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Table B.1.
Description of the stellar evolution sequences computed for this work.
MZAHB | Teff, ZAHB | log gZAHB | HB location | post-HB behavior | Mfinal |
---|---|---|---|---|---|
(M⊙) | (K) | (cm s−2) | (M⊙) | ||
[M/H] = −1, Age = 12 Gyr, MZAMS = 0.85 M⊙ | |||||
0.490 | 30 138 | 5.74 | EHB | post-EHB, no thermal pulses | 0.490 |
0.494 | 26 706 | 5.52 | EHB | 1 thermal pulse (like a LTP) | 0.493 |
0.495 | 26 152 | 5.49 | EHB | 1 thermal pulse (like a LTP) | 0.495 |
0.500 | 24 040 | 5.34 | EHB | 2 thermal pulses (like a LTP) | 0.496 |
0.530 | 17 770 | 4.78 | BHB | post-EAGB, 2 thermal pulses (like a LTP) | 0.499 |
0.550 | 15 264 | 4.48 | BHB | TP-AGB + LTP | 0.504 |
0.580 | 11 097 | 3.80 | BHB | TP-AGB + LTP | 0.513 |
0.600 | 8815 | 3.35 | BHB | TP-AGB | 0.518 |
0.650 | 5724 | 2.56 | RHB | TP-AGB +LTP | 0.528‡ |
0.700 | 5484 | 2.50 | RHB | TP-AGB | 0.537 |
0.750 | 5392 | 2.47 | RHB | TP-AGB | 0.545 |
0.850 | 5315 | 2.46 | RHB | TP-AGB | 0.555 |
[M/H] = −1.5, Age = 11.7 Gyr, MZAMS = 0.83 M⊙ | |||||
0.495 | 29 013 | 5.66 | EHB | post-EHB, no thermal pulses | 0.495 |
0.500 | 26 116 | 5.47 | EHB | 1 thermal pulse (like a LTP) | 0.499 |
0.510 | 22 942 | 5.23 | EHB | post-EAGB, 1 thermal pulse (like a LTP) | 0.500 |
0.530 | 19 297 | 4.91 | BHB | post-EAGB, 1 thermal pulse (like a LTP) | 0.501 |
0.550 | 16 897 | 4.66 | BHB | TP-AGB + LTP | 0.505 |
0.600 | 12 354 | 3.99 | BHB | TP-AGB + LTP | 0.519 |
0.650 | 8670 | 3.31 | BHB | TP-AGB + VLTP | 0.525‡ |
0.700 | 6105 | 2.67 | RR Lyr | TP-AGB + LTP | 0.540‡ |
0.750 | 5700 | 2.54 | RR Lyr | TP-AGB + LTP | 0.550‡ |
0.830 | 5542 | 2.50 | RHB | TP-AGB | 0.557 |
[M/H] = −2, Age = 11.8 Gyr, MZAMS = 0.82 M⊙ | |||||
0.505 | 29 455 | 5.65 | EHB | post-EHB, no thermal pulses | 0.505 |
0.506 | 28 773 | 5.61 | EHB | post-EHB, no thermal pulses | 0.506 |
0.510 | 26 760 | 5.48 | EHB | 1 thermal pulse (like a LTP) | 0.509 |
0.520 | 23 648 | 5.26 | EHB | post-EAGB, 1 thermal pulse (like a LTP) | 0.510 |
0.550 | 18 774 | 4.83 | BHB | post-EAGB, 1 thermal pulse (like a LTP) | 0.513 |
0.600 | 14 431 | 4.31 | BHB | TP-AGB | 0.525 |
0.700 | 9064 | 3.40 | BHB | TP-AGB | 0.547 |
0.820 | 6164 | 2.69 | RR Lyr | TP-AGB | 0.557 |
[M/H] = −2.3, Age = 11.7 Gyr, MZAMS = 0.82 M⊙ | |||||
0.505 | 30 346 | 5.72 | EHB | post-EHB, no thermal pulses | 0.505 |
0.515 | 25 384 | 5.39 | EHB | 1 thermal pulse (like a LTP) | 0.511 |
0.520 | 24 034 | 5.29 | EHB | post-EAGB, 1 thermal pulse (like a LTP) | 0.512 |
0.550 | 19 090 | 4.86 | BHB | TP-AGB | 0.513 |
0.600 | 14 787 | 4.35 | BHB | TP-AGB+VLTP | 0.510 |
0.700 | 9681 | 3.51 | BHB | TP-AGB | 0.546 |
0.820 | 7967 | 2.92 | RR Lyr | TP-AGB | 0.570 |
Notes. TP-AGB stands for thermally pulsing AGB, (V)LTP for (very) late thermal pulse. ( ‡ )These sequences ended highly H-deficient due to burning or dilution of the H-rich envelope during the last He-shell flash.
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