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J/ApJS/237/13
  Models and yields of 13-120M{sun} 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,{alpha}) 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,{gamma}) reference code (Note 2)   (meta.note)
  (1)alp.p (char) The ({alpha},p) reference code (Note 2)   (meta.note)
  (1)alp.n (char) The ({alpha},n) reference code (Note 2)   (meta.note)
  (1)alp.gam (char) The ({alpha},{gamma}) 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,{alpha}) reference code (Note 2)   (meta.note)

ALL cols		    
 (i)indexed column
  (1)n.gam (char) The (n,{gamma}) reference code (Note 2)   (meta.note)
  (1)gam.p (char) The ({gamma},p) reference code (Note 2)   (meta.note)
  (1)gam.alp (char) The ({gamma},{alpha}) reference code (Note 2)   (meta.note)
  (1)gam.n (char) The ({gamma},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{sun} (Note 3)   (phys.angMomentum)
  (4)J2.0 10+44J.s [0/0.2] Angular momentum within inner 2.0M{sun} (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{sun} model yield of Isotope (phys.composition.yield)
  (5+6)15M   [3.9e-60/7.1] The 15M{sun} model yield of Isotope (phys.composition.yield)
  (5+6)20M   [4.7e-60/9] The 20M{sun} model yield of Isotope (phys.composition.yield)
  (5+6)25M   [6.4e-60/10.5] 25M{sun} 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{sun} model yield of Isotope (phys.composition.yield)
  (5)40M   [0/15.6] The 40M{sun} model yield of Isotope (phys.composition.yield)
  (5)60M   [0/29] The 60M{sun} model yield of Isotope (phys.composition.yield)
  (5)80M   [0/42.1] The 80M{sun} model yield of Isotope (phys.composition.yield)
  (5)120M   [0/68] The 120M{sun} model yield of Isotope (phys.composition.yield)

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