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Y= 0.245, Z = 0.0003 - Evolutionary models

M = 0.50 Mo M = 0.55 Mo M = 0.60 Mo M = 0.70 Mo M = 0.75 Mo
M = 0.80 Mo M = 0.90 Mo M = 1.00 Mo M = 1.10 Mo M = 1.20 Mo
M = 1.30 Mo M = 1.40 Mo M = 1.50 Mo M = 1.60 Mo M = 1.70 Mo
M = 1.80 Mo M = 1.90 Mo M = 2.00 Mo M = 2.10 Mo M = 2.20 Mo
M = 2.30 Mo M = 2.40 Mo M = 2.60 Mo M = 2.80 Mo M = 3.00 Mo
M = 3.50 Mo M = 4.00 Mo M = 4.50 Mo M = 5.00 Mo M = 5.50 Mo
M = 6.00 Mo M = 6.50 Mo M = 7.00 Mo M = 7.50 Mo M = 8.00 Mo
M = 8.50 Mo M = 9.00 Mo M = 9.50 Mo M = 10.00 Mo

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UBVRIJKL bands ACS HST bands
Stroemgren bands Sloan bands
Walraven bands WFC2 HST bands
WFC3 HST bands WFC3-IR HST bands

TABLE by PIETRINFERNI A. - CASSISI S. - SALARIS M. - CASTELLI F. - 2007 standard scaled-solar Z= .0003 Y= .2450
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
.7500 -.3515 3.7695 .0791 .1041 15269.11 3.3307 3.6263 .2530 16129.14 .4987 .1325 .4987 .1608 90.77 .4674 .5040 3.3098 3.6336 16266.82
.8000 -.2205 3.7875 .0786 .1082 12023.18 3.3293 3.6230 .2560 12732.37 .4974 .1311 .5006 .1684 87.21 .4786 .5128 3.3897 3.6224 12863.50
.9000 .0146 3.8185 .0851 .1177 7811.24 3.3233 3.6260 .2600 8316.70 .4949 .1285 .5120 .2054 83.86 .4950 .5269 3.3184 3.6286 8439.75
1.0000 .2333 3.8521 .0280 .1239 5264.87 3.3147 3.6303 .2630 5664.01 .4924 .1271 .5216 .2105 83.27 .5065 .5381 3.4482 3.6219 5782.65
1.1000 .4123 3.8867 .0439 .1352 3761.25 3.3029 3.6355 .2650 4056.67 .4896 .1249 .5274 .1775 81.47 .5136 .5434 3.4575 3.6252 4169.45
1.2000 .5782 3.9239 .0549 .1427 2764.14 3.2929 3.6399 .2670 3006.63 .4872 .1241 .5352 .1815 81.39 .5214 .5495 3.4731 3.6284 3117.68
1.3000 .7260 3.9577 .0667 .1494 2095.49 3.2801 3.6441 .2680 2295.25 .4845 .1241 .5418 .2082 80.79 .5284 .5541 3.4091 3.6367 2403.03
1.4000 .8610 3.9886 .0803 .1609 1628.09 3.2661 3.6484 .2680 1796.26 .4818 .1231 .5487 .1830 79.41 .5374 .5632 3.5443 3.6303 1901.15
1.5000 .9842 4.0166 .0977 .1665 1288.68 3.2521 3.6519 .2670 1436.15 .4792 .1203 .5568 .2239 80.56 .5461 .5710 3.5682 3.6315 1538.85
1.6000 1.0978 4.0422 .1237 .1776 1039.17 3.2436 3.6551 .2660 1171.04 .4777 .1206 .5654 .1905 78.30 .5572 .5792 3.5741 3.6342 1270.78
1.7000 1.2024 4.0656 .1474 .1819 851.23 3.2265 3.6583 .2650 969.73 .4747 .1178 .5760 .2298 78.78 .5689 .5901 3.6462 3.6316 1067.49
1.8000 1.3074 4.0868 .1886 .1926 688.08 3.2098 3.6613 .2640 815.58 .4718 .1160 .5847 .1965 77.29 .5782 .5986 3.6586 3.6334 910.14
1.9000 1.4088 4.1055 .2333 .1970 550.39 3.1828 3.6649 .2630 694.68 .4674 .1141 .5950 .2533 77.26 .5908 .6090 3.7011 3.6328 787.70
2.0000 1.4929 4.1220 .2755 .2157 473.05 3.1175 3.6705 .2620 598.82 .4557 .1099 .6046 .2463 79.65 .6002 .6179 3.7407 3.6322 691.98
2.1000 1.5500 4.1400 .3163 .2197 463.25 2.8920 3.6849 .2610 522.65 .4218 .0977 .6051 .1979 90.85 .6020 .6190 3.7228 3.6358 623.53
2.2000 1.6234 4.1544 .3546 .2333 414.93 2.3550 3.7125 .2600 442.86 .3379 .1667 .6077 .1995 127.06 .6058 .6230 3.7626 3.6346 583.43
2.3000 1.6919 4.1677 .4000 .2473 372.99 2.1905 3.7212 .2520 393.55 .3299 .0652 .6325 .2649 118.29 .6328 .6463 3.8251 3.6319 522.04
2.4000 1.7573 4.1798 .4459 .2594 338.34 2.1908 3.7231 .2480 354.76 .3383 .0733 .6555 .2581 105.58 .6570 .6687 3.8515 3.6323 468.37
2.6000 1.8873 4.2022 .5221 .2737 280.09 2.2587 3.7237 .2460 291.79 .3608 .0760 .6957 .2286 82.84 .6916 .7031 3.9123 3.6315 380.40
2.8000 2.0000 4.2226 .6025 .2941 237.43 2.3421 3.7234 .2450 246.15 .3845 .0810 .7405 .3129 66.60 .7394 .7474 3.9873 3.6301 316.94

