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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/A+A/624/A60
-1
Atomic data for unblended lines in FGK stars (Laverick+, 2019)
ReadMe+ftp
2019A&A...624A..60L
Similar Catalogs
Post annotation
1.
J/A+A/624/A60/stars
(c)
List of studied stars
(7 rows)
meta
J/A+A/624/A60/stars
2.
J/A+A/624/A60/tabled12
Individual log(gf) values per star per method
(1091 rows)
meta
J/A+A/624/A60/tabled12
3.
J/A+A/624/A60/tablee1
Equivalent widths per star per log(gf) value
(1091 rows)
meta
J/A+A/624/A60/tablee1
4.
J/A+A/624/A60/tablef1
Quality assessment results
(1091 rows)
meta
J/A+A/624/A60/tablef1
Simple Constraint
List Of Constraints
Query by
Constraints
applied on Columns
(
Output Order:
+
-
)
Show
Sort
Join tables
more
join
Column
Constraint
Explain
(
UCD
)
(ALL)
recno
Record number assigned by the VizieR team. Should Not be used for identification.
(
meta.record
)
(
RECORD
)
(1)
Name
(char)
Star name
(
meta.id;meta.main
)
(
ID_MAIN
)
(1)
RAJ2000
"h:m:s"
(n)
(i)
Right ascension (J2000)
(
pos.eq.ra;meta.main
)
(
POS_EQ_RA_MAIN
)
(1)
DEJ2000
"d:m:s"
(n)
(i)
Declination (J2000)
(
pos.eq.dec;meta.main
)
(
POS_EQ_DEC_MAIN
)
(2+4)
Line
[1/1091] Internal line designation
(Note 1)
(
meta.id
)
(
ID_NUMBER
)
(2)
epseriCog
(n)
Curve of growth log(gf) for eps Eri
(Note 2)
(
phys.atmol.oscStrength
)
(
AT_OSC_STRENGTH
)
(2)
70ophCog
(n)
Curve of growth log(gf) for 70 Oph
(Note 2)
(
phys.atmol.oscStrength
)
(
AT_OSC_STRENGTH
)
(2)
70virCog
(n)
Curve of growth log(gf) for 70 Vir
(Note 2)
(
phys.atmol.oscStrength
)
(
AT_OSC_STRENGTH
)
(2)
sunCog
(n)
Curve of growth log(gf) for Sun
(Note 2)
(
phys.atmol.oscStrength
)
(
AT_OSC_STRENGTH
)
(2)
51pegCog
(n)
Curve of growth log(gf) for 51 Peg
(Note 2)
(
phys.atmol.oscStrength
)
(
AT_OSC_STRENGTH
)
(2)
10tauCog
(n)
Curve of growth log(gf) for 10 Tau
(Note 2)
(
phys.atmol.oscStrength
)
(
AT_OSC_STRENGTH
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
(2)
betcomCog
(n)
Curve of growth log(gf) for beta Com
(Note 2)
(
phys.atmol.oscStrength
)
(
AT_OSC_STRENGTH
)
(2)
epseriGrid
grid method log(gf) value for eps Eri
(
phys.atmol.oscStrength
)
(
AT_OSC_STRENGTH
)
(2)
e_epseriGrid
grid method log(gf) error for eps Eri
(
phys.atmol.oscStrength
)
(
AT_OSC_STRENGTH
)
(2)
70ophGrid
grid method log(gf) value for 70 Oph
(
phys.atmol.oscStrength
)
(
AT_OSC_STRENGTH
)
(2)
e_70ophGrid
grid method log(gf) error for 70 Oph
(
phys.atmol.oscStrength
)
(
AT_OSC_STRENGTH
)
(2)
70virGrid
grid method log(gf) value for 70 Vir
(
phys.atmol.oscStrength
)
(
AT_OSC_STRENGTH
)
(2)
e_70virGrid
grid method log(gf) error for 70 Vir
(
phys.atmol.oscStrength
)
(
AT_OSC_STRENGTH
)
(2)
sunGrid
grid method log(gf) value for Sun
(
phys.atmol.oscStrength
)
(
AT_OSC_STRENGTH
)
(2)
e_sunGrid
grid method log(gf) error for Sun
(
phys.atmol.oscStrength
)
(
AT_OSC_STRENGTH
)
(2)
51pegGrid
grid method log(gf) value for 51 Peg
(
phys.atmol.oscStrength
)
(
AT_OSC_STRENGTH
)
(2)
e_51pegGrid
grid method log(gf) error for 51 Peg
(
phys.atmol.oscStrength
)
(
AT_OSC_STRENGTH
)
(2)
10tauGrid
grid method log(gf) value for 10 Tau
(
phys.atmol.oscStrength
)
(
AT_OSC_STRENGTH
)
(2)
e_10tauGrid
grid method log(gf) error for 10 Tau
(
phys.atmol.oscStrength
)
(
AT_OSC_STRENGTH
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
(2)
betcomGrid
grid method log(gf) value for beta Com
(
phys.atmol.oscStrength
)
(
AT_OSC_STRENGTH
)
(2)
e_betcomGrid
grid method log(gf) error for beta Com
(
phys.atmol.oscStrength
)
(
AT_OSC_STRENGTH
)
(3)
Line
0.1nm
[1/1091] Internal line designation
(Note 1)
(
meta.id
)
(
ID_NUMBER
)
(3)
epseriMeas
