VizieR

CfA VizieR . ADAC VizieR . Cambridge (UK) VizieR . IUCAA VizieR . INASAN VizieR .

VizieR

  
J/AN/338/686
  Pristine survey II. Bright stars abundances (Caffau+, 2017)
Post annotation
img(gal)
1.J/AN/338/686/abundChemical abundances (tables 3-5) (23 rows)

 
Query by Constraints constraints help applied on Columns (Output Order: + - )
ShowSortColumn  Constraint Explain   (UCD)
  recno  Record number assigned by the VizieR team. Should Not be used for identification. (meta.record)
  Name (char) Star name (Pristine DDD.dddd+DD.dddd) (meta.id;meta.main)
  A(NaI) [-] (n) NaI abundance, log[N(X)/N(H)]+12 (phys.abund)
  e_A(NaI) [-] (n) Error on A(NaI) (stat.error)
  A(AlI) [-] (n) AlI abundance, log[N(X)/N(H)]+12 (phys.abund)
  e_A(AlI) [-] (n) Error on A(AlI) (stat.error)
  A(MgI) [-] (n) MgI abundance, log[N(X)/N(H)]+12 (phys.abund)
  e_A(MgI) [-] (n) Error on A(MgI) (stat.error)
  A(SiI) [-] (n) SiI abundance, log[N(X)/N(H)]+12 (phys.abund)
  e_A(SiI) [-] (n) Error on A(SiI) (stat.error)
  A(SiII) [-] (n) SiII abundance, log[N(X)/N(H)]+12 (phys.abund)

ALL cols
    
(n) indicates a possible blank or NULL column(i)indexed column
  e_A(SiII) [-] (n) Error on A(SiII) (stat.error)
  A(SI) [-] (n) SI abundance, log[N(X)/N(H)]+12 (phys.abund)
  e_A(SI) [-] (n) Error on A(SI) (stat.error)
  A(CaI) [-] (n) CaI abundance, log[N(X)/N(H)]+12 (phys.abund)
  e_A(CaI) [-] (n) Error on A(CaI) (stat.error)
  A(ScII) [-] (n) ScII abundance, log[N(X)/N(H)]+12 (phys.abund)
  e_A(ScII) [-] (n) Error on A(ScII) (stat.error)
  A(TiI) [-] (n) TiI abundance, log[N(X)/N(H)]+12 (phys.abund)
  e_A(TiI) [-] (n) Error on A(TiI) (stat.error)
  A(TiII) [-] (n) TiII abundance, log[N(X)/N(H)]+12 (phys.abund)
  e_A(TiII) [-] (n) Error on A(TiII) (stat.error)
  A(VI) [-] (n) VI abundance, log[N(X)/N(H)]+12 (phys.abund)
  e_A(VI) [-] (n) Error on A(VI) (stat.error)

ALL cols
    
(n) indicates a possible blank or NULL column(i)indexed column
  A(CrI) [-] (n) CrI abundance, log[N(X)/N(H)]+12 (phys.abund)
  e_A(CrI) [-] (n) Error on A(CrI) (stat.error)
  A(MnI) [-] (n) MnI abundance, log[N(X)/N(H)]+12 (phys.abund)
  e_A(MnI) [-] (n) Error on A(MnI) (stat.error)
  A(FeI) [-] (n) FeI abundance, log[N(X)/N(H)]+12 (phys.abund)
  e_A(FeI) [-] (n) Error on A(FeI) (stat.error)
  A(FeII) [-] (n) FeII abundance, log[N(X)/N(H)]+12 (phys.abund)
  e_A(FeII) [-] (n) Error on A(FeII) (stat.error)
  A(CoI) [-] (n) CoI abundance, log[N(X)/N(H)]+12 (phys.abund)
  e_A(CoI) [-] (n) Error on A(CoI) (stat.error)
  A(NiI) [-] (n) NiI abundance, log[N(X)/N(H)]+12 (phys.abund)
  e_A(NiI) [-] (n) Error on A(NiI) (stat.error)
  A(CuI) [-] (n) CuI abundance, log[N(X)/N(H)]+12 (phys.abund)
  e_A(CuI) [-] (n) Error on A(CuI) (stat.error)
  A(ZnI) [-] (n) ZnI abundance, log[N(X)/N(H)]+12 (phys.abund)
  e_A(ZnI) [-] (n) Error on A(ZnI) (stat.error)
  A(YII) [-] (n) YII abundance, log[N(X)/N(H)]+12 (phys.abund)
  e_A(YII) [-] (n) Error on A(YII) (stat.error)
  A(BaII) [-] (n) BaII abundance, log[N(X)/N(H)]+12 (phys.abund)
  e_A(BaII) [-] (n) Error on A(BaII) (stat.error)

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