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Evolutionary models

HB models
Isochrones

Y= 0.248, Z = 0.002 - Evolutionary models


M = 0.50 Mo	M = 0.55 Mo	M = 0.60 Mo	M = 0.70 Mo	M = 0.75 Mo
M = 0.78 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 = 2.20 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

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

UBVRIJKL bands Stroemgren bands

TABLE by PIETRINFERNI A. - CASSISI S. - SALARIS M. - CASTELLI F. - 2006 standard alpha-enhanced Z= 0.002 Y= 0.2480
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
.7800 -.3305 3.7638 .0648 .0960 14676.70 3.3907 3.5941 .2610 15755.02 .4881 .1235 .4908 .1594 97.12 .4656 .5043 3.2202 3.6219 15921.53
.8000 -.2810 3.7707 .0696 .0965 13356.73 3.3909 3.5921 .2620 14347.46 .4877 .1232 .4965 .1906 96.76 .4736 .5083 3.2782 3.6100 14511.02
.9000 -.0443 3.8000 .0735 .1044 8562.66 3.3886 3.5921 .2650 9291.34 .4858 .1217 .5109 .1996 91.88 .4947 .5279 3.4519 3.5880 9440.53
1.0000 .1672 3.8259 .0775 .1150 5779.43 3.3854 3.5981 .2680 6335.13 .4843 .1221 .5183 .1681 88.38 .5023 .5340 3.4747 3.5901 6476.95
1.1000 .3582 3.8529 .0814 .1221 4068.94 3.3826 3.6037 .2690 4515.60 .4830 .1209 .5233 .1696 88.95 .5075 .5389 3.4999 3.5947 4654.16
1.2000 .5333 3.8852 .0961 .1332 2949.83 3.3790 3.6080 .2690 3372.17 .4821 .1205 .5278 .1721 87.86 .5124 .5402 3.5563 3.5951 3503.97
1.3000 .6820 3.9195 .1195 .1391 2261.20 3.3746 3.6129 .2680 2608.35 .4814 .1203 .5312 .2008 88.12 .5176 .5464 3.5188 3.6023 2735.77
1.4000 .8162 3.9509 .1408 .1429 1795.66 3.3721 3.6170 .2670 2083.80 .4807 .1215 .5353 .1815 86.27 .5235 .5517 3.5640 3.6025 2207.55
1.5000 .9424 3.9796 .1628 .1637 1454.88 3.3701 3.6210 .2660 1702.58 .4805 .1194 .5390 .1808 86.23 .5253 .5525 3.4986 3.6116 1823.72
1.6000 1.0569 4.0049 .1932 .1635 1205.95 3.3643 3.6245 .2650 1407.14 .4794 .1203 .5437 .1880 86.01 .5298 .5561 3.4833 3.6163 1525.51
1.7000 1.1640 4.0282 .2217 .1716 1023.17 3.3504 3.6294 .2640 1179.05 .4767 .1174 .5466 .2122 86.28 .5365 .5628 3.6080 3.6084 1294.82
1.8000 1.2484 4.0495 .2711 .1860 894.88 3.3178 3.6343 .2630 1001.73 .4706 .1155 .5475 .1774 87.61 .5369 .5630 3.6019 3.6125 1114.82
1.9000 1.3675 4.0630 .3010 .1923 665.54 3.2580 3.6414 .2620 839.11 .4599 .1122 .5479 .2035 92.59 .5361 .5616 3.5510 3.6201 954.93
2.0000 1.4335 4.0857 .3330 .2044 652.27 3.1254 3.6528 .2610 716.28 .4371 .1061 .5428 .2035 102.13 .5307 .5580 3.5753 3.6209 841.18
2.2000 1.5910 4.1174 .4015 .2280 507.23 2.4737 3.6968 .2610 530.37 .3346 .0426 .5418 .2015 167.60 .5301 .5571 3.5770 3.6258 716.29
2.4000 1.7302 4.1402 .4771 .2678 404.22 2.3680 3.7056 .2600 421.04 .3376 .0876 .5779 .2091 136.16 .5672 .5879 3.5840 3.6297 567.37
2.6000 1.8560 4.1614 .5534 .2901 326.28 2.3829 3.7083 .2560 338.15 .3562 .0835 .6197 .2300 105.81 .6136 .6290 3.7161 3.6229 451.88
2.8000 1.9717 4.1812 .6204 .3142 267.86 2.4386 3.7086 .2520 276.85 .3781 .0849 .6639 .2331 85.42 .6628 .6755 3.9112 3.6112 368.25