0.1nm
Measured EW of eps Eri
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
epseriCorr
0.1nm
(n)
Theoretical EW correction of eps Eri to account for Voigt wings
(Note 2)
(
arith.factor;spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
epseriGrid
0.1nm
Theoretical EW corresponding to grid log(gf) value for eps Eri
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
epseriCog
0.1nm
Theoretical EW corresponding to curve of growth log(gf) value for eps Eri
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
epseriBrass
0.1nm
Theoretical EW corresponding to BRASS log(gf) value for eps Eri
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
epseriNIST
0.1nm
(n)
Theoretical EW corresponding to NIST log(gf) value for eps Eri
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
epseriVALD
0.1nm
(n)
Theoretical EW corresponding to VALD log(gf) value for eps Eri
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
epserispWEB
0.1nm
(n)
Theoretical EW corresponding to spectroweb log(gf) value for eps Eri
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
epserisp3
0.1nm
(n)
Theoretical EW corresponding to spectrw3 log(gf) value for eps Eri
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
epseriChianti
0.1nm
(n)
Theoretical EW corresponding to chianti log(gf) value for eps Eri
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
(3)
epseriTipbase
0.1nm
(n)
Theoretical EW corresponding to tipbase log(gf) value for eps Eri
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
epseriTopbase
0.1nm
(n)
Theoretical EW corresponding to topbase log(gf) value for eps Eri
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
70ophMeas
0.1nm
Measured EW of 70 Oph
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
70ophCorr
0.1nm
(n)
Theoretical EW correction of 70 Oph to account for Voigt wings
(Note 2)
(
arith.factor;spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
70ophGrid
0.1nm
Theoretical EW corresponding to grid log(gf) value for 70 Oph
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
70ophCog
0.1nm
Theoretical EW corresponding to curve of growth log(gf) value for 70 Oph
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
70ophBrass
0.1nm
Theoretical EW corresponding to BRASS log(gf) value for 70 Oph
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
70ophNIST
0.1nm
(n)
Theoretical EW corresponding to NIST log(gf) value for 70 Oph
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
70ophVALD
0.1nm
(n)
Theoretical EW corresponding to VALD log(gf) value for 70 Oph
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
70ophspWEB
0.1nm
(n)
Theoretical EW corresponding to spectroweb log(gf) value for 70 Oph
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
70ophsp3
0.1nm
(n)
Theoretical EW corresponding to spectrw3 log(gf) value for 70 Oph
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
70ophChianti
0.1nm
(n)
Theoretical EW corresponding to chianti log(gf) value for 70 Oph
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
70ophTipbase
0.1nm
(n)
Theoretical EW corresponding to tipbase log(gf) value for 70 Oph
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
(3)
70ophTopbase
0.1nm
(n)
Theoretical EW corresponding to topbase log(gf) value for 70 Oph
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
70virmeas
0.1nm
Measured ew of 70 vir
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
70virCorr
0.1nm
(n)
Theoretical EW correction of 70 Vir to account for Voigt wings
(Note 2)
(
arith.factor;spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
70virGrid
0.1nm
