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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/AJ/155/111
24749
Abundances in the local region. III. Southern dwarfs (Luck, 2018)
ReadMe+ftp
2018AJ....155..111L
Similar Catalogs
Post annotation
1.
J/AJ/155/111/table1
(c)
Program stars
(907 rows)
meta
J/AJ/155/111/table1
2.
J/AJ/155/111/table2
Effective temperature, mass, and age data
(907 rows)
meta
J/AJ/155/111/table2
3.
J/AJ/155/111/table3
Parameter and iron data
(908 rows)
meta
J/AJ/155/111/table3
4.
J/AJ/155/111/table4
[x/H] for Z > 10
(908 rows)
meta
J/AJ/155/111/table4
5.
J/AJ/155/111/table5
Lithium, carbon, and oxygen data
(908 rows)
meta
J/AJ/155/111/table5
6.
J/AJ/155/111/table6
Log ε details for Z > 10
(908 rows)
meta
J/AJ/155/111/table6
Simple Constraint
List Of Constraints
Query by
Constraints
applied on Columns
(
Output Order:
+
-
)
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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)
ID
(char)
(i)
Primary identifier
(Note G1)
(
meta.id;meta.main
)
(
ID_MAIN
)
(1)
more
(char)
indicates data in Tables 2-6 for this star
(
meta.ref.url
)
(
DATA_LINK
)
(1)
HD
(char)
HD identifier
(Note G1)
(
meta.id
)
(
ID_ALTERNATIVE
)
(1)
HIP
(n)
[57/118321] Hipparcos number (Cat.
I/239
)
(Note G1)
(
meta.id
)
(
ID_NUMBER
)
(1)
HR
(n)
[6/8969] HR number
(Note G1)
(
meta.id
)
(
ID_NUMBER
)
(1)
CCDM
(char)
Identifier in the Catalog of Components of Double & Multiple stars (cat.
I/274
)
(Note G1)
(
meta.id
)
(
ID_ALTERNATIVE
)
(1)
m_CCDM
(char)
CCDM component
(
meta.code.multip
)
(
CODE_MULT_INDEX
)
(1)
Cluster
(char)
Cluster identifier
(Note G1)
(
meta.id
)
(
ID_ALTERNATIVE
)
(1)
SpType
(char)
MK spectral type
(Note G1)
(
src.spType
)
(
SPECT_TYPE_MK
)
(1)
plx
mas
[5.41/796.92] Hipparcos parallax
(Note G1)
(
pos.parallax
)
(
POS_PARLX_TRIG
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
(1)
e_plx
mas
(n)
[0.14/25.9] Error in plx
(Note G1)
(
stat.error;pos.parallax
)
(
ERROR
)
(1)
Vmag
mag
[0.01/10.38] Apparent Johnson V band magnitude
(Note G1)
(
phot.mag;em.opt.V
)
(
PHOT_JHN_V
)
(1)
RV
km/s
(n)
[-171.42/310.77] Radial velocity
(Note G1)
(
phys.veloc;pos.heliocentric
)
(
VELOC_HC
)
(1)
e_RV
km/s
(n)
[0/7.4] Error in RV
(Note G1)
(
stat.error
)
(
ERROR
)
(1)
l_vsin(i)
(char)
[<] Limit flag on vsin(i)
(
meta.code.error
)
(
CODE_LIMIT
)
(1)
vsin(i)
km/s
(n)
[0/100] Literature projected rotational velocity
(
phys.veloc.rotat
)
(
VELOC_ROTAT
)
(1)
Dist
pc
[1.3/184.8] Distance
(
pos.distance;pos.heliocentric
)
(
POS_GAL_HC
)
(1)
E(B-V)
mag
[0/0.042] The (B-V) color excess
(Note 1)
(
phot.color.excess
)
(
PHOT_COLOR_EXCESS
)
(1)
VMag
mag
[3.01/8.4] Absolute V band magnitude
(
phys.magAbs;em.opt.V
)
(
PHOT_ABS-MAG_BAND
)
(1)
Host
(char)
[H] Indicates system hosts planet(s)
(Note 2)
(
meta.code
)
(
CODE_MISC
)
(1)
SimbadName
(char)
Designation understandable by the
Simbad
data-base
(
meta.id
)
(
ID_ALTERNATIVE
)
(1)
_RA
deg
(i)
Right Ascension (J2000) from SIMBAD (not part of the original data)
(
pos.eq.ra;meta.main
)
(
POS_EQ_RA_MAIN
)
(1)
_DE
deg
(i)
Declination (J2000) from SIMBAD (not part of the original data)
(
pos.eq.dec;meta.main
)
