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J/MNRAS/462/2715
  Oxygen abundance maps of CALIFA galaxies (Zinchenko+, 2016)
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img(gal)
1.J/MNRAS/462/2715/tablea1(c)The adopted general properties of our sample of the CALIFA galaxies (88 rows)
2.J/MNRAS/462/2715/tablea2The obtained properties of the oxygen abundance distributions in the discs of the sample of CALIFA galaxies with available abundance maps (88 rows)

 
Query by Constraints constraints help applied on Columns (Output Order: + - )
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Column  Constraint Explain   (UCD)
  (ALL)recno  Record number assigned by the VizieR team. Should Not be used for identification. (meta.record)
   (ALL)Name (char) Galaxy name (Note 1)   (meta.id;meta.main)
  (1)MType (char) Morphological type (src.morph.type)
  (1)TType  Morphological type code t from LEDA (meta.code;src.morph.type)
  (1)R25 arcmin Isophotal radius R25 in arcmin (Note 2)   (phys.angSize)
  (1)R25kpc kpc Isophotal radius R25 in kpc (Note 3)   (phys.size.radius)
  (1)Dist Mpc NED distance using flow corrections for Virgo, the Great Attractor, and Shapley Supercluster infall (pos.distance)
  (1)DR2 (char) Display the DR2 data (Garcia-Benito et al., 2015, Cat. J/A+A/576/A135) (meta.ref.url)
  (1)Simbad (char) ask the Simbad data-base about this object (meta.ref.url)
  (1)_RA deg (i) Right Ascension (J2000) from SIMBAD (not part of the original data) (pos.eq.ra;meta.main)
  (1)_DE deg (i) Declination (J2000) from SIMBAD (not part of the original data) (pos.eq.dec;meta.main)

ALL cols
    
 (i)indexed column
  (2)X0  X0 position in spaxel, Case A (Note 3)   (pos.cartesian.x;instr.det)
  (2)Y0  Y0 position in spaxel, Case A (Note 3)   (pos.cartesian.y;instr.det)
  (2)Incl arcmin Inclination, Case A (Note 3)   (src.orbital.inclination)
  (2)PA arcmin Position angle of the major axis, Case A (Note 3)   (pos.posAng)
  (2)(O/H)0  Extrapolated central 12+log(O/H) oxygen abundance, Case A (Note 3)   (phys.abund)
  (2)(O/H)gr  Radial oxygen abundance gradient expressed in terms of dex/R25, Case A (Note 3)   (phys.abund)
  (2)s_(O/H)  Scatter of oxygen abundances around the general radial oxygen abundance trend within the optical R25 radius of a galaxy in dex, Case A (Note 3)   (stat.error;spect.dopplerVeloc)
  (2)Amp  Maximum azimuthal asymmetry amplitude in dex, Case A (3) (Note 4)   (src.var.amplitude)
  (2)Angle deg Maximum azimuthal asymmetry angle, Case A (3) (Note 4)   (pos.posAng)
  (2)Rbreak  (n) Break radius if a bend in the radial abundance distribution exists in R25 unit, Case A (Note 3)   (spect.dopplerVeloc)
  (2)Nsp  Number of spectra, Case A (Note 3)   (meta.number)
  (2)X0C  X0 position in spaxel, Case C (Note 5)   (pos.cartesian.x;instr.det)
  (2)Y0C  Y0 position in spaxel, Case C (Note 5)   (pos.cartesian.y;instr.det)
  (2)InclC arcmin Inclination, Case C (Note 5)   (src.orbital.inclination)
  (2)PAC arcmin Position angle of the major axis, Case C (Note 5)   (pos.posAng)
  (2)(O/H)0C  Extrapolated central 12+log(O/H) oxygen abundance, Case C (Note 5)   (phys.abund)
  (2)(O/H)grC  Radial oxygen abundance gradient expressed in terms of dex/R25, Case C (Note 5)   (phys.abund)
  (2)s_(O/H)C  Scatter of oxygen abundances around the general radial oxygen abundance trend within the optical R25 radius of a galaxy in dex, Case C (Note 5)   (stat.error;spect.dopplerVeloc)
  (2)AmpC  Maximum azimuthal asymmetry amplitude in dex, Case C (5) (Note 4)   (src.var.amplitude)
  (2)AngleC deg Maximum azimuthal asymmetry angle, Case C (5) (Note 4)   (pos.posAng)

ALL cols
    
(n) indicates a possible blank or NULL column(i)indexed column
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