Theoretical EW corresponding to grid log(gf) value for 70 Vir
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
70virCog
0.1nm
Theoretical EW corresponding to curve of growth log(gf) value for 70 Vir
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
70virBrass
0.1nm
Theoretical EW corresponding to BRASS log(gf) value for 70 Vir
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
70virNIST
0.1nm
(n)
Theoretical EW corresponding to NIST log(gf) value for 70 Vir
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
70virVALD
0.1nm
(n)
Theoretical EW corresponding to VALD log(gf) value for 70 Vir
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
70virspWEB
0.1nm
(n)
Theoretical EW corresponding to spectroweb log(gf) value for 70 Vir
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
70virsp3
0.1nm
(n)
Theoretical EW corresponding to spectrw3 log(gf) value for 70 Vir
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
70virChianti
0.1nm
(n)
Theoretical EW corresponding to chianti log(gf) value for 70 Vir
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
70virTipbase
0.1nm
(n)
Theoretical EW corresponding to tipbase log(gf) value for 70 Vir
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
70virTopbase
0.1nm
(n)
Theoretical EW corresponding to topbase log(gf) value for 70 Vir
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
(3)
sunMeas
0.1nm
Measured EW of sun
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
sunCorr
0.1nm
(n)
Theoretical EW correction of sun to account for Voigt wings
(Note 2)
(
arith.factor;spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
sunGrid
0.1nm
Theoretical EW corresponding to grid log(gf) value for Sun
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
sunCog
0.1nm
Theoretical EW corresponding to curve of growth log(gf) value for Sun
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
sunBrass
0.1nm
Theoretical EW corresponding to BRASS log(gf) value for Sun
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
sunNIST
0.1nm
(n)
Theoretical EW corresponding to NIST log(gf) value for Sun
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
sunVALD
0.1nm
(n)
Theoretical EW corresponding to VALD log(gf) value for Sun
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
sunspWEB
0.1nm
(n)
Theoretical EW corresponding to spectroweb log(gf) value for Sun
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
sunsp3
0.1nm
(n)
Theoretical EW corresponding to spectrw3 log(gf) value for Sun
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
sunChianti
0.1nm
(n)
Theoretical EW corresponding to chianti log(gf) value for Sun
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
sunTipbase
0.1nm
(n)
Theoretical EW corresponding to tipbase log(gf) value for Sun
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
sunTopbase
0.1nm
(n)
Theoretical EW corresponding to topbase log(gf) value for Sun
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
51pegMeas
0.1nm
Measured EW of 51 Peg
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
(3)
51pegCorr
0.1nm
(n)
Theoretical EW correction of 51 Peg to account for Voigt wings
(Note 2)
(
arith.factor;spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
51pegGrid
0.1nm
Theoretical EW corresponding to grid log(gf) value for 51 Peg
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
51pegCog
0.1nm
Theoretical EW corresponding to curve of growth log(gf) value for 51 Peg
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
51pegBrass
0.1nm
Theoretical EW corresponding to BRASS log(gf) value for 51 Peg
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
51pegNIST