(
POS_EQ_DEC_MAIN
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
(2+3+4+5+6)
Teff
K
[4174/6815] Effective temperature
(
phys.temperature.effective
)
(
PHYS_TEMP_EFFEC
)
(2)
e_Teff
K
(n)
[8/99] Standard deviation in Teff
(
stat.error;phys.temperature.effective
)
(
ERROR
)
(2)
o_Teff
[1/13] Number of color(s) used to derive Teff
(
meta.number
)
(
NUMBER
)
(2)
logL
[Lsun]
[-1.12/0.79] Log luminosity (logL/L
☉
)
(
phys.luminosity
)
(
PHYS_LUMINOSITY_GENERAL
)
(2)
B1Mass
Msun
(n)
[0.62/1.45] Mass determined from the Bertelli et al. (1994,
J/A+AS/106/275
) isochrones
(
phys.mass
)
(
PHYS_MASS_MISC
)
(2)
B1Age
Gyr
(n)
[0.63/12.02] Age determined from the Bertelli et al. (1994,
J/A+AS/106/275
) isochrones
(
time.age
)
(
TIME_AGE
)
(2)
DMass
Msun
(n)
[0.57/1.49] Mass determined from the Dotter et al. (
2008ApJS..178...89D
) isochrones
(
phys.mass
)
(
PHYS_MASS_MISC
)
(2)
DAge
Gyr
(n)
[0.6/12.5] Age determined from the Dotter et al. (
2008ApJS..178...89D
) isochrones
(
time.age
)
(
TIME_AGE
)
(2)
YMass
Msun
(n)
[0.58/1.51] Mass determined from the Demarque et al. (
2004ApJS..155..667D
) isochrones
(
phys.mass
)
(
PHYS_MASS_MISC
)
(2)
YAge
Gyr
(n)
[0.6/12.0] Age determined from the Demarque et al. (
2004ApJS..155..667D
) isochrones
(
time.age
)
(
TIME_AGE
)
(2)
B2Mass
Msun
(n)
[0.56/1.48] Mass determined from the BaSTI Team (2016) isochrones
(Note 1)
(
phys.mass
)
(
PHYS_MASS_MISC
)
(2)
B2Age
Gyr
(n)
[0.6/12.5] Age determined from the BaSTI Team (2016) isochrones
(Note 1)
(
time.age
)
(
TIME_AGE
)
(2)
Massavg
Msun
(n)
[0.57/1.47] Average mass
(
phys.mass
)
(
PHYS_MASS_MISC
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
(2)
MRange
Msun
(n)
[0/0.49] Range in mass determination
(
stat.error
)
(
ERROR
)
(2)
Ageavg
Gyr
(n)
[0.6/12.13] Average age
(
time.age;stat.mean
)
(
TIME_AGE
)
(2)
ARange
Gyr
(n)
[0/10.79] Range in age determination
(
stat.error
)
(
ERROR
)
(2)
Mass
Msun
[0.57/1.47] Adopted mass
(Note 2)
(
phys.mass
)
(
PHYS_MASS_MISC
)
(2+3+4+5+6)
logg
[cm/s2]
[3.79/5.13] Log surface gravity
(Note G2)
(
phys.gravity
)
(
PHYS_GRAVITY_SURFACE
)
(3+4+5+6)
Vt
km/s
[0.17/5] Microturbulent velocity
(
phys.veloc
)
(
VELOC_MICRO-TURB
)
(3+4+5+6)
Vbroad
km/s
[1.2/80] Broadening velocity
(Note G3)
(
spect.line.broad
)
(
SPECT_LINE_BROADENING
)
(3)
[FeI/H]
[-]
[5.43/8.39] Total iron abundance computed from neutral iron lines
(Note 1)
(
phys.abund.Fe;meta.modelled
)
(
PHYS_ABUND_FE/H
)
(3)
e_[FeI/H]
[-]
[0.02/1.18] Standard deviation in [FeI/H]
(
stat.error;phys.abund
)
(
ERROR
)
(3)
o_[FeI/H]
[2/548] Number of neutral iron lines used to calculate [FeI/H]
(
meta.number
)
(
NUMBER
)
(3)
[FeII/H]
[-]
(n)
[5.42/9.37] Total iron abundance computed from first-ionization stage iron lines
(Note 1)
(
phys.abund.Fe;meta.modelled
)
(
PHYS_ABUND_FE/H
)
(3)
e_[FeII/H]
[-]
(n)
[0.03/1.29] Standard deviation in [FeII/H]
(
stat.error;phys.abund
)
(
ERROR
)
(3)
o_[FeII/H]
(n)
[1/81] Number of first-ionization stage iron lines used to calculate [FeII/H]
(
meta.number
)
(
NUMBER
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
(3+4+5)
[Fe/H]
[Sun]
[-2.04/1.02] Differential value in logarithms relative to the solar abundance for iron
