VizieR

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

VizieR

Simple TargetList Of TargetsFast Xmatch with large catalogs or Simbad
Target Name (resolved by Sesame) or Position:
Target dimension:
NB: The epoch used for the query is the original epoch of the table(s)Radius Box size

  
J/AJ/153/21
  Abundances in the local region. II. F, G, and K dwarfs (Luck+, 2017)
Post annotation
img(gal)
1.J/AJ/153/21/table7[x/H] detail for Z>10: physical parameters (1041 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) Name of the primary star (meta.id;meta.main)
  All  Display the data from all the tables (tables 1-5 and 7) (meta.ref.url)
  Tag (char) ID tag for the star (meta.id)
  Sce (char) [EHS] Source for spectroscopic material (E=ELODIE, H=HET, or S=Sandiford) (Note G1)   (meta.code)
  Teff K [3644/7671] Effective temperature (phys.temperature.effective)
  logg [cm/s2] [3/5] Log surface gravity (phys.gravity)
  Vt km/s [0.15/5.7] Microturbulent velocity (Vt) (phys.veloc)
  <[NaI/H]> [Sun] (n) [-2.5/1.9] Mean abundance of element [NaI/H] relative to solar (phys.abund)
  e_<[NaI/H]> [Sun] (n) [0.02/1.2] Standard Deviation of <[NaI/H]> (stat.error;phys.abund)
  o_<[NaI/H]>  (n) [1/8] Number of lines used in <[NaI/H]> (meta.number)

ALL cols
    
(n) indicates a possible blank or NULL column(i)indexed column
  <[MgI/H]> [Sun] (n) [-2.1/2.1] Mean abundance of element [MgI/H] relative to solar (phys.abund)
  e_<[MgI/H]> [Sun] (n) [0/1.4] Standard Deviation of <[MgI/H]> (stat.error;phys.abund)
  o_<[MgI/H]>  (n) [1/8] Number of lines used in <[MgI/H]> (meta.number)
  <[AlI/H]> [Sun] (n) [-1.2/1.3] Mean abundance of element [AlI/H] relative to solar (phys.abund)
  e_<[AlI/H]> [Sun] (n) [0/0.95] Standard Deviation of <[AlI/H]> (stat.error;phys.abund)
  o_<[AlI/H]>  (n) [1/8] Number of lines used in <[AlI/H]> (meta.number)
  <[SiI/H]> [Sun] (n) [-1.7/2.5] Mean abundance of element [SiI/H] relative to solar (phys.abund)
  e_<[SiI/H]> [Sun] (n) [0.04/1] Standard Deviation of <[SiI/H]> (stat.error;phys.abund)
  o_<[SiI/H]>  (n) [1/70] Number of lines used in <[SiI/H]> (meta.number)
  <[SiII/H]> [Sun] (n) [-1.7/6.8] Mean abundance of element [SiII/H] relative to solar (phys.abund)
  e_<[SiII/H]> [Sun] (n) [0/1.1] Standard Deviation of <[SiII/H]> (stat.error;phys.abund)
  o_<[SiII/H]>  (n) [1/2] Number of lines used in <[SiII/H]> (meta.number)
  <[SI/H]> [Sun] (n) [-0.6/4.7] Mean abundance of element [SI/H] relative to solar (phys.abund)