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. - 2004 standard alpha-enhanced Z= 0.002 Y= 0.2480
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 2.0783 4.2004 .6874 .3367 224.18 .4012 .0986 .7105 .2705 69.34 no dredge up .7035 .7152 3.9932 3.6086 304.62
3.5000 2.3127 4.2384 .8564 .3928 153.50 .4655 .1149 .8342 .3156 43.75 .7812 4.1790 .7945 .7999 4.1439 3.6058 204.16
4.0000 2.5121 4.2708 1.0221 .4637 111.93 .5349 .1474 .9660 .4519 29.81 .8047 4.2101 .8153 .8201 4.1808 3.6114 146.34
4.5000 2.6851 4.2993 1.2051 .5217 85.88 .6040 .1608 1.0966 .5034 21.37 .8235 4.2317 .8340 .8384 4.2011 3.6176 110.37
5.0000 2.8377 4.3231 1.3706 .5810 68.16 .6763 .1828 1.2261 .5478 15.99 .8531 4.2669 .8619 .8654 4.2727 3.6186 86.51
5.5000 2.9740 4.3449 1.5572 .6575 55.80 .7574 .2102 1.3658 .5995 12.40 .8807 4.2865 .8914 .8944 4.3244 3.6208 69.98
6.0000 3.0969 4.3637 1.7429 .7135 46.72 .8360 .2338 1.5053 .6725 9.89 .9186 4.3183 .9293 .9314 4.3999 3.6201 58.04
6.5000 3.2086 4.3815 1.9375 .7920 39.92 .9276 .2726 1.6466 .7214 8.02 .9558 4.3696 ------- CARBON IGNITION -------
7.0000 3.3108 4.3967 2.1306 .8602 34.66 1.0128 .2812 1.7928 .8252 6.66 .9985 4.2641 ------- CARBON IGNITION -------
7.5000 3.4052 4.4117 2.3376 .9662 30.55 1.1146 .3168 1.9421 .9012 5.65 no dredge up ------- CARBON IGNITION -------
8.0000 3.4926 4.4247 2.5717 1.0509 27.23 1.2209 .3516 2.0905 .9435 4.84 no dredge up ------- CARBON IGNITION -------
8.5000 3.5738 4.4365 2.7659 1.1506 24.51 1.4257 .4341 2.2505 1.0699 3.96 no dredge up ------- CARBON IGNITION -------
9.0000 3.6498 4.4486 2.9922 1.2684 22.28 1.4177 .4588 2.4216 1.1328 3.81 no dredge up ------- CARBON IGNITION -------
9.5000 3.7210 4.4590 3.2100 1.3713 20.39 1.5341 .4648 2.5859 1.2334 3.42 no dredge up ------- CARBON IGNITION -------
10.0000 3.7879 4.4686 3.4538 1.5173 18.78 1.6376 .5469 2.7340 1.3292 3.21 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

Y=0.248, Z = 0.002 - HB models (Mass of the RGB progenitor: M=0.80 Mo)

M = 0.4960 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 = 0.5350 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 = 0.6100 Mo M = 0.6200 Mo M = 0.6300 Mo

M = 0.6400 Mo M = 0.6500 Mo M = 0.6600 Mo M = 0.6700 Mo M = 0.6800 Mo

M = 0.6900 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

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

UBVRIJKL bands Stroemgren bands

The "ZAHB" locus

UBVRIJKL bands Stroemgren bands

"End of the core He burning" locus

UBVRIJKL bands Stroemgren bands

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

Y=0.248, Z = 0.002 - Isochrones (Age: 30 - 14000 Myr)

