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J/ApJ/801/97/goodss GOODS-S & UDS stellar mass catalogs from CANDELS (Santini+, 2015)
GOODS-S field stellar masses and other physical parameters (tables 4a and 5a) (34930 rows)
  recno=3586
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ColumnValue  Explain   (UCD)
_RAJ200003 32 33.55133 "h:m:s" Right ascension (FK5, Equinox=J2000.0) (computed by VizieR, not part of the original data. The format may include more digits than the original data because of internal accuracy requirements in VizieR and across other CDS services) (pos.eq.ra)
_DEJ2000-27 52 50.2220 "d:m:s" Declination (FK5, Equinox=J2000.0) (computed by VizieR, not part of the original data. The format may include more digits than the original data because of internal accuracy requirements in VizieR and across other CDS services) (pos.eq.dec)
_RAB195003 30 28.08060 "h:m:s" Right ascension (FK4, Equinox=B1950.0) (computed by VizieR, not part of the original data. The format may include more digits than the original data because of internal accuracy requirements in VizieR and across other CDS services) (pos.eq.ra)
_DEB1950-28 02 55.1086 "d:m:s" Declination (FK4, Equinox=B1950.0) (computed by VizieR, not part of the original data. The format may include more digits than the original data because of internal accuracy requirements in VizieR and across other CDS services) (pos.eq.dec)
_Glon223.70126493 deg Galactic longitude (computed by VizieR, not part of the original data. The format may include more digits than the original data because of internal accuracy requirements in VizieR and across other CDS services) (pos.galactic.lon)
_Glat-54.42789419 deg Galactic latitude (computed by VizieR, not part of the original data. The format may include more digits than the original data because of internal accuracy requirements in VizieR and across other CDS services) (pos.galactic.lat)
3586recno 3586  Record number assigned by the VizieR team. Should Not be used for identification. (meta.record)

Seq 3586   [1/35932] Designation (Note G1)   (meta.id;meta.main)
RAJ2000053.139797 deg (i) Right ascension in decimal degrees (J2000) (pos.eq.ra;meta.main)
DEJ2000-27.880617 deg (i) Declination in decimal degrees (J2000) (pos.eq.dec;meta.main)
Hmag20.68 mag [12.7/32.1] Observed magnitude in WFC3 F160W filter (phot.mag;em.UV.100-200nm)
SNR 349.92   [0/9999] H-band Signal-to-noise ratio (Note 1)   (stat.snr)
qph 0   [0/18] Photometry flag; 0=ok, >0=bad photometry (meta.code.qual)
Star0   [0/1] Spectroscopic star (1=spec. star) (src.class)
S/G 0.00   [0/1] SExtractor stellarity index on F160W band (1=star) (src.class.starGalaxy)
AGN0   [0/1] Xray AGN from Xue et al. 2011; J/ApJS/195/10 (src.class)
zbest 1.1000   [0/9.92] Redshift (Note 2)   (src.redshift;pos.heliocentric)
