII/H]
abundance obtained with sme
(Ti2Nlinessme)
765-770 F6.3 --- [TiII/H]m Abundance [TiII/H] obtained with moog
(Ti2overh_moog)
772-776 F5.3 --- e_[TiII/H]m Abundance [TiII/H] error obtained with moog
(Ti2overherrormoog)
778 I1 --- o_[TiII/H]m Number of lines used for the [TiII/H]
abundance obtained with moog
(Ti2Nlinesmoog)
780-785 F6.3 --- [VI/H]ts ? Abundance [VI/H] obtained with
turbospectrum (V1overh_turbospectrum)
787-791 F5.3 --- e_[VI/H]ts ? Abundance [VI/H] error obtained with
turbospectrum
(V1overherrorturbospectrum)
793-794 I2 --- o_[VI/H]ts ? Number of lines used for the [VI/H]
abundance obtained with turbospectrum
(V1Nlinesturbospectrum)
796-801 F6.3 --- [VI/H]s ? Abundance [VI/H] obtained with spectrum
(V1overh_spectrum)
803-807 F5.3 --- e_[VI/H]s ? Abundance [VI/H] error obtained with
spectrum (V1overherrorspectrum)
809-810 I2 --- o_[VI/H]s ? Number of lines used for the [VI/H]
abundance obtained with spectrum
(V1Nlinesspectrum)
812-817 F6.3 --- [VI/H]sme ? Abundance [VI/H] obtained with sme
(V1overh_sme)
819-823 F5.3 --- e_[VI/H]sme ? Abundance [VI/H] error obtained with sme
(V1overherrorsme)
825-826 I2 --- o_[VI/H]sme ? Number of lines used for the [VI/H]
abundance obtained with sme
(V1Nlinessme)
828-833 F6.3 --- [VI/H]m ? Abundance [VI/H] obtained with moog
(V1overh_moog)
835-839 F5.3 --- e_[VI/H]m ? Abundance [VI/H] error obtained with moog
(V1overherrormoog)
841-842 I2 --- o_[VI/H]m ? Number of lines used for the [VI/H]
abundance obtained with moog
(V1Nlinesmoog)
--------------------------------------------------------------------------------
Byte-by-byte Description of file: table3.dat
--------------------------------------------------------------------------------
Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 18 A18 --- Spectrum Spectrum origin (STAR_INST) (spectrum)
20- 23 A4 --- Element Element
25- 28 F4.1 --- Species Chemical species (1)
30- 37 F8.4 nm WavePeak Central wavelength of the line
39- 45 F7.3 0.1nm EWts ? Equivalenth width for Spectrum obtained
with turbospectrum
47- 53 F7.3 0.1nm e_EWts ? Equivalenth width error for Spectrum
obtained with turbospectrum
55- 61 F7.3 --- Abundts ? Absolute abundance for Spectrum
obtained with turbospectrum
63- 69 F7.3 --- e_Abundts ? Absolute abundance error for Spectrum
obtained with turbospectrum
71- 77 F7.3 0.1nm EWs ? Equivalenth width for Spectrum spectrum
obtained with spectrum
79- 85 F7.3 0.1nm e_EWs ? Equivalenth width error for Spectrum
obtained with spectrum
87- 93 F7.3 --- Abunds ? Absolute abundance for spectrum Spectrum
obtained with spectrum
95-101 F7.3 --- e_Abunds ? Absolute abundance error for Spectrum
obtained with spectrum
103-109 F7.3 0.1nm EWsme ? Equivalenth width for Spectrum
obtained with sme
111-117 F7.3 0.1nm e_EWsme ? Equivalenth width error for Spectrum
obtained with sme
119-125 F7.3 --- Abundsme ? Absolute abundance for Spectrum
obtained with sme
127-133 F7.3 --- e_Abundsme ? Absolute abundance error for Spectrum
obtained with sme
135-141 F7.3 0.1nm EWm ? Equivalenth width for spectrum obtained
with moog
143-149 F7.3 0.1nm e_EWm ? Equivalenth width error for spectrum
obtained with moog
151-157 F7.3 --- Abundm ? Absolute abundance for spectrum
obtained with moog
159-165 F7.3 --- e_Abundm ? Absolute abundance error for Spectrum
obtained with moog
--------------------------------------------------------------------------------
Note (1): ionisation stage notation Z.i where Z is the atomic number and i
the ionization state.