(Note 2)
(
stat.value;arith.diff
)
(
PHYS_ABUND_FE/H
)
(4)
[Na/H]
[Sun]
(n)
[-2.14/1.33] Differential value in logarithm relative to the solar abundance for sodium
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(4)
[Mg/H]
[Sun]
(n)
[-1.81/1.09] Differential value in logarithm relative to the solar abundance for magnesium
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(4)
[Al/H]
[Sun]
(n)
[-1.36/0.57] Differential value in logarithm relative to the solar abundance for aluminum
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(4)
[Si/H]
[Sun]
(n)
[-1.48/0.97] Differential value in logarithm relative to the solar abundance for silicon
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(4)
[S/H]
[Sun]
(n)
[-0.68/1.91] Differential value in logarithm relative to the solar abundance for sulfur
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(4)
[Ca/H]
[Sun]
(n)
[-1.76/2.04] Differential value in logarithm relative to the solar abundance for calcium
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(4)
[Sc/H]
[Sun]
(n)
[-1.97/2.7] Differential value in logarithm relative to the solar abundance for scandium
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(4)
[Ti/H]
[Sun]
[-1.72/1.93] Differential value in logarithm relative to the solar abundance for titanium
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(4)
[V/H]
[Sun]
(n)
[-2.38/2.07] Differential value in logarithm relative to the solar abundance for vanadium
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(4)
[Cr/H]
[Sun]
[-2.11/1.62] Differential value in logarithm relative to the solar abundance for chromium
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(4)
[Mn/H]
[Sun]
(n)
[-2.62/2.76] Differential value in logarithm relative to the solar abundance for manganese
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(4)
[Co/H]
[Sun]
(n)
[-2.05/3.3] Differential value in logarithm relative to the solar abundance for cobalt
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
(4)
[Ni/H]
[Sun]
[-2.1/1.28] Differential value in logarithm relative to the solar abundance for nickel
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(4)
[Cu/H]
[Sun]
(n)
[-1.61/0.94] Differential value in logarithm relative to the solar abundance for copper
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(4)
[Zn/H]
[Sun]
(n)
[-2.04/0.71] Differential value in logarithm relative to the solar abundance for zinc
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(4)
[Sr/H]
[Sun]
(n)
[-1.88/2.45] Differential value in logarithm relative to the solar abundance for strontium
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(4)
[Y/H]
[Sun]
(n)
[-1.86/2.12] Differential value in logarithm relative to the solar abundance for yttrium
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(4)
[Zr/H]
[Sun]
(n)
[-1.72/3.14] Differential value in logarithm relative to the solar abundance for zirconium
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(4)
[Ba/H]
[Sun]
(n)
[-2.24/0.72] Differential value in logarithm relative to the solar abundance for barium
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(4)
