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Simple Target
List Of Targets
Fast Xmatch with large catalogs or Simbad
Target
Name (resolved by
Sesame
) or
Position
:
J2000
B1975
B1950
B1900
B1875
B1855
Galactic
Supergal.
Ecl.J2000
Target dimension:
deg
arcmin
arcsec
NB: The epoch used for the query is the original epoch of the table(s)
Radius
Box size
J/MNRAS/485/5153
-1
Spectroscopy of extremely metal-poor stars (Marino+, 2019)
ReadMe+ftp
2019MNRAS.485.5153M
Similar Catalogs
Post annotation
1.
J/MNRAS/485/5153/table1
(c)
Details of the target stars and the Keck HIRES observations
(17 rows)
meta
J/MNRAS/485/5153/table1
2.
J/MNRAS/485/5153/table2
Adopted atmospheric parameters
(17 rows)
meta
J/MNRAS/485/5153/table2
3.
J/MNRAS/485/5153/table3
Atomic data and EWs for program stars
(1083 rows)
meta
J/MNRAS/485/5153/table3
4.
J/MNRAS/485/5153/table4
Chemical abundance ratios for the light elements C, N, Na, and Al
(17 rows)
meta
J/MNRAS/485/5153/table4
5.
J/MNRAS/485/5153/table5
Chemical abundances for α elements, Mg, Si, Ca, and Ti
(17 rows)
meta
J/MNRAS/485/5153/table5
6.
J/MNRAS/485/5153/table6
Chemical abundances for FeI and FeII, and Fe-peak elements Sc (ScII), Cr, Mn, Co, Ni, and Zn
(17 rows)
meta
J/MNRAS/485/5153/table6
7.
J/MNRAS/485/5153/table7
Chemical abundances for the n-capture elements, Sr, Ba, and Eu
(17 rows)
meta
J/MNRAS/485/5153/table7
Simple Constraint
List Of Constraints
Query by
Constraints
applied on Columns
(
Output Order:
+
-
)
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Sort
Join tables
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join
Column
Constraint
Explain
(
UCD
)
(ALL)
recno
Record number assigned by the VizieR team. Should Not be used for identification.
(
meta.record
)
(
RECORD
)
(ALL)
Name
(char)
SkyMapper identifier (SMSS JHHMMSS.ss+DDMMSS.s)
(
meta.id;meta.main
)
(
ID_MAIN
)
(1)
RAJ2000
"h:m:s"
(i)
Right ascension (J2000)
(
pos.eq.ra;meta.main
)
(
POS_EQ_RA_MAIN
)
(1)
DEJ2000
"d:m:s"
(i)
Declination (J2000)
(
pos.eq.dec;meta.main
)
(
POS_EQ_DEC_MAIN
)
(1)
gmag
mag
SkyMapper g-band magnitude
(
phot.mag;em.opt.B
)
(
PHOT_SDSS_G
)
(1)
g-i
mag
g-i colour index
(
phot.color
)
(
PHOT_SDSS_CI
)
(1)
mi
Metallicity index
(Note 1)
(
phot.color;arith.diff
)
(
PHOT_DIFF_CI
)
(1)
Texp
s
Integration time
(
time.epoch
)
(
TIME_EXPTIME
)
(1)
S/N450
pix-1
Signal to noise ratio per pixel at 450nm
(
stat.snr
)
(
INST_S/N
)
(1)
S/N600
pix-1
Signal to noise ratio per pixel at 600nm
(
stat.snr
)
(
INST_S/N
)
(1)
RV
km/s
Radial velocity
(
phys.veloc;pos.heliocentric
)
(
VELOC_HC
)
ALL
cols
(i)
indexed column
(1)
Notes
(n)
Previous observations
(Note 2)
(
meta.note
)
(
NOTE
)
(1)
Simbad
(char)
ask the
Simbad
data-base about this object
(
meta.ref.url
)
(
DATA_LINK
)
(2)
Teff
K
Effective temperature
(
phys.temperature.effective
)
(
PHYS_TEMP_EFFEC
)
(2)
logg
[cm/s2]
Surface gravity
(
phys.gravity
)
(
PHYS_GRAVITY_SURFACE
)
(2)
[Fe/H]LTE
[-]
LTE Iron to hydrogen abundance ratio
(
phys.abund.Fe
)
(
PHYS_ABUND_FE/H
)
(2)
[Fe/H]nLTE
[-]
Iron to hydrogen abundance ratio obtained by applying non-LTE corrections to FeI lines
(
phys.abund.Fe
)
(
PHYS_ABUND_FE/H
)
(2)
vt
km/s
Microturbulence velocity
(
phys.veloc.microTurb
)
(
VELOC_MICRO-TURB
)
(3)
lambda
0.1nm
Wavelenght of the spectral line used in the abundance analysis
(
instr.setup;spect.line
)
(
SPECT_WAVELENGTH_MISC
)
(3)
Species
Chemical species analysed