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(n) indicates a possible blank or NULL column(i)indexed column
  e_<[SI/H]> [Sun] (n) [0/1.4] Standard Deviation of <[SI/H]> (stat.error;phys.abund)
  o_<[SI/H]>  (n) [1/11] Number of lines used in <[SI/H]> (meta.number)
  <[CaI/H]> [Sun] (n) [-2.3/1.1] Mean abundance of element [CaI/H] relative to solar (phys.abund)
  e_<[CaI/H]> [Sun] (n) [0.02/1.7] Standard Deviation of <[CaI/H]> (stat.error;phys.abund)
  o_<[CaI/H]>  (n) [1/36] Number of lines used in <[CaI/H]> (meta.number)
  <[CaII/H]> [Sun] (n) [-0.7/4.9] Mean abundance of element [CaII/H] relative to solar (phys.abund)
  e_<[CaII/H]> [Sun] (n) [0/1.1] Standard Deviation of <[CaII/H]> (stat.error;phys.abund)
  o_<[CaII/H]>  (n) [1/4] Number of lines used in <[CaII/H]> (meta.number)
  <[ScI/H]> [Sun] (n) [-1.5/3.2] Mean abundance of element [ScI/H] relative to solar (phys.abund)
  e_<[ScI/H]> [Sun] (n) [0.01/1.2] Standard Deviation of <[ScI/H]> (stat.error;phys.abund)
  o_<[ScI/H]>  (n) [1/13] Number of lines used in <[ScI/H]> (meta.number)
  <[ScII/H]> [Sun] (n) [-1.9/2.2] Mean abundance of element [ScII/H] relative to solar (phys.abund)
  e_<[ScII/H]> [Sun] (n) [0/1.4] Standard Deviation of <[ScII/H]> (stat.error;phys.abund)

ALL cols
    
(n) indicates a possible blank or NULL column(i)indexed column
  o_<[ScII/H]>  (n) [1/18] Number of lines used in <[ScII/H]> (meta.number)
  <[TiI/H]> [Sun] (n) [-2.1/1.9] Mean abundance of element [TiI/H] relative to solar (phys.abund)
  e_<[TiI/H]> [Sun] (n) [0.07/1.5] Standard Deviation of <[TiI/H]> (stat.error;phys.abund)
  o_<[TiI/H]>  (n) [3/152] Number of lines used in <[TiI/H]> (meta.number)
  <[TiII/H]> [Sun] (n) [-2.3/2.4] Mean abundance of element [TiII/H] relative to solar (phys.abund)
  e_<[TiII/H]> [Sun] (n) [0.03/1.1] Standard Deviation of <[TiII/H]> (stat.error;phys.abund)
  o_<[TiII/H]>  (n) [1/48] Number of lines used in <[TiII/H]> (meta.number)
  <[VI/H]> [Sun] (n) [-2.8/2.7] Mean abundance of element [VI/H] relative to solar (phys.abund)
  e_<[VI/H]> [Sun] (n) [0.01/1.3] Standard Deviation of <[VI/H]> (stat.error;phys.abund)
  o_<[VI/H]>  (n) [1/69] Number of lines used in <[VI/H]> (meta.number)
  <[VII/H]> [Sun] (n) [-1.6/4] Mean abundance of element [VII/H] relative to solar (phys.abund)
  e_<[VII/H]> [Sun] (n) [0/2.1] Standard Deviation of <[VII/H]> (stat.error;phys.abund)
  o_<[VII/H]>  (n) [1/11] Number of lines used in <[VII/H]> (meta.number)

ALL cols
    
(n) indicates a possible blank or NULL column(i)indexed column
  <[CrI/H]> [Sun] (n) [-2.6/1.8] Mean abundance of element [CrI/H] relative to solar (phys.abund)
  e_<[CrI/H]> [Sun] (n) [0.06/2] Standard Deviation of <[CrI/H]> (stat.error;phys.abund)
  o_<[CrI/H]>  (n) [1/142] Number of lines used in <[CrI/H]> (meta.number)
  <[CrII/H]> [Sun] (n) [-2.32/3.68] Mean abundance of element [CrII/H] relative to solar (phys.abund)
  e_<[CrII/H]> [Sun] (n) [0.03/1.2] Standard Deviation of <[CrII/H]> (stat.error;phys.abund)
  o_<[CrII/H]>  (n) [1/21] Number of lines used in <[CrII/H]> (meta.number)
  <[MnI/H]> [Sun] (n) [-2.7/1.9] Mean abundance of element [MnI/H] relative to solar (phys.abund)
  e_<[MnI/H]> [Sun] (n) [0.02/1.5] Standard Deviation of <[MnI/H]> (stat.error;phys.abund)
  o_<[MnI/H]>  (n) [1/38] Number of lines used in <[MnI/H]> (meta.number)
  <[FeI/H]> [Sun] (n) [-2.4/1.1] Mean abundance of element [FeI/H] relative to solar (phys.abund)
  e_<[FeI/H]> [Sun] (n) [0.04/0.6] Standard Deviation of <[FeI/H]> (stat.error;phys.abund)
  o_<[FeI/H]>  (n) [3/639] Number of lines used in <[FeI/H]> (meta.number)
  <[FeII/H]> [Sun] (n) [-2.3/4] Mean abundance of element [FeII/H] relative to solar (phys.abund)