zsp 1.1030   [0/6.7] Spectroscopic redshift (src.redshift)
q_zsp 3   [1/4] Quality of spectroscopic redshift; 1=good, 2=intermediate, 3=uncertain (meta.code.qual)
r_zsp 74  Reference spectroscopic survey (see refs.dat file) (meta.ref;pos.frame)
zph 1.100   [0.009/9.92] Photometric redshift (Note 3)   (src.redshift)
b_zph 1.05   Lower zph 68% confidence limit (stat.fit.param)
B_zph 1.15   Upper zph 68% confidence limit (stat.fit.param)
b_zph2 0.99   Lower zph 95% confidence limit (stat.fit.param)
B_zph2 1.20   Upper zph 95% confidence limit (stat.fit.param)
zAGN-99.000   Photometric redshift for AGNs from Hsu et al 2014ApJ...796...60H; where ?=-99 for non AGN sources (only for table4a.dat) (src.redshift;pos.heliocentric)
M 3.60e+10 Msun CANDELS reference median stellar mass Mmed (Note 4)   (phys.mass)
e_M 5.89e+09 Msun Standard deviation on Mmed (Note 5)   (stat.error)
Mneb 3.58e+10 Msun Median stellar mass including nebular component Mneb (Note 6)   (phys.mass)
e_Mneb 2.52e+09 Msun Standard deviation on Mneb (Note 5)   (stat.error)
dMz 0.359   Relative uncertainty due to model degeneracy and zphot scatter (Note 7)   (stat.error)
M2at 10.61 [Msun] Stellar mass from Method 2aτ (Note 8)   (phys.mass)
M2dt 10.59 [Msun] Stellar mass from Method 2dτ (Note 8)   (phys.mass)
M6at 10.50 [Msun] Stellar mass from Method 6aτ (Note 8)   (phys.mass)
M10c 10.49 [Msun] Stellar mass from Method 10c (Note 8)   (phys.mass)
M11at 10.52 [Msun] Stellar mass from Method 11aτ (Note 8)   (phys.mass)
M12a 10.40 [Msun] Stellar mass from Method 12a (Note 8)   (phys.mass)
M13at 10.63 [Msun] Stellar mass from Method 13aτ (Note 8)   (phys.mass)
M14a 10.54 [Msun] Stellar mass from Method 14a (Note 8)   (phys.mass)
M15a 10.57 [Msun] Stellar mass from Method 15a (Note 8)   (phys.mass)
M6atNEB 10.58 [Msun] Stellar mass from Method 6aτNEB (Note 8)   (phys.mass)
M6adt 10.56 [Msun] Stellar mass from Method 6adelτ (Note 8)   (phys.mass)
M6ainvt 10.53 [Msun] Stellar mass from Method 6ainvτ (Note 8)   (phys.mass)
M10cdust 10.60 [Msun] Stellar mass from Method 10cdust (Note 8)   (phys.mass)
M12at 10.34 [Msun] Stellar mass from Method 12aτ (Note 8)   (phys.mass)
M14acst 10.56 [Msun] Stellar mass from Method 14aconst (Note 9)   (phys.mass)
M14alin 10.56 [Msun] Stellar mass from Method 14alin (Note 9)   (phys.mass)
M14adt 10.56 [Msun] Stellar mass from Method 14adelτ (Note 9)   (phys.mass)
M14at 10.54 [Msun] Stellar mass from Method 14aτ (Note 9)   (phys.mass)
age2at 8.7 [yr] Age from Method 2aτ (Note 2)   (time.age)
tau2at 0.300 Gyr τ from Method 2aτ (Note 2)   (time.scale)
Av2at 1.3 mag Av from Method 2aτ (Note 2)   (phys.absorption)
SFR2at 4.898e+01 Msun/yr SFR from Method 2aτ (Note 2)   (phys.SFR)
X2.2at 7.15e+01   Reduced chi2 from Method 2aτ (Note 2)   (stat.fit.chi2)
age2dt 7.778 [yr] Age from Method 2dτ (Note 2)   (time.age)