[La/H]
[Sun]
(n)
[-1.6/1.31] Differential value in logarithm relative to the solar abundance for lanthanum
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(4)
[Ce/H]
[Sun]
(n)
[-1.06/3.48] Differential value in logarithm relative to the solar abundance for cerium
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(4)
[Nd/H]
[Sun]
(n)
[-1.77/5.58] Differential value in logarithm relative to the solar abundance for neodymium
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(4)
[Sm/H]
[Sun]
(n)
[-0.91/3.62] Differential value in logarithm relative to the solar abundance for samarium
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(4)
[Eu/H]
[Sun]
(n)
[-0.23/0.71] Differential value in logarithm relative to the solar abundance for europium
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(5)
l_[Li/H]
(char)
[<] Upper limit flag on [Li/H]
(
meta.code.error;phys.abund
)
(
CODE_LIMIT
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
(5)
[Li/H]
[-]
[-0.5/3.4] Lithium abundance
(Note 2)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(5)
NLTE
[-0.04/0.19] Correction for non-local thermodynamic equilibrium
(
arith.factor
)
(
MODEL_CORRECTION
)
(5)
C505.2
[-]
(n)
[6.56/9.2] Log carbon abundance from C I 505.2 nm line
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(5)
C538.2
[-]
(n)
[6.16/8.78] Log carbon abundance from C I 538.2 nm line
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(5)
C2
[-]
(n)
[7.47/9.08] Log carbon abundance from C2 Swan lines (primary indicator at 513.5 nm)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(5)
O615.5
[-]
(n)
[8.08/9.46] Log oxygen abundance from O I 615.5 nm triplet
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(5)
O630.0
[-]
(n)
[7.74/9.28] Log oxygen abundance from [O I] 630.0 nm line
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(5)
Cmean
[-]
(n)
[6.53/9.06] Mean log carbon abundance
(Note 3)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(5)
Omean
[-]
(n)
[7.74/9.28] Mean log oxygen abundance
(Note 3)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(5)
[C/H]mean
[Sun]
(n)
[-1.9/0.63] Mean carbon abundance relative to the solar value
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(5)
[O/H]mean
[Sun]
(n)
[-0.95/0.59] Mean oxygen abundance relative to the solar value
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(5)
[C/Fe]mean
[Sun]
(n)
[-1.24/0.82] Mean carbon abundance relative to iron
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(5)
[O/Fe]mean
[Sun]
(n)
[-0.44/1.2] Mean oxygen abundance relative to iron
(
phys.abund
)
(
PHYS_ABUND_MISC
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
(6)
logNaI
[-]
(n)
[4.14/7.61] Mean log Na I number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_logNaI
[-]
(n)
[0.01/0.46] Standard deviation in logNaI
(
stat.error
)
(
ERROR
)
(6)
o_logNaI
(n)
[1/8] Number of lines used to derive logNaI
(
meta.number
)
(
NUMBER
)
(6)
logMgI
[-]
(n)
[5.87/8.77] Mean log Mg I number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_logMgI
[-]
(n)
[0.02/0.59] Standard deviation in logMgI
(
stat.error
)
(
ERROR
)
(6)
o_logMgI
(n)