ALL cols
    
(n) indicates a possible blank or NULL column(i)indexed column
  e_<[FeII/H]> [Sun] (n) [0.01/1.7] Standard Deviation of <[FeII/H]> (stat.error;phys.abund)
  o_<[FeII/H]>  (n) [1/90] Number of lines used in <[FeII/H]> (meta.number)
  <[CoI/H]> [Sun] (n) [-1.9/2.1] Mean abundance of element [CoI/H] relative to solar (phys.abund)
  e_<[CoI/H]> [Sun] (n) [0.05/1.1] Standard Deviation of <[CoI/H]> (stat.error;phys.abund)
  o_<[CoI/H]>  (n) [1/96] Number of lines used in <[CoI/H]> (meta.number)
  <[NiI/H]> [Sun] (n) [-2.2/1.8] Mean abundance of element [NiI/H] relative to solar (phys.abund)
  e_<[NiI/H]> [Sun] (n) [0.05/1] Standard Deviation of <[NiI/H]> (stat.error;phys.abund)
  o_<[NiI/H]>  (n) [1/201] Number of lines used in <[NiI/H]> (meta.number)
  <[CuI/H]> [Sun] (n) [-2.1/1.7] Mean abundance of element [CuI/H] relative to solar (phys.abund)
  e_<[CuI/H]> [Sun] (n) [0/1] Standard Deviation of <[CuI/H]> (stat.error;phys.abund)
  o_<[CuI/H]>  (n) [1/4] Number of lines used in <[CuI/H]> (meta.number)
  <[ZnI/H]> [Sun] (n) [-2.3/4] Mean abundance of element [ZnI/H] relative to solar (phys.abund)
  e_<[ZnI/H]> [Sun] (n) [0/1] Standard Deviation of <[ZnI/H]> (stat.error;phys.abund)

ALL cols
    
(n) indicates a possible blank or NULL column(i)indexed column
  o_<[ZnI/H]>  (n) [1/4] Number of lines used in <[ZnI/H]> (meta.number)
  <[SrI/H]> [Sun] (n) [-1.7/2.7] Mean abundance of element [SrI/H] relative to solar (phys.abund)
  e_<[SrI/H]> [Sun] (n) [0/0.9] Standard Deviation of <[SrI/H]> (stat.error;phys.abund)
  o_<[SrI/H]>  (n) [1/4] Number of lines used in <[SrI/H]> (meta.number)
  <[YI/H]> [Sun] (n) [-1.6/2.8] Mean abundance of element [YI/H] relative to solar (phys.abund)
  e_<[YI/H]> [Sun] (n) [0/2.1] Standard Deviation of <[YI/H]> (stat.error;phys.abund)
  o_<[YI/H]>  (n) [1/13] Number of lines used in <[YI/H]> (meta.number)
  <[YII/H]> [Sun] (n) [-1.9/2.9] Mean abundance of element [YII/H] relative to solar (phys.abund)
  e_<[YII/H]> [Sun] (n) [0.03/1.4] Standard Deviation of <[YII/H]> (stat.error;phys.abund)
  o_<[YII/H]>  (n) [1/18] Number of lines used in <[YII/H]> (meta.number)
  <[ZrI/H]> [Sun] (n) [-1.1/4.6] Mean abundance of element [ZrI/H] relative to solar (phys.abund)
  e_<[ZrI/H]> [Sun] (n) [0/1.4] Standard Deviation of <[ZrI/H]> (stat.error;phys.abund)
  o_<[ZrI/H]>  (n) [1/20] Number of lines used in <[ZrI/H]> (meta.number)

