J/ApJ/769/99
  Nucleosynthetic yields for stars >12M{sun} (Brown+, 2013)
Post annotation
  
1.J/ApJ/769/99/table1Yields table for 12<=M/M{sun}<=120 (64 rows) (released 2015-01-30)
[METAtab] [METAcola]

 
Query by Constraints constraints help applied on Columns (Output Order: + - ) [METAcola]
ShowSortColumn  Constraint Explain   (UCD)
  recno  Record number assigned by the VizieR team. Should Not be used for identification. (meta.record)
  Model (char) Model type (Note 1)   (meta.note)
  Mass Msun [12/120] Initial model mass (phys.mass;meta.modelled)
  H Msun [0/36] The H yield (phys.composition.yield)
  He Msun [0.05/64] The He yield (phys.composition.yield)
  C Msun [0.002/11] The C yield (phys.composition.yield)
  N Msun [0/0.6] The N yield (phys.composition.yield)
  O Msun [0.007/8] The O yield (phys.composition.yield)
  Ne Msun [0.001/2] The Ne yield (phys.composition.yield)
  Mg Msun [0.0007/0.5] The Mg yield (phys.composition.yield)
  Si Msun [0.0008/0.5] The Si yield (phys.composition.yield)

ALL cols
    
 (i)indexed column
  S Msun [0.0004/0.3] The S yield (phys.composition.yield)
  Ar Msun [0.0001/0.06] The Ar yield (phys.composition.yield)
  Ca Msun The Ca yield (phys.composition.yield)
  Ge70 Msun The 70Ge yield (phys.composition.yield)
  Se76 Msun The 76Se yield (phys.composition.yield)
  Sr86 Msun The 86Sr yield (phys.composition.yield)
  Sr87 Msun The 87Sr yield (phys.composition.yield)
  Al26 Msun The 26Al yield (phys.composition.yield)
  Fe60 Msun The 60Fe yield (phys.composition.yield)

ALL cols
    
 (i)indexed column
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