[1/8] Number of lines used to derive logMgI
(
meta.number
)
(
NUMBER
)
(6)
logAlI
[-]
(n)
[5.16/7.08] Mean log Al I number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_logAlI
[-]
(n)
[0/0.4] Standard deviation in logAlI
(
stat.error
)
(
ERROR
)
(6)
o_logAlI
(n)
[1/3] Number of lines used to derive logAlI
(
meta.number
)
(
NUMBER
)
(6)
logSiI
[-]
(n)
[6.05/8.6] Mean log Si I number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_logSiI
[-]
(n)
[0.02/1.32] Standard deviation in logSiI
(
stat.error
)
(
ERROR
)
(6)
o_logSiI
(n)
[1/50] Number of lines used to derive logSiI
(
meta.number
)
(
NUMBER
)
(6)
logSiII
[-]
(n)
[5.84/10.47] Mean log Si II number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
(6)
e_logSiII
[-]
(n)
[0/0.57] Standard deviation in logSiII
(
stat.error
)
(
ERROR
)
(6)
o_logSiII
(n)
[1/2] Number of lines used to derive logSiII
(
meta.number
)
(
NUMBER
)
(6)
logSI
[-]
(n)
[6.56/9.14] Mean log S I number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_logSI
[-]
(n)
[0/0.97] Standard deviation in logSI
(
stat.error
)
(
ERROR
)
(6)
o_logSI
(n)
[1/8] Number of lines used to derive logSI
(
meta.number
)
(
NUMBER
)
(6)
logCaI
[-]
(n)
[-1.69/2.11] Mean log Ca I number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_logCaI
[-]
(n)
[0.03/0.59] Standard deviation in logCaI
(
stat.error
)
(
ERROR
)
(6)
o_logCaI
(n)
[1/41] Number of lines used to derive logCaI
(
meta.number
)
(
NUMBER
)
(6)
logCaII
[-]
(n)
[-0.56/2.76] Mean log Ca II number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_logCaII
[-]
(n)
[0/1.29] Standard deviation in logCaII
(
stat.error
)
(
ERROR
)
(6)
o_logCaII
(n)
[1/4] Number of lines used to derive logCaII
(
meta.number
)
(
NUMBER
)
(6)
logScI
[-]
(n)
[2.05/5.87] Mean log Sc I number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_logScI
[-]
(n)
[0.01/1.04] Standard deviation in logScI
(
stat.error
)
(
ERROR
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
(6)
o_logScI
(n)
[1/15] Number of lines used to derive logScI
(
meta.number
)
(
NUMBER
)
(6)
logScII
[-]
(n)
[1.2/4.71] Mean log Sc II number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_logScII
[-]
(n)
[0.01/0.69] Standard deviation in logScII
(
stat.error
)
(
ERROR
)
(6)
o_logScII
(n)
[1/17] Number of lines used to derive logScII
(
meta.number
)
(
NUMBER
)
(6)
logTiI
[-]
[3.31/6.92] Mean log Ti I number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_logTiI
[-]
[0.04/1.65] Standard deviation in logTiI
(
stat.error
)
(
ERROR
)
(6)
o_logTiI
[2/172] Number of lines used to derive logTiI
(
meta.number
)
(
NUMBER
)
(6)
logTiII
[-]
(n)
[3.16/6.56] Mean log Ti II number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_logTiII
[-]
(n)
[0.03/1.18] Standard deviation in logTiII
(
stat.error
)
(
ERROR
)
(6)
o_logTiII
(n)
[1/50] Number of lines used to derive logTiII
(
meta.number
)
(
NUMBER
)
(6)
logVI
[-]
(n)
[1.53/5.98] Mean log V I number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_logVI
[-]
(n)
[0.03/2.63] Standard deviation in logVI
(
stat.error
)
(
ERROR
)
(6)
o_logVI
(n)
[1/76] Number of lines used to derive logVI
(
meta.number
)
(
NUMBER
