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Y= 0.2734, Z = 0.0198 - Evolutionary models

M = 0.50 Mo M = 0.55 Mo M = 0.60 Mo M = 0.70 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 = 2.45 Mo M = 2.50 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 = 10.0 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= .0198 Y= .2734
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
.9000 -.3670 3.7227 .0000 .0872 16858.71 3.4422 3.4672 .2950 18361.19 .4735 .1104 .4904 .1927 106.14 .4741 .5073 3.3174 3.5100 18613.72
1.0000 -.1651 3.7508 .0000 .0882 11246.38 3.4459 3.4765 .2960 12493.70 .4727 .1103 .4984 .1434 105.87 .4844 .5152 3.3570 3.4940 12726.22
1.1000 .0464 3.7747 .0000 .0939 7609.22 3.4473 3.4878 .2960 8654.43 .4722 .1106 .5020 .1515 102.30 .4925 .5226 3.4621 3.4864 8867.41
1.2000 .2288 3.7945 .0003 .1001 5281.76 3.4482 3.4973 .2950 6205.38 .4720 .1096 .5049 .1541 101.41 .4926 .5227 3.3650 3.5100 6407.11
1.3000 .3956 3.8123 .0102 .1082 3801.31 3.4487 3.5057 .2930 4595.79 .4721 .1097 .5070 .1535 100.45 .4946 .5236 3.3884 3.5133 4786.80
1.4000 .5471 3.8310 .0399 .1145 2731.57 3.4486 3.5127 .2910 3496.64 .4721 .1099 .5091 .2034 99.50 .4982 .5268 3.4791 3.5094 3676.92
1.5000 .6963 3.8533 .0989 .1328 1995.78 3.4486 3.5191 .2890 2732.06 .4721 .1098 .5113 .2002 98.87 .4997 .5285 3.4670 3.5164 2905.38
1.6000 .8099 3.8780 .1390 .1406 1696.79 3.4473 3.5247 .2870 2171.91 .4721 .1093 .5124 .1843 98.53 .4992 .5287 3.4124 3.5319 2338.09
1.7000 .9183 3.9017 .1684 .1552 1444.39 3.4450 3.5287 .2850 1748.85 .4717 .1106 .5139 .1871 97.83 .5002 .5295 3.4136 3.5341 1908.88
1.8000 1.0212 3.9229 .2134 .1697 1227.72 3.4348 3.5348 .2840 1427.98 .4699 .1088 .5143 .1999 100.08 .5043 .5321 3.4708 3.5321 1582.91
1.9000 1.1167 3.9420 .2472 .1824 1051.52 3.4111 3.5408 .2830 1184.85 .4655 .1077 .5128 .1901 102.35 .5013 .5303 3.5058 3.5354 1339.05
2.0000 1.2066 3.9587 .2423 .1926 919.82 3.3554 3.5514 .2830 1001.00 .4551 .1049 .5072 .1513 108.02 .4954 .5250 3.4109 3.5466 1160.44
2.1000 1.2910 3.9749 .2632 .2056 800.69 3.2837 3.5624 .2830 860.64 .4422 .1007 .5006 .1989 116.51 .4885 .5193 3.3680 3.5563 1024.46
2.2000 1.3709 3.9900 .2961 .2142 702.01 3.1592 3.5772 .2840 750.07 .4219 .0931 .4880 .1577 132.58 .4774 .5101 3.3203 3.5635 924.59
2.3000 1.4479 4.0041 .3097 .2239 620.91 2.9578 3.5981 .2840 678.87 .3945 .0842 .4735 .1804 157.81 .4636 .4993 3.2315 3.5756 855.90
2.4500 1.5565 4.0245 .4322 .2423 515.15 2.4293 3.6448 .2860 543.42 .3301 .0353 .4555 .1719 250.92 .4438 .4854 3.0890 3.5921 826.11
2.5000 1.5907 4.0309 .4341 .2453 488.72 2.4458 3.6447 .2860 513.45 .3317 .0476 .4596 .1764 241.49 .4530 .4909 3.1552 3.5875 784.39
2.6000 1.6571 4.0429 .4788 .2569 439.16 2.4374 3.6477 .2870 460.68 .3384 .0556 .4686 .1844 217.53 .4610 .4972 3.2144 3.5844 704.36
2.8000 1.7794 4.0660 .5350 .2826 362.45 2.4508 3.6515 .2890 376.16 .3557 .0701 .4904 .1728 173.14 .4806 .5131 3.4097 3.5711 569.86