0.1nm
(n)
Theoretical EW corresponding to NIST log(gf) value for 51 Peg
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
51pegVALD
0.1nm
(n)
Theoretical EW corresponding to VALD log(gf) value for 51 Peg
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
51pegspWEB
0.1nm
(n)
Theoretical EW corresponding to spectroweb log(gf) value for 51 Peg
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
51pegsp3
0.1nm
(n)
Theoretical EW corresponding to spectrw3 log(gf) value for 51 Peg
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
51pegChianti
0.1nm
(n)
Theoretical EW corresponding to chianti log(gf) value for 51 Peg
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
51pegTipbase
0.1nm
(n)
Theoretical EW corresponding to tipbase log(gf) value for 51 Peg
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
51pegTopbase
0.1nm
(n)
Theoretical EW corresponding to topbase log(gf) value for 51 Peg
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
10tauMeas
0.1nm
Measured EW of 10 Tau
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
10tauCorr
0.1nm
(n)
Theoretical EW correction of 10 Tau to account for Voigt wings
(Note 2)
(
arith.factor;spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
(3)
10tauGrid
0.1nm
Theoretical EW corresponding to grid log(gf) value for 10 Tau
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
10tauCog
0.1nm
Theoretical EW corresponding to curve of growth log(gf) value for 10 Tau
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
10tauBrass
0.1nm
Theoretical EW corresponding to BRASS log(gf) value for 10 Tau
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
10tauNIST
0.1nm
(n)
Theoretical EW corresponding to NIST log(gf) value for 10 Tau
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
10tauVALD
0.1nm
(n)
Theoretical EW corresponding to VALD log(gf) value for 10 Tau
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
10tauspWEB
0.1nm
(n)
Theoretical EW corresponding to spectroweb log(gf) value for 10 Tau
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
10tausp3
0.1nm
(n)
Theoretical EW corresponding to spectrw3 log(gf) value for 10 Tau
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
10tauChianti
0.1nm
(n)
Theoretical EW corresponding to chianti log(gf) value for 10 Tau
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
10tauTipbase
0.1nm
(n)
Theoretical EW corresponding to tipbase log(gf) value for 10 Tau
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
10tauTopbase
0.1nm
(n)
Theoretical EW corresponding to topbase log(gf) value for 10 Tau
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
betcomMeas
0.1nm
Measured EW of beta Com
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
betcomCorr
0.1nm
(n)
Theoretical EW correction of beta Com to account for Voigt wings
(Note 2)
(
arith.factor;spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
betcomGrid
0.1nm
Theoretical EW corresponding to grid log(gf) value for beta Com
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
(3)
betcomCog
0.1nm
Theoretical EW corresponding to curve of growth log(gf) value for beta Com
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
betcomBrass
0.1nm
Theoretical EW corresponding to BRASS log(gf) value for beta Com
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
betcomNIST
0.1nm
(n)
Theoretical EW corresponding to NIST log(gf) value for beta Com
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
betcomVALD
0.1nm
(n)
Theoretical EW corresponding to VALD log(gf) value for beta Com
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
betcomspWEB
0.1nm
(n)