--------------------------------------------------------------------------------
Byte-by-byte Description of file: table4.dat
--------------------------------------------------------------------------------
Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 9 A9 --- Star Star ID (HIP identifier) (star)
11- 14 I4 K Teff Effective temperature (teff)
16- 19 F4.2 [cm/s2] logg Surface gravity (logg)
21- 34 A14 --- Flag Flag as described in the paper (flag)
36- 41 F6.3 --- [FeI/H] Recommended [FeI/H] abundance (Fe1_h)
43- 47 F5.3 --- e_[FeI/H] Recommended [FeI/H] abundance error
(Fe1herror)
49- 54 F6.3 --- [FeII/H] ? Recommended [FeII/H] abundance (Fe2_h)
56- 60 F5.3 --- e_[FeII/H] ? Recommended [FeII/H] abundance error
(Fe2herror)
62- 67 F6.3 --- [Mg/H] ? Recommended [Mg/H] abundance (Mg_h)
69- 73 F5.3 --- e_[Mg/H] ? Recommended [Mg/H] abundance error
(Mgherror)
75- 80 F6.3 --- [Si/H] Recommended [Si/H] abundance (Si_h)
82- 86 F5.3 --- e_[Si/H] Recommended [Si/H] abundance error
(Siherror)
88- 93 F6.3 --- [Ca/H] Recommended [Ca/H] abundance (Ca_h)
95- 99 F5.3 --- e_[Ca/H] Recommended [Ca/H] abundance error
(Caherror)
101-106 F6.3 --- [TiI/H] Recommended [TiI/H] abundance (Ti1_h)
108-112 F5.3 --- e_[TiI/H] Recommended [TiI/H] abundance error
(Ti1herror)
114-119 F6.3 --- [TiII/H] Recommended [TiII/H] abundance (Ti2_h)
121-125 F5.3 --- e_[TiII/H] Recommended [TiII/H] abundance error
(Ti2herror)
127-132 F6.3 --- [ScII/H] Recommended [ScII/H] abundance (Sc2_h)
134-138 F5.3 --- e_[ScII/H] Recommended [ScII/H] abundance error
(Sc2herror)
140-145 F6.3 --- [V/H] Recommended [V/H] abundance (V_h)
147-151 F5.3 --- e_[V/H] Recommended [V/H] abundance error (Vherror)
153-158 F6.3 --- [Cr/H] Recommended [Cr/H] abundance (Cr_h)
160-164 F5.3 --- e_[Cr/H] Recommended [Cr/H] abundance error
(Crherror)
166-171 F6.3 --- [Mn/H] ? Recommended [Mn/H] abundance (Mn_h)
173-177 F5.3 --- e_[Mn/H] ? Recommended [Mn/H] abundance error
(Mnherror)
179-184 F6.3 --- [Co/H] ? Recommended [Co/H] abundance (Co_h)
186-190 F5.3 --- e_[Co/H] ? Recommended [Co/H] abundance error
(Coherror)
192-197 F6.3 --- [Ni/H] Recommended [Ni/H] abundance (Ni_h)
199-203 F5.3 --- e_[Ni/H] Recommended [Ni/H] abundance error
(Niherror)
205-209 F5.2 --- [Ti/H] Recommended [Ti/H] abundance
(weighted mean between TiI and TiII) (Ti_h)
211-214 F4.2 --- e_[Ti/H] Recommended [Ti/H] abundance error
(Tiherror)
216-221 F6.3 --- [alpha/Fe] Mean abundance [alpha/Fe] (alpha_fe)
223-227 F5.3 --- e_[alpha/Fe] Abundance [alpha/Fe] abundance
(alphafeerror)
229-236 F8.3 km/s RV Radial velocity derived from spectrum (RV)
238-243 F6.3 km/s e_RV Radial velocity error (RV_err)
245-252 A8 --- Origin Spectrum used for the radial velocity
computation (origin)
254-260 F7.3 km/s Vtot Total Galactic velocity computed as
sqrt(U2+V2+W^2) (Vtot)
--------------------------------------------------------------------------------
Acknowledgements:
Laia Casamiquela, laia.casamiquela(at)obspm.fr
(End) Patricia Vannier [CDS] 12-Jan-2026