(
meta.note
)
(
AT_SPECIES
)
(3)
EP
eV
Excitational potential
(
phys.energy;phys.atmol.excitation
)
(
AT_ENERGY_EXCIT
)
(3)
loggf
[-]
Total oscillator strength employed
(
phys.atmol.oscStrength
)
(
AT_OSC_STRENGTH
)
(3)
EW
10-4nm
Measured equivalent width
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(4)
[C/Fe]
[-]
C to iron abundance ratio
(
phys.abund
)
(
PHYS_ABUND_MISC
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
(4)
e_[C/Fe]
[-]
Error on [C/Fe]
(
stat.error;phys.abund
)
(
ERROR
)
(4)
o_[C/Fe]
Number of spectral features analysed for [C/Fe]
(
meta.number
)
(
NUMBER
)
(4)
[C/Fe]evol
[-]
Evolutionary corrected [C/Fe] abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(4)
[N/Fe]
[-]
(n)
N to iron abundance ratio
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(4)
e_[N/Fe]
[-]
(n)
Error on [N/Fe]
(
stat.error;phys.abund
)
(
ERROR
)
(4)
o_[N/Fe]
(n)
Number of spectral features analysed for [N/Fe]
(
meta.number
)
(
NUMBER
)
(4)
[Na/Fe]LTE
[-]
LTE [Na/Fe] abundance
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(4)
e_[Na/Fe]LTE
[-]
Error on [Na/Fe]LTE
(
stat.error;phys.abund
)
(
ERROR
)
(4)
[Na/Fe]nLTE
[-]
non-LTE [Na/Fe] abundance
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(4)
e_[Na/Fe]nLTE
[-]
Error on [Na/Fe]nLTE
(
stat.error;phys.abund
)
(
ERROR
)
(4)
o_[Na/Fe]LTE
Number of spectral features analysed for [Na/Fe]LTE
(
meta.number
)
(
NUMBER
)
(4)
[Al/Fe]
[-]
(n)
Al to iron abundance ratio
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(4)
e_[Al/Fe]
[-]
(n)
Error on [Al/Fe]
(
stat.error;phys.abund
)
(
ERROR
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
(4)
o_[Al/Fe]
(n)
Number of spectral features analysed for [Al/Fe]
(
meta.number
)
(
NUMBER
)
(5)
[Mg/Fe]
[-]
Mg to iron abundance ratio
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(5)
e_[Mg/Fe]
[-]
Error on [Mg/Fe]
(
stat.error;phys.abund
)
(
ERROR
)
(5)
o_[Mg/Fe]
Number of spectral features analysed for [Mg/Fe]
(
meta.number
)
(
NUMBER
)
(5)
[Si/Fe]
[-]
Si to iron abundance ratio
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(5)
e_[Si/Fe]
[-]
(n)
Error on [Si/Fe]
(
stat.error;phys.abund
)
(
ERROR
)
(5)
o_[Si/Fe]
Number of spectral features analysed for [Si/Fe]
(
meta.number
)
(
NUMBER
)
(5)
[Ca/Fe]
[-]
(n)
Ca to iron abundance ratio
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(5)
e_[Ca/Fe]
[-]
(n)
Error on [Ca/Fe]
(
stat.error;phys.abund
)
(
ERROR
)
(5)
o_[Ca/Fe]
(n)
Number of spectral features analysed for [Ca/Fe]
(
meta.number
)
(
NUMBER
)
(5)
[TiI/Fe]
[-]
(n)
TiI to iron abundance ratio
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(5)
e_[TiI/Fe]
[-]
(n)
Error on [TiI/Fe]
(
stat.error;phys.abund
)
(
ERROR
)
(5)
o_[TiI/Fe]
(n)
Number of spectral features analysed for [TiI/Fe]
(
meta.number
)
(
NUMBER
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
(5)
[TiII/Fe]
[-]
TiII to iron abundance ratio
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(5)
f_[TiII/Fe]
(n)
Flag on [TiII/Fe]
(Note 1)
(
meta.code
)
(
CODE_MISC
)
(5)
e_[TiII/Fe]
[-]
Error on [TiII/Fe]
(
stat.error;phys.abund
)
(
ERROR
)
(5)
o_[TiII/Fe]
Number of spectral features analysed for [TiII/Fe]
(
meta.number
)
(
NUMBER
)
(6)
[FeI/H]
[-]
FeI to hydrogen abundance ratio
(
phys.abund.Fe
)
(
PHYS_ABUND_FE/H
)
(6)
e_[FeI/H]
[-]
Error on [FeI/H]
(
stat.error;phys.abund
)
(
ERROR
)
(6)
o_[FeI/H]
Number of spectral features analysed for [FeI/H]