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
(6)
logVII
[-]
(n)
[1.79/7.05] Mean log V II number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_logVII
[-]
(n)
[0.01/1.27] Standard deviation in logVII
(
stat.error
)
(
ERROR
)
(6)
o_logVII
(n)
[1/11] Number of lines used to derive logVII
(
meta.number
)
(
NUMBER
)
(6)
logCrI
[-]
(n)
[3.43/7.35] Mean log Cr I number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_logCrI
[-]
(n)
[0.03/1.3] Standard deviation in logCrI
(
stat.error
)
(
ERROR
)
(6)
o_logCrI
(n)
[1/156] Number of lines used to derive logCrI
(
meta.number
)
(
NUMBER
)
(6)
logCrII
[-]
(n)
[3.69/8.41] Mean log Cr II number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_logCrII
[-]
(n)
[0/1.11] Standard deviation in logCrII
(
stat.error
)
(
ERROR
)
(6)
o_logCrII
(n)
[1/20] Number of lines used to derive logCrII
(
meta.number
)
(
NUMBER
)
(6)
logMnI
[-]
(n)
[2.85/8.24] Mean log Mn I number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_logMnI
[-]
(n)
[0.04/1.13] Standard deviation in logMnI
(
stat.error
)
(
ERROR
)
(6)
o_logMnI
(n)
[1/41] Number of lines used to derive logMnI
(
meta.number
)
(
NUMBER
)
(6)
logFeI
[-]
[5.43/8.39] Mean log Fe I number abundance
(Note 1)
(
meta.id
)
(
PHYS_ABUND_FE/H
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
(6)
e_logFeI
[-]
[0.02/1.18] Standard deviation in logFeI
(
stat.error
)
(
ERROR
)
(6)
o_logFeI
[2/548] Number of lines used to derive logFeI
(
meta.number
)
(
NUMBER
)
(6)
logFeII
[-]
(n)
[5.42/9.37] Mean log Fe II number abundance
(Note 1)
(
meta.id
)
(
PHYS_ABUND_FE/H
)
(6)
e_logFeII
[-]
(n)
[0.03/1.29] Standard deviation in logFeII
(
stat.error
)
(
ERROR
)
(6)
o_logFeII
(n)
[1/81] Number of lines used to derive logFeII
(
meta.number
)
(
NUMBER
)
(6)
logCoI
[-]
(n)
[2.89/8.24] Mean log Co I number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_logCoI
[-]
(n)
[0/1.59] Standard deviation in logCoI
(
stat.error
)
(
ERROR
)
(6)
o_logCoI
(n)
[1/75] Number of lines used to derive logCoI
(
meta.number
)
(
NUMBER
)
(6)
logNiI
[-]
[4.12/7.5] Mean log Ni I number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_logNiI
[-]
(n)
[0.04/1.22] Standard deviation in logNiI
(
stat.error
)
(
ERROR
)
(6)
o_logNiI
[1/186] Number of lines used to derive logNiI
(
meta.number
)
(
NUMBER
)
(6)
logCuI
[-]
(n)
[2.61/5.16] Mean log Cu I number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_logCuI
[-]
(n)
[0/1.25] Standard deviation in logCuI
(
stat.error
)
(
ERROR
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
(6)
o_logCuI
(n)
[1/6] Number of lines used to derive logCuI
(
meta.number
)
(
NUMBER
)
(6)
logZnI
[-]
(n)
[2.53/5.28] Mean log Zn I number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_logZnI
[-]
(n)
[0.01/1.09] Standard deviation in logZnI
(
stat.error
)
(
ERROR
)
(6)
o_logZnI
(n)
[1/4] Number of lines used to derive logZnI
(
meta.number
)
(
NUMBER
)
(6)
logSrI
[-]
(n)
[1.09/5.42] Mean log Sr I number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_logSrI
[-]
(n)
[0/0.75] Standard deviation in logSrI
(
stat.error
)
(
ERROR
)
(6)
o_logSrI
(n)
[1/4] Number of lines used to derive logSrI
(
meta.number
)
(
NUMBER
)
(6)