tau2dt 0.010 Gyr τ from Method 2dτ (Note 2)   (time.scale)
Av2dt 1.6 mag Av from Method 2dτ (Note 2)   (phys.absorption)
met2dt 0.200 Sun Gas metallicity from Method 2dτ (Note 2)   (phys.abund)
age4b  [yr] Age from Method 4b (table5b only) (Note 2)   (time.age)
EBV4b  mag E(B-V) from Method 4b (table5b only) (Note 2)   (phot.color.excess)
Ml6at 10.40 [Msun] Lower stellar mass 68% confidence limit from Method 6aτ (Note 2)   (phys.mass)
Mu6at 10.67 [Msun] Upper stellar mass 68% confidence limit from Method 6aτ (Note 2)   (phys.mass)
age6at 8.60 [yr] Age from Method 6aτ (Note 2)   (time.age)
tau6at 2.0 Gyr τ from Method 6aτ (Note 2)   (time.scale)
EBV6at 0.40 mag E(B-V) from Method 6aτ (Note 2)   (phot.color.excess)
SFR6at 1.001e+02 Msun/yr SFR from Method 6aτ (Note 2)   (phys.SFR)
met6at 0.20 Sun Gas metallicity from Method 6aτ (Note 2)   (phys.abund)
el6at 1   [1/2] Extinction law from Method 6aτ; 1: Calzetti et al. 2000ApJ...533..682C; 2: SMC (Note 2)   (phys.absorption)
X2.6at 1.36e+00   Reduced chi2 from Method 6aτ (Note 2)   (stat.fit.chi2)
L1.6at 2.86e+28 10-7W/Hz Rest-frame luminosity at 140nm Lν(140nm) from Method 6aτ; erg/s/Hz (Note 2)   (phys.luminosity;em.UV.100-200nm)
L2.6at 8.06e+28 10-7W/Hz Rest-frame luminosity at 270nm Lν(270nm) from Method 6aτ; erg/s/Hz (Note 2)   (phys.luminosity;em.UV.200-300nm)
UM6at-21.23 mag AB rest-frame magnitude in U band from Method 6aτ (Note 2)   (phys.magAbs)
BM6at-22.09 mag AB rest-frame magnitude in B band from Method 6aτ (Note 2)   (phys.magAbs)
VM6at-22.50 mag AB rest-frame magnitude in V band from Method 6aτ (Note 2)   (phys.magAbs)
RM6at-22.76 mag AB rest-frame magnitude in R band from Method 6aτ (Note 2)   (phys.magAbs)
IM6at-23.06 mag AB rest-frame magnitude in I band from Method 6aτ (Note 2)   (phys.magAbs)
JM6at-23.51 mag AB rest-frame magnitude in J band from Method 6aτ (Note 2)   (phys.magAbs)
KM6at-23.50 mag AB rest-frame magnitude in K band from Method 6aτ (Note 2)   (phys.magAbs)
age10c 8.807 [yr] Age from Method 10c (Note 2)   (time.age)
SFH10c 1   Star formation history from Method 10c (2) (Note 3)   (meta.code)
tau10c 0.1 Gyr τ from Method 10c (Note 2)   (time.scale)
met10c 0.2 Sun Gas metallicity from Method 10c (Note 2)   (phys.abund)
Ml11at 10.45 [Msun] Lower stellar mass 99% confidence limit from Method 11aτ (Note 2)   (phys.mass)
Mu11at 10.59 [Msun] Upper stellar mass 99% confidence limit from Method 11aτ (Note 2)   (phys.mass)
age11at 8.596 [yr] Age from Method 11aτ (Note 2)   (time.age)
SFR11at 9.302e+01 Msun/yr SFR from Method 11aτ (Note 2)   (phys.SFR)
Ml12a 10.34 [Msun] Lower stellar mass 68% confidence limit from Method 12a (Note 2)   (phys.mass)
Mu12a 10.75 [Msun] Upper stellar mass 68% confidence limit from Method 12a (Note 2)   (phys.mass)
M2l12a 10.08 [Msun] Lower stellar mass 95% confidence limit from Method 12a (Note 2)   (phys.mass)