UBVRIJKL bands Stroemgren bands

List of metallicities

TABLE by PIETRINFERNI A. - CASSISI S. - SALARIS M. - CASTELLI F. - 2006 standard alpha-enhanced Z= 0.002 Y= 0.2480
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
.7800	-.3305	3.7638	.0648	.0960	14676.70	3.3907	3.5941	.2610	15755.02	.4881	.1235	.4908	.1594	97.12	.4656	.5043	3.2202	3.6219	15921.53
.8000	-.2810	3.7707	.0696	.0965	13356.73	3.3909	3.5921	.2620	14347.46	.4877	.1232	.4965	.1906	96.76	.4736	.5083	3.2782	3.6100	14511.02
.9000	-.0443	3.8000	.0735	.1044	8562.66	3.3886	3.5921	.2650	9291.34	.4858	.1217	.5109	.1996	91.88	.4947	.5279	3.4519	3.5880	9440.53
1.0000	.1672	3.8259	.0775	.1150	5779.43	3.3854	3.5981	.2680	6335.13	.4843	.1221	.5183	.1681	88.38	.5023	.5340	3.4747	3.5901	6476.95
1.1000	.3582	3.8529	.0814	.1221	4068.94	3.3826	3.6037	.2690	4515.60	.4830	.1209	.5233	.1696	88.95	.5075	.5389	3.4999	3.5947	4654.16
1.2000	.5333	3.8852	.0961	.1332	2949.83	3.3790	3.6080	.2690	3372.17	.4821	.1205	.5278	.1721	87.86	.5124	.5402	3.5563	3.5951	3503.97
1.3000	.6820	3.9195	.1195	.1391	2261.20	3.3746	3.6129	.2680	2608.35	.4814	.1203	.5312	.2008	88.12	.5176	.5464	3.5188	3.6023	2735.77
1.4000	.8162	3.9509	.1408	.1429	1795.66	3.3721	3.6170	.2670	2083.80	.4807	.1215	.5353	.1815	86.27	.5235	.5517	3.5640	3.6025	2207.55
1.5000	.9424	3.9796	.1628	.1637	1454.88	3.3701	3.6210	.2660	1702.58	.4805	.1194	.5390	.1808	86.23	.5253	.5525	3.4986	3.6116	1823.72
1.6000	1.0569	4.0049	.1932	.1635	1205.95	3.3643	3.6245	.2650	1407.14	.4794	.1203	.5437	.1880	86.01	.5298	.5561	3.4833	3.6163	1525.51
1.7000	1.1640	4.0282	.2217	.1716	1023.17	3.3504	3.6294	.2640	1179.05	.4767	.1174	.5466	.2122	86.28	.5365	.5628	3.6080	3.6084	1294.82
1.8000	1.2484	4.0495	.2711	.1860	894.88	3.3178	3.6343	.2630	1001.73	.4706	.1155	.5475	.1774	87.61	.5369	.5630	3.6019	3.6125	1114.82
1.9000	1.3675	4.0630	.3010	.1923	665.54	3.2580	3.6414	.2620	839.11	.4599	.1122	.5479	.2035	92.59	.5361	.5616	3.5510	3.6201	954.93
2.0000	1.4335	4.0857	.3330	.2044	652.27	3.1254	3.6528	.2610	716.28	.4371	.1061	.5428	.2035	102.13	.5307	.5580	3.5753	3.6209	841.18
2.2000	1.5910	4.1174	.4015	.2280	507.23	2.4737	3.6968	.2610	530.37	.3346	.0426	.5418	.2015	167.60	.5301	.5571	3.5770	3.6258	716.29
2.4000	1.7302	4.1402	.4771	.2678	404.22	2.3680	3.7056	.2600	421.04	.3376	.0876	.5779	.2091	136.16	.5672	.5879	3.5840	3.6297	567.37
2.6000	1.8560	4.1614	.5534	.2901	326.28	2.3829	3.7083	.2560	338.15	.3562	.0835	.6197	.2300	105.81	.6136	.6290	3.7161	3.6229	451.88
2.8000	1.9717	4.1812	.6204	.3142	267.86	2.4386	3.7086	.2520	276.85	.3781	.0849	.6639	.2331	85.42	.6628	.6755	3.9112	3.6112	368.25

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)

M = 0.4960 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 = 0.5350 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 = 0.6100 Mo	M = 0.6200 Mo	M = 0.6300 Mo
M = 0.6400 Mo	M = 0.6500 Mo	M = 0.6600 Mo	M = 0.6700 Mo	M = 0.6800 Mo
M = 0.6900 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