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 TABLE by PIETRINFERNI A.- CASSISI S.- SALARIS M. CASTELLI F. 2013    non canonical alpha-enhanced   Z=0.00001   Y=0.2450
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               ZAMS              | end central H  |     ZAHB    |    end central He     | second dr. up |            first THERMAL PULSE        |
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     M    log(L)  log(Te)   Mcc    Mc_He   t_Hb    Mc_He    Mcc    Mc_He   Mc_CO   t_Heb   Mc_CO  log(L)  Mc_CO  Mc_He  log(L)  log(Te)    Age
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  3.0000  2.1316  4.2721  0.5864  0.4047  222.16  0.4843  0.1054  0.8471  0.3007   33.02  0.7760  4.1501 0.7955 0.8035  3.9108  3.6661    262.49
  4.0000  2.5552  4.3478  0.9705  0.5713  122.85  0.6692  0.1576  1.1330  0.5134   14.83  0.8272  4.2109 0.8455 0.8494  4.1134  3.6662    140.90
  5.0000  2.8959  4.3994  1.3079  0.7711   70.88  0.8605  0.2115  1.4321  0.6600    8.36  0.9078  4.2908  -----  -----   -----   -----     -----
  6.0000  3.1366  4.4383  1.7195  0.9888   52.72  1.0703  0.2733  1.7475  0.8121    5.41   no dredge up     -------   CARBON IGNITION   -------
  6.5000  3.2383  4.4547  1.9351  1.1058   46.91  1.1702  0.3114  1.9066  0.9019    4.48   no dredge up     -------   CARBON IGNITION   -------
   
 M = Stellar mass (solar units)
 L = Surface luminosity (solar units)
 Te = Effective temperature (Kelvin)
 Mcc = Mass of convective core (solar units)
 Mc_He = Mass of He-core (solar units)
 t_Hb = Central H-burning lifetime (10^6 year)
 Mc_CO = Mass of CO-core (solar units)
 t_Heb = Central He-burning lifetime (10^6 year)
 Age = Structure age (10^6 year)