M2u12a 10.98 [Msun] Upper stellar mass 95% confidence limit from Method 12a (Note 2)   (phys.mass)
age12a 8.004 [yr] Age from Method 12a (Note 2)   (time.age)
tau12a 0.0 Gyr τ from Method 12a (Note 2)   (time.scale)
EBV12a 0.350 mag E(B-V) from Method 12a (Note 2)   (phot.color.excess)
met12a 0.2 Sun Gas metallicity from Method 12a (Note 2)   (phys.abund)
Lb12a 11.88 [Lsun] Stellar bolometric luminosity corrected for dust extinction from Method 12a (2) (Note 4)   (phys.luminosity)
X2.12a 8.10e-01   Reduced chi2 from Method 12a (Note 2)   (stat.fit.chi2)
age13at 8.7 [yr] Age from Method 13aτ (Note 2)   (time.age)
tau13at 0.316 Gyr τ from Method 13aτ (Note 2)   (time.scale)
Av13at 1.3 mag Av from Method 13aτ (Note 2)   (phys.absorption)
SFR13at 5.129e+01 Msun/yr SFR from Method 13aτ (Note 2)   (phys.SFR)
X2.13at 3.86e-01   Reduced chi2 from Method 13aτ (Note 2)   (stat.fit.chi2)
age14a 8.550 [yr] Age from Method 14a (Note 2)   (time.age)
SFH14a 4   Star formation history from Method 14a (2) (Note 5)   (meta.code)
tau14a 0.183 Gyr τ from Method 14a (Note 2)   (time.scale)
EBV14a 0.338 mag E(B-V) from Method 14a (Note 2)   (phot.color.excess)
SFR14a 4.640e+01 Msun/yr SFR from Method 14a (2) (Note 5)   (phys.SFR)
q14a 1   [1/3] Quality of the fit from Method 14a; 1:best; 2:good; others:bad (Note 2)   (meta.code.qual)
age15a 8.607 [yr] Age from Method 15a (table5a only) (Note 2)   (time.age)
tau15a 0.1 Gyr τ from Method 15a (table5a only) (Note 2)   (time.scale)
EBV15a 0.325 mag E(B-V) from Method 15a (table5a only) (Note 2)   (phot.color.excess)
met15a 1.0 Sun Gas metallicity from Method 15a (table5a only) (Note 2)   (phys.abund)
age6atNEB 8.80 [yr] Age from Method 6aτNEB (Note 2)   (time.age)
tau6atNEB 1.0 Gyr τ from Method 6aτNEB (Note 2)   (time.scale)
EBV6atNEB 0.35 mag E(B-V) from Method 6aτNEB (Note 2)   (phot.color.excess)
SFR6atNEB 6.318e+01 Msun/yr SFR from Method 6aτNEB (Note 2)   (phys.SFR)
met6atNEB 1.00 Sun Gas metallicity from Method 6aτNEB (Note 2)   (phys.abund)
el6atNEB 1   [1/2] Extinction law from Method 6aτNEB; 1: Calzetti et al. 2000ApJ...533..682C; 2: SMC (Note 2)   (phys.absorption)
X2.6atNEB 8.01e-01   Reduced chi2 from Method 6aτNEB (Note 2)   (stat.fit.chi2)
L1.6atNEB 2.40e+28 10-7W/Hz Rest-frame luminosity at 140nm Lν(140nm) from Method 6aτNEB; erg/s/Hz (Note 2)   (phys.luminosity;em.UV.100-200nm)
L2.6atNEB 7.90e+28 10-7W/Hz Rest-frame luminosity at 270nm Lν(270nm) from Method 6aτNEB; erg/s/Hz (Note 2)   (phys.luminosity;em.UV.200-300nm)
UM6atNEB-21.34 mag AB rest-frame magnitude in U band from Method 6aτNEB (Note 2)   (phys.magAbs)
BM6atNEB-22.08 mag AB rest-frame magnitude in B band from Method 6aτNEB (Note 2)   (phys.magAbs)
VM6atNEB-22.52 mag AB rest-frame magnitude in V band from Method 6aτNEB (Note 2)   (phys.magAbs)
