================================================================================================================================================================= TABLE by PIETRINFERNI A.- CASSISI S.- SALARIS M. CASTELLI F. 2007 standard scaled-solar Z= .00100 Y= .2460 ================================================================================================================================================================= ZAMS | end central H | TIP RGB | ZAHB | end central He | first THERMAL PULSE | ================================================================================================================================================================= M log(L) log(Te) Mcc Mc_He t_Hb log(L) log(Te) He_sur Age Mc_He Mcc Mc_He Mc_CO t_Heb Mc_CO Mc_He log(L) log(Te) Age ================================================================================================================================================================= .8000 -.2537 3.7770 .0767 .1026 12755.12 3.3696 3.5946 .2590 13678.81 .4914 .1255 .4969 .1911 93.58 .4740 .5084 3.2345 3.6113 13782.86 .9000 -.0159 3.8070 .0783 .1091 8235.90 3.3663 3.5957 .2630 8914.12 .4894 .1248 .5116 .1976 89.76 .4931 .5245 3.4853 3.5867 9013.22 1.0000 .2064 3.8375 .0216 .1193 5502.05 3.3613 3.6011 .2660 6066.12 .4876 .1247 .5193 .1689 85.82 .5042 .5352 3.4634 3.5934 6161.73 1.1000 .3888 3.8676 .0347 .1288 3912.25 3.3561 3.6062 .2680 4335.95 .4859 .1234 .5248 .1737 86.05 .5098 .5412 3.4981 3.5961 4431.12 1.2000 .5521 3.9037 .0491 .1379 2875.72 3.3495 3.6109 .2680 3211.27 .4843 .1231 .5288 .2132 85.13 .5160 .5455 3.5116 3.6005 3305.44 1.3000 .7012 3.9379 .0612 .1443 2171.89 3.3440 3.6156 .2680 2452.48 .4831 .1233 .5339 .1802 84.99 .5210 .5499 3.5317 3.6021 2546.34 1.4000 .8367 3.9692 .0805 .1498 1670.94 3.3402 3.6201 .2670 1920.28 .4825 .1213 .5393 .2230 84.37 .5260 .5536 3.5294 3.6057 2012.84 1.5000 .9612 3.9975 .1007 .1605 1312.59 3.3363 3.6239 .2660 1535.78 .4819 .1203 .5445 .1825 83.98 .5319 .5591 3.5461 3.6079 1627.54 1.6000 1.0757 4.0232 .1300 .1649 1051.46 3.3313 3.6275 .2640 1252.74 .4810 .1234 .5494 .1851 81.86 .5379 .5620 3.4795 3.6170 1343.22 1.7000 1.1829 4.0465 .1666 .1769 865.48 3.3230 3.6312 .2630 1038.26 .4795 .1199 .5550 .1816 81.44 .5472 .5720 3.6097 3.6085 1127.51 1.8000 1.2780 4.0673 .2039 .1865 737.52 3.3077 3.6355 .2620 873.41 .4767 .1208 .5634 .2216 81.76 .5548 .5779 3.6319 3.6098 962.87 1.9000 1.3657 4.0860 .2561 .1963 641.56 3.2615 3.6412 .2610 743.78 .4698 .1232 .5677 .2030 80.74 .5597 .5823 3.6431 3.6122 834.18 2.0000 1.4483 4.1029 .3013 .2067 559.81 3.1801 3.6491 .2600 640.20 .4564 .1171 .5726 .2330 85.39 .5639 .5850 3.5858 3.6203 734.96 2.1000 1.5260 4.1180 .3403 .2189 495.81 2.8445 3.6734 .2590 554.22 .4064 .0949 .5667 .2226 109.88 .5592 .5819 3.6476 3.6178 673.28 2.2000 1.5986 4.1319 .3848 .2258 443.51 2.4211 3.6993 .2590 477.45 .3349 .0507 .5723 .1812 153.43 .5651 .5872 3.6625 3.6187 638.39 2.3000 1.6731 4.1444 .4201 .2409 397.17 2.3197 3.7061 .2570 422.47 .3316 .0735 .5926 .2329 140.54 .5869 .6059 3.7253 3.6162 571.55 2.4000 1.7399 4.1562 .4616 .2537 359.63 2.2986 3.7089 .2550 379.45 .3383 .0800 .6132 .1926 124.66 .6095 .6260 3.7665 3.6149 511.80 2.5000 1.8021 4.1672 .4993 .2637 325.99 2.3089 3.7101 .2530 342.54 .3469 .0848 .6333 .2461 110.69 .6318 .6460 3.8170 3.6130 460.01 2.6000 1.8673 4.1794 .5372 .2712 296.72 2.3328 3.7106 .2510 309.23 .3581 .0813 .6570 .2815 98.43 .6570 .6700 3.8671 3.6112 413.50 2.8000 1.9815 4.1983 .6237 .2945 249.32 2.3985 3.7106 .2490 259.11 .3799 .0826 .7024 .2322 78.35 .6972 .7087 3.9392 3.6095 342.04 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) Age = Structure age (10^6 year) He_sur = Surface He (mass fraction) Mc_CO = Mass of CO-core (solar units) t_Heb = Central He-burning lifetime (10^6 year)