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= .0198 Y= .2734
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 1.8942 4.0865 .5990 .3017 301.89 .3772 .0792 .5185 .1966 138.71 no dredge up .5093 .5363 3.4800 3.5691 466.41
3.5000 2.1486 4.1312 .7475 .3671 201.33 .4372 .0997 .6064 .2242 76.91 no dredge up .6024 .6184 3.7293 3.5555 292.95
4.0000 2.3684 4.1706 .9047 .4322 138.10 .5035 .1249 .7169 .2767 45.30 no dredge up .7131 .7218 4.0196 3.5353 192.36
4.5000 2.5576 4.2036 1.0684 .4908 101.99 .5712 .1387 .8445 .3882 29.74 .7490 4.1274 .7794 .7852 4.1542 3.5307 137.75
5.0000 2.7237 4.2324 1.2421 .5593 78.50 .6403 .1708 .9709 .4303 21.38 .7815 4.1910 .8036 .8086 4.2342 3.5316 104.17
5.5000 2.8717 4.2579 1.4019 .6147 62.41 .7121 .1989 1.1072 .5070 16.63 .8181 4.2416 .8311 .8354 4.2764 3.5351 82.03
6.0000 3.0066 4.2804 1.4252 .6838 51.03 .7886 .2215 1.2314 .5273 12.75 .8433 4.2692 .8539 .8576 4.3018 3.5397 65.63
6.5000 3.1274 4.3010 1.6011 .7472 42.64 .8666 .2554 1.3688 .6035 10.34 .8799 4.3145 .8887 .8915 4.3752 3.5379 54.40
7.0000 3.2378 4.3196 1.7830 .8124 36.35 .9475 .2773 1.5144 .5827 8.72 .9249 4.3373 .9366 .9386 4.5289 3.5298 46.14
7.5000 3.3395 4.3367 1.9777 .9084 31.47 1.0401 .2940 1.6383 .6996 6.96 .9475 4.3622 .9589 .9605 4.6434 3.5217 39.36
8.0000 3.4332 4.3523 2.1677 .9878 27.65 1.1337 .3265 1.7828 .7936 5.88 .9806 4.2745 ---- CARBON IGNITION ----
8.5000 3.5204 4.3667 2.3756 1.0969 24.60 1.2343 .3735 1.9304 .8474 5.00 1.0310 4.1886 ---- CARBON IGNITION ----
9.0000 3.6014 4.3801 2.5932 1.1884 22.10 1.3390 .4023 2.0970 1.0264 4.55 no dredge up ---- CARBON IGNITION ----
9.5000 3.6774 4.3925 2.8061 1.3012 20.03 1.4588 .4541 2.2517 1.1457 4.23 no dredge up ---- CARBON IGNITION ----
10.0000 3.7487 4.4040 3.0381 1.4394 18.30 1.5752 .4909 2.3731 1.1396 3.67 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=0.2734, Z = 0.0198 - HB models (Mass of the RGB progenitor: M=1.0 Mo)

M = 0.4800 Mo M = 0.4820 Mo M = 0.4840 Mo M = 0.4860 Mo M = 0.4880 Mo
M = 0.4900 Mo M = 0.4920 Mo M = 0.4960 Mo M = 0.4980 Mo M = 0.5000 Mo
M = 0.5050 Mo M = 0.5100 Mo M = 0.5150 Mo M = 0.5200 Mo M = 0.5250 Mo
M = 0.5300 Mo M = 0.5400 Mo M = 0.5450 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 = 0.6200 Mo
M = 0.6400 Mo M = 0.6600 Mo M = 0.6800 Mo M = 0.7000 Mo M = 0.7200 Mo
M = 0.7400 Mo M = 0.7600 Mo M = 0.7800 Mo M = 0.8000 Mo M = 0.8200 Mo
M = 0.8400 Mo M = 0.8600 Mo M = 0.8800 Mo M = 0.9000 Mo M = 0.9200 Mo
M = 0.9400 Mo M = 0.9600 Mo M = 0.9800 Mo M = 1.0000 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=0.2734, Z = 0.0198 - 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