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J/ApJS/237/13
  Models and yields of 13-120M☉ massive stars (Limongi+, 2018)
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2018ApJS..237...13L
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1.J/ApJS/237/13/table3Network reference matrix (333 rows)
2.J/ApJS/237/13/table5Main evolutionary properties of the models (864 rows)
3.J/ApJS/237/13/table6Wolf-Rayet lifetimes of the models (108 rows)
4.J/ApJS/237/13/table7Properties of the presupernova models (96 rows)
5.J/ApJS/237/13/table8Isotopic yields - Recommended set (3996 rows)
6.J/ApJS/237/13/table9Isotopic yields in the wind - Recommended set (3996 rows)

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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)
  (1+5+6)Iso (char) Isotope identifier (meta.id;phys.mol)
  (1)f_Iso (char) Flag on Iso (Note 1)   (meta.code)
  (1)p.alp (char) The (p,α) reference code (Note 2)   (meta.note)
  (1)p.n (char) The (p,n) reference code (Note 2)   (meta.note)
  (1)p.gam (char) The (p,γ) reference code (Note 2)   (meta.note)
  (1)alp.p (char) The (α,p) reference code (Note 2)   (meta.note)
  (1)alp.n (char) The (α,n) reference code (Note 2)   (meta.note)
  (1)alp.gam (char) The (α,γ) reference code (Note 2)   (meta.note)
  (1)n.p (char) The (n,p) reference code (Note 2)   (meta.note)
  (1)n.alp (char) The (n,α) reference code (Note 2)   (meta.note)

ALL cols		    
 (i)indexed column
  (1)n.gam (char) The (n,γ) reference code (Note 2)   (meta.note)
  (1)gam.p (char) The (γ,p) reference code (Note 2)   (meta.note)
  (1)gam.alp (char) The (γ,α) reference code (Note 2)   (meta.note)
  (1)gam.n (char) The (γ,n) reference code (Note 2)   (meta.note)
  (1)betaP (char) The (beta+) reference code (Note 2)   (meta.note)
  (1)betaM (char) The (beta–) reference code (Note 2)   (meta.note)
  (2+3+4+5+6)Vel km/s [0/300] Velocity (phys.veloc;meta.modelled)
  (2+3+4+5+6)[Fe/H] [Sun] [-3/0] Metallicity (phys.abund.Z)
  (2)IMass Msun [13/120] Initial mass (phys.mass)
  (2)Phase (char) Evolutionary phase (Note 1)   (meta.note)
  (2)Time yr [1e-05/21500000] Lifetime (time.lifetime)
  (2)MCC Msun [0/95.5] Maximum mass of convective core (phys.mass)
  (2)logT [K] [3.5/5.4] log effective temperature (phys.temperature.effective)

ALL cols		    
 (i)indexed column
  (2)logL [solLum] [4/6.7] log luminosity (phys.luminosity)
  (2)TMass Msun [5/120] Total mass (phys.mass)
  (2)MHe Msun [0/81] Helium core mass (phys.mass)
  (2)MCO Msun [0/59] CarbonOxygen core mass (phys.mass)
  (2)vEqua km/s [0/645] Equatorial velocity (phys.veloc;pos.eq)
  (2)omega s-1 [0/0.0007] Surface angular velocity (phys.veloc.ang)
  (2)Ratio   [0/1] Ratio of omega to critical angular velocity (phys.veloc;arith.ratio)
  (2)Jtot 10+53g/cm2/s [0/6.2] Total angular momentum (phys.angMomentum)
  (2)H   [0/0.8] Surface Hydrogen mass fraction (phys.abund.X)
  (2)He   [0.2/1] Surface Helium mass fraction (phys.abund.Y)
  (2)N   [2.7e-08/2.3] Surface Nitrogen mass fraction (phys.abund)
  (2)N/C   [6.3e-08/156] Nitrogen to Carbon abundance ratio (phys.abund;arith.ratio)
  (2)N/O   [1.4e-09/165] Nitrogen to Oxygen abundance ratio (phys.abund;arith.ratio)

ALL cols		    
 (i)indexed column
  (3+4)Mass Msun [13/120] Initial mass (phys.mass)
  (3)tO yr (n) [11400/17800000] Lifetime during the O-type phase (time.lifetime)
  (3)tWR yr (n) [307/1160000] Lifetime during the WNR phase (time.lifetime)
  (3)tWNL yr (n) [307/851000] Lifetime during the WNL phase (time.lifetime)
  (3)WNL (char) Central mass fraction at WNL stage start (Note 1)   (phys.mass)
  (3)tWNE yr (n) [812/156000] Lifetime during the WNE phase (time.lifetime)
  (3)WNE (char) Central mass fraction at WNE stage start (Note 1)   (phys.mass)
  (3)tWNC yr (n) [0.003/134000] Lifetime during the WNC phase (time.lifetime)
  (3)WNC (char) Central mass fraction at WNC stage start (Note 1)   (phys.mass)
  (3)tWC yr (n) [3220/295000] Lifetime during the WC phase (time.lifetime)
  (3)WC (char) Central mass fraction at WC stage start (Note 1)   (phys.mass;arith.ratio)
  (4)H Msun [0/24.2] Hydrogen present in the envelope (phys.abund.X)
  (4)He Msun [0.4/26.5] Helium present in the envelope (phys.abund.Y)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (4)Fe Msun [1/2.8] Iron core mass (Note 1)   (phys.mass)
  (4)Ebind 10+44J [0.6/47.6] Binding energy; 1e+51erg (Note 2)   (phys.energy)
  (4)xi2.5   [0.02/0.6] Compactness parameter (meta.code;phys.size)
  (4)JFe 10+44J.s [0/0.2] Angular momentum within iron core (Note 3)   (phys.angMomentum)
  (4)JCO 10+44J.s [0/11.4] Angular momentum within CO core (Note 3)   (phys.angMomentum)
  (4)JHe 10+44J.s [0/19.1] Angular momentum within He core (Note 3)   (phys.angMomentum)
  (4)J1.5 10+44J.s [0/0.06] Angular momentum within inner 1.5M☉ (Note 3)   (phys.angMomentum)
  (4)J2.0 10+44J.s [0/0.2] Angular momentum within inner 2.0M☉ (Note 3)   (phys.angMomentum)
  (4)SNType (char) Expected supernova type (SNIIP: 50 occurrences; or SNIb) (Note 4)   (src.class)
  (5+6)13M   [2.8e-60/6.3] The 13M☉ model yield of Isotope (phys.composition.yield)
  (5+6)15M   [3.9e-60/7.1] The 15M☉ model yield of Isotope (phys.composition.yield)
  (5+6)20M   [4.7e-60/9] The 20M☉ model yield of Isotope (phys.composition.yield)
  (5+6)25M   [6.4e-60/10.5] 25M☉ model yield of Isotope (phys.composition.yield)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (5)30M   [0/11.6] The 30M☉ model yield of Isotope (phys.composition.yield)
  (5)40M   [0/15.6] The 40M☉ model yield of Isotope (phys.composition.yield)
  (5)60M   [0/29] The 60M☉ model yield of Isotope (phys.composition.yield)
  (5)80M   [0/42.1] The 80M☉ model yield of Isotope (phys.composition.yield)
  (5)120M   [0/68] The 120M☉ model yield of Isotope (phys.composition.yield)

ALL cols		    
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