ALL cols
    
(n) indicates a possible blank or NULL column(i)indexed column
  <[ZrII/H]> [Sun] (n) [-1.5/4] Mean abundance of element [ZrII/H] relative to solar (phys.abund)
  e_<[ZrII/H]> [Sun] (n) [0/1.6] Standard deviation of <[ZrII/H]> (stat.error;phys.abund)
  o_<[ZrII/H]>  (n) [1/10] Number of lines used in <[ZrII/H]> (meta.number)
  <[BaII/H]> [Sun] (n) [-3.2/1.2] Mean abundance of element [BaII/H] relative to solar (phys.abund)
  e_<[BaII/H]> [Sun] (n) [0/0.8] Standard Deviation of <[BaII/H]> (stat.error;phys.abund)
  o_<[BaII/H]>  (n) [1/4] Number of lines used in <[BaII/H]> (meta.number)
  <[LaII/H]> [Sun] (n) [-1.2/2.6] Mean abundance of element [LaII/H] relative to solar (phys.abund)
  e_<[LaII/H]> [Sun] (n) [0/1.4] Standard Deviation of <[LaII/H]> (stat.error;phys.abund)
  o_<[LaII/H]>  (n) [1/12] Number of lines used in <[LaII/H]> (meta.number)
  <[CeII/H]> [Sun] (n) [-1.1/3.1] Mean abundance of element [CeII/H] relative to solar (phys.abund)
  e_<[CeII/H]> [Sun] (n) [0.01/2] Standard Deviation of <[CeII/H]> (stat.error;phys.abund)
  o_<[CeII/H]>  (n) [1/38] Number of lines used in <[CeII/H]> (meta.number)
  <[PrII/H]> [Sun] (n) [-0.8/3.1] Mean abundance of element [PrII/H] relative to solar (phys.abund)

ALL cols
    
(n) indicates a possible blank or NULL column(i)indexed column
  e_<[PrII/H]> [Sun] (n) [0/1.5] Standard Deviation of <[PrII/H]> (stat.error;phys.abund)
  o_<[PrII/H]>  (n) [1/8] Number of lines used in <[PrII/H]> (meta.number)
  <[NdII/H]> [Sun] (n) [-1/3.6] Mean abundance of element [NdII/H] relative to solar (phys.abund)
  e_<[NdII/H]> [Sun] (n) [0/2.9] Standard Deviation of <[NdII/H]> (stat.error;phys.abund)
  o_<[NdII/H]>  (n) [1/53] Number of lines used in <[NdII/H]> (meta.number)
  <[SmII/H]> [Sun] (n) [-0.9/3.4] Mean abundance of element [SmII/H] relative to solar (phys.abund)
  e_<[SmII/H]> [Sun] (n) [0.01/1.7] Standard Deviation of <[SmII/H]> (stat.error;phys.abund)
  o_<[SmII/H]>  (n) [1/35] Number of lines used in <[SmII/H]> (meta.number)
  <[EuI/H]> [Sun] (n) [-2.3/2.1] Mean abundance of element [EuI/H] relative to solar (phys.abund)
  e_<[EuI/H]> [Sun] (n) Standard Deviation of <[EuI/H]> (stat.error;phys.abund)
  o_<[EuI/H]>  (n) [1/1] Number of lines used in <[EuI/H]> (meta.number)
  <[EuII/H]> [Sun] (n) [-1.6/3.22] Mean abundance of element [EuII/H] relative to solar (phys.abund)
  e_<[EuII/H]> [Sun] (n) [0/1.11] Standard Deviation of <[EuII/H]> (stat.error;phys.abund)
  o_<[EuII/H]>  (n) [1/4] Number of lines used in <[EuII/H]> (meta.number)
  SimbadName (char) Designation understandable by the Simbad data-base (meta.id)
  _RA deg (i) Position from SIMBAD database (right ascension part) (pos.eq.ra;meta.main)
  _DE deg (i) Position from SIMBAD database (declination part) (pos.eq.dec;meta.main)

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