RM6atNEB-22.76 mag AB rest-frame magnitude in R band from Method 6aτNEB (Note 2)   (phys.magAbs)
IM6atNEB-22.95 mag AB rest-frame magnitude in I band from Method 6aτNEB (Note 2)   (phys.magAbs)
JM6atNEB-23.51 mag AB rest-frame magnitude in J band from Method 6aτNEB (Note 2)   (phys.magAbs)
KM6atNEB-23.59 mag AB rest-frame magnitude in K band from Method 6aτNEB (Note 2)   (phys.magAbs)
age-6adt 9.05 [yr] Age from Method 6adelτ (Note 2)   (time.age)
tau-6adt 1.0 Gyr τ from Method 6adelτ (Note 2)   (time.scale)
EBV-6adt 0.40 mag E(B-V) from Method 6adelτ (Note 2)   (phot.color.excess)
SFR-6adt 1.032e+02 Msun/yr SFR from Method 6adelτ (Note 2)   (phys.SFR)
met-6adt 0.20 Sun Gas metallicity from Method 6adelτ (Note 2)   (phys.abund)
el6ad 1   Extinction law from Method 6adelτ; 1: Calzetti et al. 2000ApJ...533..682C; 2: SMC (Note 2)   (phys.absorption)
X2.6adt 1.50e+00   Reduced chi2 from Method 6adelτ (Note 2)   (stat.fit.chi2)
L1.6adt 2.82e+28 10-7W/Hz Rest-frame luminosity at 140nm Lν(140nm) from Method 6adelτ; erg/s/Hz (Note 2)   (phys.luminosity;em.UV.100-200nm)
L2.6adt 7.92e+28 10-7W/Hz Rest-frame luminosity at 270nm Lν(270nm) from Method 6adelτ; erg/s/Hz (Note 2)   (phys.luminosity;em.UV.200-300nm)
UM6adt-21.21 mag AB rest-frame magnitude in U band from Method 6adelτ (Note 2)   (phys.magAbs)
BM6adt-22.08 mag AB rest-frame magnitude in B band from Method 6adelτ (Note 2)   (phys.magAbs)
VM6adt-22.50 mag AB rest-frame magnitude in V band from Method 6adelτ (Note 2)   (phys.magAbs)
RM6adt-22.77 mag AB rest-frame magnitude in R band from Method 6adelτ (Note 2)   (phys.magAbs)
IM6adt-23.07 mag AB rest-frame magnitude in I band from Method 6adelτ (Note 2)   (phys.magAbs)
JM6adt-23.54 mag AB rest-frame magnitude in J band from Method 6adelτ (Note 2)   (phys.magAbs)
KM6adt-23.53 mag AB rest-frame magnitude in K band from Method 6adelτ (Note 2)   (phys.magAbs)
age6ainvt 8.70 [yr] Age from Method 6ainvτ (Note 2)   (time.age)
tau6ainvt 5.0 Gyr τ from Method 6ainvτ (Note 2)   (time.scale)
EBV6ainvt 0.40 mag E(B-V) from Method 6ainvτ (Note 2)   (phot.color.excess)
SFR6ainvt 1.008e+02 Msun/yr SFR from Method 6ainvτ (Note 2)   (phys.SFR)
met6ainvt 0.20 Sun Gas metallicity from Method 6ainvτ (Note 2)   (phys.abund)
el6ainvt 1   [1/2] Extinction law from Method 6ainvτ; 1: Calzetti et al. 2000ApJ...533..682C; 2: SMC (Note 2)   (phys.absorption)
X2.6ainvt 1.39e+00   Reduced chi2 from Method 6ainvτ (Note 2)   (stat.fit.chi2)
L1.6ainvt 2.82e+28 10-7W/Hz Rest-frame luminosity at 140nm Lν(140nm) from Method 6ainvτ; erg/s/Hz (Note 2)   (phys.luminosity;em.UV.100-200nm)
L2.6ainvt 7.96e+28 10-7W/Hz Rest-frame luminosity at 270nm Lν(270nm) from Method 6ainvτ; erg/s/Hz (Note 2)   (phys.luminosity;em.UV.200-300nm)
UM6ainvt-21.22 mag AB rest-frame magnitude in U band from Method 6ainvτ (Note 2)   (phys.magAbs)