(
meta.number
)
(
NUMBER
)
(6)
[FeII/H]
[-]
(n)
FeII to iron abundance ratio
(
phys.abund.Fe
)
(
PHYS_ABUND_FE/H
)
(6)
e_[FeII/H]
[-]
(n)
Error on [FeII/H]
(
stat.error;phys.abund
)
(
ERROR
)
(6)
o_[FeII/H]
(n)
Number of spectral features analysed for [FeII/H]
(
meta.number
)
(
NUMBER
)
(6)
[Sc/Fe]
[-]
(n)
Sc to iron abundance ratio
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_[Sc/Fe]
[-]
(n)
Error on [Sc/Fe]
(
stat.error;phys.abund
)
(
ERROR
)
(6)
o_[Sc/Fe]
(n)
Number of spectral features analysed for [Sc/Fe]
(
meta.number
)
(
NUMBER
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
(6)
[CrI/Fe]
[-]
(n)
CrI to iron abundance ratio
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_[CrI/Fe]
[-]
(n)
Error on [CrI/Fe]
(
stat.error;phys.abund
)
(
ERROR
)
(6)
o_[CrI/Fe]
(n)
Number of spectral features analysed for [CrI/Fe]
(
meta.number
)
(
NUMBER
)
(6)
[CrII/Fe]
[-]
(n)
CrII to iron abundance ratio
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
o_[CrII/Fe]
(n)
Number of spectral features analysed for [CrII/Fe]
(
meta.number
)
(
NUMBER
)
(6)
[Mn/Fe]
[-]
Mn to iron abundance ratio
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_[Mn/Fe]
[-]
Error on [Mn/Fe]
(
stat.error;phys.abund
)
(
ERROR
)
(6)
o_[Mn/Fe]
Number of spectral features analysed for [Mn/Fe]
(
meta.number
)
(
NUMBER
)
(6)
[Co/Fe]
[-]
(n)
Co to iron abundance ratio
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_[Co/Fe]
[-]
(n)
Error on [Co/Fe]
(
stat.error;phys.abund
)
(
ERROR
)
(6)
o_[Co/Fe]
(n)
Number of spectral features analysed for [Co/Fe]
(
meta.number
)
(
NUMBER
)
(6)
[Ni/Fe]
[-]
(n)
Ni to iron abundance ratio
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_[Ni/Fe]
[-]
(n)
Error on [Ni/Fe]
(
stat.error;phys.abund
)
(
ERROR
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
(6)
o_[Ni/Fe]
(n)
Number of spectral features analysed for [Ni/Fe]
(
meta.number
)
(
NUMBER
)
(6)
[Zn/Fe]
[-]
(n)
Zn to iron abundance ratio
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_[Zn/Fe]
[-]
(n)
Error on [Zn/Fe]
(
stat.error;phys.abund
)
(
ERROR
)
(6)
o_[Zn/Fe]
(n)
Number of spectral features analysed for [Zn/Fe]
(
meta.number
)
(
NUMBER
)
(7)
[Sr/Fe]
[-]
Sr to iron abundance ratio
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(7)
e_[Sr/Fe]
[-]
Error on [Sr/Fe]
(
stat.error;phys.abund
)
(
ERROR
)
(7)
o_[Sr/Fe]
Number of spectral features analysed for [Sr/Fe]
(
meta.number
)
(
NUMBER
)
(7)
l_[Ba/Fe]
(char)
Limit flag on [Ba/Fe]
(
meta.code.error;phys.abund
)
(
CODE_LIMIT
)
(7)
[Ba/Fe]
[-]
Ba to iron abundance ratio
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(7)
e_[Ba/Fe]
[-]
Error on [Ba/Fe]
(
stat.error;phys.abund
)
(
ERROR
)
(7)
o_[Ba/Fe]
Number of spectral features analysed for [Ba/Fe]
(
meta.number
)
(
NUMBER
)
(7)
l_[Eu/Fe]
(char)
Limit flag on [Eu/Fe]
(
meta.code.error;phys.abund
)
(
CODE_LIMIT
)
(7)
[Eu/Fe]
[-]
Eu to iron abundance ratio
(
phys.abund
)
(
PHYS_ABUND_MISC
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
(7)
e_[Eu/Fe]
[-]
(n)
Error on [Eu/Fe]
(
stat.error;phys.abund
)
(
ERROR
)
(7)
o_[Eu/Fe]
(n)
Number of spectral features analysed for [Eu/Fe]
(
meta.number
)
(
NUMBER
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
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https://cdsannotations.u-strasbg.fr/annotations/vizierTable//
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