logYI
[-]
(n)
[0.39/5.53] Mean log Y I number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_logYI
[-]
(n)
[0.01/2.28] Standard deviation in logYI
(
stat.error
)
(
ERROR
)
(6)
o_logYI
(n)
[1/13] Number of lines used to derive logYI
(
meta.number
)
(
NUMBER
)
(6)
logYII
[-]
(n)
[0.43/4.14] Mean log Y II number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_logYII
[-]
(n)
[0.02/0.76] Standard deviation in logYII
(
stat.error
)
(
ERROR
)
(6)
o_logYII
(n)
[1/18] Number of lines used to derive logYII
(
meta.number
)
(
NUMBER
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
(6)
logZrI
[-]
(n)
[1.7/5.82] Mean log Zr I number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_logZrI
[-]
(n)
[0.01/1.13] Standard deviation in logZrI
(
stat.error
)
(
ERROR
)
(6)
o_logZrI
(n)
[1/20] Number of lines used to derive logZrI
(
meta.number
)
(
NUMBER
)
(6)
logZrII
[-]
(n)
[0.97/5.96] Mean log Zr II number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_logZrII
[-]
(n)
[0/1.46] Standard deviation in logZrII
(
stat.error
)
(
ERROR
)
(6)
o_logZrII
(n)
[1/15] Number of lines used to derive logZrII
(
meta.number
)
(
NUMBER
)
(6)
logBaII
[-]
(n)
[0.08/3.04] Mean log Ba II number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_logBaII
[-]
(n)
[0/0.31] Standard deviation in logBaII
(
stat.error
)
(
ERROR
)
(6)
o_logBaII
(n)
[1/4] Number of lines used to derive logBaII
(
meta.number
)
(
NUMBER
)
(6)
logLaII
[-]
(n)
[-0.37/2.54] Mean log La II number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_logLaII
[-]
(n)
[0/1.01] Standard deviation in logLaII
(
stat.error
)
(
ERROR
)
(6)
o_logLaII
(n)
[1/10] Number of lines used to derive logLaII
(
meta.number
)
(
NUMBER
)
(6)
logCeII
[-]
(n)
[0.67/5.2] Mean log Ce II number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
(6)
e_logCeII
[-]
(n)
[0.01/2.47] Standard deviation in logCeII
(
stat.error
)
(
ERROR
)
(6)
o_logCeII
(n)
[1/39] Number of lines used to derive logCeII
(
meta.number
)
(
NUMBER
)
(6)
logPrII
[-]
(n)
[-0.19/4.12] Mean log Pr II number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_logPrII
[-]
(n)
[0.01/0.89] Standard deviation in logPrII
(
stat.error
)
(
ERROR
)
(6)
o_logPrII
(n)
[1/8] Number of lines used to derive logPrII
(
meta.number
)
(
NUMBER
)
(6)
logNdII
[-]
(n)
[-0.2/7.15] Mean log Nd II number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_logNdII
[-]
(n)
[0.05/3.48] Standard deviation in logNdII
(
stat.error
)
(
ERROR
)
(6)
o_logNdII
(n)
[1/42] Number of lines used to derive logNdII
(
meta.number
)
(
NUMBER
)
(6)
logSmII
[-]
(n)
[0.18/4.71] Mean log Sm II number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
e_logSmII
[-]
(n)
[0.01/2.19] Standard deviation in logSmII
(
stat.error
)
(
ERROR
)
(6)
o_logSmII
(n)
[1/33] Number of lines used to derive logSmII
(
meta.number
)
(
NUMBER
)
(6)
logEuII
[-]
(n)
[0.25/1.19] Mean log Eu II number abundance
(Note 1)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
(6)
o_logEuII
(n)
[1] Number of lines used to derive logEuII
(
meta.number
)
(
NUMBER
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
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