Theoretical EW corresponding to spectroweb log(gf) value for beta Com
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
betcomsp3
0.1nm
(n)
Theoretical EW corresponding to spectrw3 log(gf) value for beta Com
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
betcomChianti
0.1nm
(n)
Theoretical EW corresponding to chianti log(gf) value for beta Com
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
betcomTipbase
0.1nm
(n)
Theoretical EW corresponding to tipbase log(gf) value for beta Com
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(3)
betcomTopbase
0.1nm
(n)
Theoretical EW corresponding to topbase log(gf) value for beta Com
(Note 3)
(
spect.line.eqWidth
)
(
SPECT_EQ-WIDTH
)
(4)
Elem
(char)
Element of transition
(
phys.atmol.element;phys.atmol.transition
)
(
AT_ELEMENT
)
(4)
Ion
Ionisation stage of element
(
phys.atmol.ionStage
)
(
AT_ION_ID
)
(4)
InputWave
0.1nm
Input BRASS wavelength
(
em.wl;phys.atmol.transition
)
(
AT_WAVELENGTH
)
(4)
dwaveGrid
0.1nm
Wavelength determined via grid method
(
em.wl;phys.atmol.transition
)
(
AT_WAVELENGTH
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
(4)
e_dwaveGrid
0.1nm
Grid method wavelength uncertainty
(
stat.error
)
(
ERROR
)
(4)
Elow
eV
Lower energy level of transition
(
phys.energy;stat.min
)
(
AT_ENERGY_LEVEL
)
(4)
loggfCog
Curve of growth method log(gf) value
(
phys.atmol.oscStrength
)
(
AT_OSC_STRENGTH
)
(4)
e_loggfCog
Curve of growth method log(gf) error
(
stat.error
)
(
ERROR
)
(4)
loggfGrid
Grid method log(gf) value
(
phys.atmol.oscStrength
)
(
AT_OSC_STRENGTH
)
(4)
e_loggfGrid
Grid method log(gf) error
(
stat.error
)
(
ERROR
)
(4)
Qual
Quality assessment flag
(Note 2)
(
meta.code.qual
)
(
CODE_QUALITY
)
(4)
AI
Robust-to-systematics flag
(Note 3)
(
meta.code
)
(
CODE_MISC
)
(4)
Paper1
log(gf) value of paper1
(
phys.atmol.oscStrength
)
(
AT_OSC_STRENGTH
)
(4)
r_Paper1
Reference of paper1 log(gf) value
(
meta.ref;pos.frame
)
(
REFER_CODE
)
(4)
NIST
(char)
log(gf) value of nist
(Note 4)
(
phys.atmol.oscStrength
)
(
AT_OSC_STRENGTH
)
(4)
r_NIST
(char)
Reference of nist log(gf) value
(Note 4)
(
meta.ref;pos.frame
)
(
REFER_CODE
)
(4)
spWEB
(char)
log(gf) value of spectroweb
(Note 4)
(
phys.atmol.oscStrength
)
(
AT_OSC_STRENGTH
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
(4)
r_spWEB
(char)
Reference of spectroweb log(gf) value
(Note 4)
(
meta.ref;pos.frame
)
(
REFER_CODE
)
(4)
VALD
(char)
log(gf) value of vald
(Note 4)
(
phys.atmol.oscStrength
)
(
AT_OSC_STRENGTH
)
(4)
r_VALD
(char)
Reference of vald log(gf) value
(Note 4)
(
meta.ref;pos.frame
)
(
REFER_CODE
)
(4)
sp3
(char)
log(gf) value of spectrw3
(Note 4)
(
phys.atmol.oscStrength
)
(
AT_OSC_STRENGTH
)
(4)
r_sp3
(char)
Reference of spectrw3 log(gf) value
(Note 4)
(
meta.ref;pos.frame
)
(
REFER_CODE
)
(4)
CHIANTI
(char)
log(gf) value of chianti
(Note 4)
(
phys.atmol.oscStrength
)
(
AT_OSC_STRENGTH
)
(4)
r_CHIANTI
(char)
Reference of chianti log(gf) value
(Note 4)
(
meta.ref;pos.frame
)
(
REFER_CODE
)
(4)
Tipbase
(char)
log(gf) value of tipbase
(Note 4)
(
phys.atmol.oscStrength
)
(
AT_OSC_STRENGTH
)
(4)
r_Tipbase
(char)
Reference of tipbase log(gf) value
(Note 4)
(
meta.ref;pos.frame
)
(
REFER_CODE
)
(4)
Topbase
(char)
log(gf) value of topbase
(Note 4)
(
phys.atmol.oscStrength
)
(
AT_OSC_STRENGTH
)
(4)
r_Topbase
(char)
Reference of topbase log(gf) value
(Note 4)
(
meta.ref;pos.frame
)
(
REFER_CODE
)
(4)
RecomLit
(char)
Reference numbers of recommended literature log(gf) values
(Note 5)
(
meta.bib
)
(
REFER_CODE
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
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