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)

See table in ASCII format

TABLE by PIETRINFERNI A. - CASSISI S. - SALARIS M. - CASTELLI F. - 2007 standard scaled-solar Z= .0003 Y= .2450
ZAMS end central H ZAHB end central He second dr. up first THERMAL PULSE
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
3.0000 2.1069 4.2394 .6703 .3248 202.95 .4109 .0905 .7878 .2742 54.74 no dredge up .7790 .7853 4.0394 3.6300 268.30
3.5000 2.3369 4.2764 .8539 .3815 144.68 .4794 .1107 .9058 .4489 35.05 .7851 4.1646 .8032 .8084 4.0765 3.6353 186.36
4.0000 2.5330 4.3074 1.0356 .4360 108.88 .5508 .1312 1.0356 .4386 24.35 .8081 4.1922 .8232 .8278 4.1488 3.6383 137.66
4.5000 2.7030 4.3313 1.2313 .5395 87.50 .6240 .1562 1.1520 .5212 17.88 .8345 4.2341 .8456 .8495 4.2071 3.6406 107.96
5.0000 2.8537 4.3557 1.3980 .5995 69.64 .6966 .1810 1.2823 .5828 13.70 .8625 4.2669 .8727 .8760 4.2393 3.6436 85.17
5.5000 2.9884 4.3764 1.5892 .6594 57.00 .7746 .2155 1.4174 .6292 10.88 .8948 4.2836 .9074 .9099 4.3233 3.6429 69.27
6.0000 3.1099 4.3947 1.7782 .7209 47.76 .8500 .2249 1.5512 .7254 8.78 .9353 4.3284 .9457 .9475 4.3904 3.6429 57.65
6.5000 3.2205 4.4104 1.9928 .8051 40.75 .9356 .2704 1.6926 .7694 7.25 no dredge up ---- CARBON IGNITION ----
7.0000 3.3218 4.4263 2.1697 .8875 35.43 1.0197 .2807 1.8377 .8472 6.09 no dredge up ---- CARBON IGNITION ----
7.5000 3.4153 4.4400 2.3795 .9736 31.20 1.1146 .3131 1.9882 .9216 5.25 no dredge up ---- CARBON IGNITION ----
8.0000 3.5019 4.4526 2.5939 1.0640 27.80 1.2150 .3373 2.1207 .9751 4.53 no dredge up ---- CARBON IGNITION ----
8.5000 3.5825 4.4643 2.8034 1.1705 25.03 1.3135 .3944 2.2743 1.0503 4.03 no dredge up ---- CARBON IGNITION ----
9.0000 3.6579 4.4751 3.0310 1.2754 22.72 1.4270 .4172 2.4396 1.1618 3.64 no dredge up ---- CARBON IGNITION ----
9.5000 3.7286 4.4852 3.2833 1.3713 20.79 1.5202 .4775 2.6052 1.2709 3.35 no dredge up ---- CARBON IGNITION ----
10.0000 3.7969 4.5075 3.5287 1.5118 19.39 1.6311 .4730 2.7593 1.3776 3.04 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)

See table in ASCII format

Click to enlarge Click to enlarge

Y=0.245, Z = 0.0003 - HB models (Mass of the RGB progenitor: M=0.80 Mo)

M = 0.5000 Mo M = 0.5020 Mo M = 0.5040 Mo M = 0.5060 Mo M = 0.5070 Mo
M = 0.5090 Mo M = 0.5100 Mo M = 0.5150 Mo M = 0.5200 Mo M = 0.5250 Mo
M = 0.5300 Mo M = 0.5350 Mo M = 0.5400 Mo M = 0.5500 Mo M = 0.5600 Mo
M = 0.5700 Mo M = 0.5800 Mo M = 0.5900 Mo M = 0.6000 Mo M = 0.6100 Mo
M = 0.6200 Mo M = 0.6300 Mo M = 0.6400 Mo M = 0.6500 Mo M = 0.6800 Mo
M = 0.6900 Mo M = 0.7000 Mo M = 0.7100 Mo M = 0.7200 Mo M = 0.7300 Mo
M = 0.7500 Mo M = 0.7800 Mo M = 0.8000 Mo

Download all HB tracks (as a single .tar.gz file)

UBVRIJKL bands
ACS HST bands
Stroemgren bands
Sloan bands
Walraven bands
WFC2 HST bands
WFC3 HST bands
WFC3-IR HST bands

The "ZAHB" locus

UBVRIJKL bands
ACS HST bands
Stroemgren bands
Sloan bands
Walraven bands
WFC2 HST bands
WFC3 HST bands
WFC3-IR HST bands

"End of the core He burning" locus

UBVRIJKL bands
ACS HST bands
Stroemgren bands
Sloan bands
Walraven bands
WFC2 HST bands
WFC3 HST bands
WFC3-IR HST bands

Click to enlarge

Download all isochrones (as a single .tar.gz file)

Y=0.245, Z = 0.0003 - Isochrones (Age: 30 - 14000 Myr)

UBVRIJKL bands ACS HST bands
Stroemgren bands Sloan bands
Walraven bands WFC2 HST bands
WFC3 HST bands WFC3-IR HST bands

List of metallicities