BM6ainvt-22.08 mag AB rest-frame magnitude in B band from Method 6ainvτ (Note 2)   (phys.magAbs)
VM6ainvt-22.50 mag AB rest-frame magnitude in V band from Method 6ainvτ (Note 2)   (phys.magAbs)
RM6ainvt-22.77 mag AB rest-frame magnitude in R band from Method 6ainvτ (Note 2)   (phys.magAbs)
IM6ainvt-23.07 mag AB rest-frame magnitude in I band from Method 6ainvτ (Note 2)   (phys.magAbs)
JM6ainvt-23.52 mag AB rest-frame magnitude in J band from Method 6ainvτ (Note 2)   (phys.magAbs)
KM6ainvt-23.52 mag AB rest-frame magnitude in K band from Method 6ainvτ (Note 2)   (phys.magAbs)
age10cdust 8.207 [yr] Age from Method 10cdust (Note 2)   (time.age)
SFH10cdust 1   Star formation history from Method 10cdust (2) (Note 3)   (meta.code)
tau10cdust 0.1 Gyr τ from Method 10cdust (Note 2)   (time.scale)
met10cdust 1.0 Sun Gas metallicity from Method 10cdust (Note 2)   (phys.abund)
age12at 7.699 [yr] Age from Method 12aτ (Note 2)   (time.age)
tau12at 0.0 Gyr τ from Method 12aτ (Note 2)   (time.scale)
EBV12at 0.375 mag E(B-V) from Method 12aτ (Note 2)   (phot.color.excess)
met12at 0.4 Sun Gas metallicity from Method 12aτ (Note 2)   (phys.abund)
Lb12at 11.95 [Lsun] Stellar bolometric luminosity corrected for dust extinction from Method 12a (2) (Note 4)   (phys.luminosity)
X2.12at 5.65e-01   Reduced chi2 from Method 12aτ (Note 2)   (stat.fit.chi2)
age14acst 8.834 [yr] Age from Method 14aconst (Note 2)   (time.age)
EBV14acst 0.371 mag E(B-V) from Method 14aconst (Note 2)   (phot.color.excess)
SFR14acst 7.897e+01 Msun/yr SFR from Method 14aconst (Note 2)   (phys.SFR)
q14acst 1   [1/3] Quality of the fit from Method 14aconst; 1:best; 2:good; others:bad (Note 2)   (meta.code.qual)
age14alin 9.074 [yr] Age from Method 14alin (Note 2)   (time.age)
EBV14alin 0.382 mag E(B-V) from Method 14alin (Note 2)   (phot.color.excess)
SFR14alin 8.997e+01 Msun/yr SFR from Method 14alin (Note 2)   (phys.SFR)
q14alin 1   [1/3] Quality of the fit from Method 14alin; 1:best; 2:good; others:bad (Note 2)   (meta.code.qual)
age14adt 8.698 [yr] Age from Method 14adelτ (Note 2)   (time.age)
tau14adt 0.151 Gyr τ from Method 14adelτ (Note 2)   (time.scale)
EBV14adt 0.340 mag E(B-V) from Method 14adelτ (Note 2)   (phot.color.excess)
SFR14adt 5.084e+01 Msun/yr SFR from Method 14adelτ (Note 2)   (phys.SFR)
q14adt 1   [1/3] Quality of the fit from Method 14adelτ; 1:best; 2:good; others:bad (Note 2)   (meta.code.qual)
age14at 8.550 [yr] Age from Method 14aτ (Note 2)   (time.age)
tau14at 0.183 Gyr τ from Method 14aτ (Note 2)   (time.scale)
EBV14at 0.338 mag E(B-V) from Method 14aτ (Note 2)   (phot.color.excess)
SFR14at 4.640e+01 Msun/yr SFR from Method 14aτ (Note 2)   (phys.SFR)
q14at1   [0/3] Quality of fit from Method 14a_τ; 1=best; 2=good; others=bad (Note 2)   (meta.code.qual)
  
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