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Evolutionary models

HB models
Isochrones

Y= 0.246, Z = 0.001 - 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 = 2.20 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= 0.001 Y= 0.2460
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
.7500 -.3747 3.7625 .0656 .0981 15902.75 3.3696 3.6144 .2570 16981.43 .4918 .1268 .4918 .1948 98.28 .4620 .5011 3.1824 3.6456 17139.08
.8000 -.2475 3.7796 .0741 .1020 12542.18 3.3697 3.6093 .2590 13393.82 .4905 .1249 .4994 .1911 92.80 .4768 .5116 3.4029 3.6135 13543.05
.9000 -.0122 3.8092 .0819 .1106 8097.70 3.3662 3.6122 .2630 8707.42 .4886 .1239 .5129 .2077 86.67 .4961 .5298 3.4468 3.6098 8844.44
1.0000 .1973 3.8369 .0893 .1189 5494.49 3.3598 3.6171 .2650 5965.16 .4866 .1237 .5208 .1714 86.92 .5040 .5360 3.4652 3.6109 6096.98
1.1000 .3891 3.8673 .0876 .1265 3888.88 3.3532 3.6218 .2670 4275.67 .4848 .1225 .5259 .1412 85.79 .5120 .5422 3.4941 3.6118 4401.02
1.2000 .5498 3.9023 .1159 .1332 2881.31 3.3476 3.6261 .2680 3188.30 .4833 .1221 .5311 .1761 84.84 .5183 .5474 3.5234 3.6141 3310.28
1.3000 .7024 3.9356 .1372 .1430 2197.36 3.3435 3.6303 .2670 2472.20 .4824 .1219 .5357 .1795 84.81 .5236 .5512 3.5160 3.6181 2591.32
1.4000 .8420 3.9672 .1530 .1537 1716.60 3.3384 3.6342 .2670 1975.15 .4814 .1217 .5425 .2199 84.12 .5289 .5568 3.5497 3.6196 2090.86
1.5000 .9647 3.9939 .1873 .1569 1389.22 3.3323 3.6379 .2660 1616.54 .4804 .1201 .5473 .1838 83.59 .5357 .5612 3.5386 3.6238 1728.93
1.6000 1.0763 4.0187 .2156 .1699 1171.35 3.3247 3.6415 .2650 1355.61 .4791 .1200 .5533 .1840 82.52 .5430 .5681 3.5917 3.6226 1464.71
1.7000 1.1806 4.0429 .2348 .1774 988.30 3.3150 3.6450 .2640 1130.37 .4772 .1195 .5595 .1846 81.46 .5522 .5763 3.6222 3.6235 1237.05
1.8000 1.2956 4.0632 .2649 .1879 770.86 3.2846 3.6493 .2630 965.66 .4716 .1214 .5659 .2195 81.53 .5575 .5788 3.6643 3.6227 1070.48
1.9000 1.3698 4.0831 .2950 .2005 731.33 3.2216 3.6556 .2610 819.20 .4619 .1199 .5698 .1756 83.60 .5637 .5861 3.6520 3.6268 923.99
2.0000 1.4547 4.1001 .3320 .2092 633.14 3.0940 3.6656 .2610 700.83 .4415 .1108 .5737 .2221 91.17 .5648 .5865 3.6210 3.6317 812.00
2.2000 1.6084 4.1310 .4047 .2316 494.56 2.3990 3.7070 .2590 519.01 .3320 .0354 .5832 .2231 148.29 .5771 .5974 3.6936 3.6304 681.86
2.4000 1.7468 4.1565 .4833 .2716 399.31 2.3150 3.7141 .2550 413.65 .3391 .0792 .6095 .2093 121.38 .6035 .6208 3.7729 3.6283 543.77
2.6000 1.8724 4.1763 .5590 .2963 321.46 2.3474 3.7158 .2510 334.15 .3601 .0858 .6538 .2047 95.47 .6514 .6640 3.8703 3.6253 436.39
2.8000 1.9868 4.1985 .6227 .3167 266.98 2.4119 3.7159 .2490 274.29 .3833 .0938 .7006 .2635 76.20 .6937 .7052 3.9586 3.6226 355.73

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= 0.001 Y= 0.2460
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 2.0925 4.2157 .7091 .3478 222.87 .4080 .0993 .7470 .2928 61.98 no dredge up .7444 .7519 3.9815 3.6239 295.11
3.5000 2.3255 4.2549 .8664 .4092 153.44 .4715 .1155 .8722 .3328 39.44 .7857 4.1803 .7987 .8040 4.1353 3.6214 198.82
4.0000 2.5238 4.2863 1.0379 .4618 112.07 .5391 .1374 .9980 .4557 27.06 .8065 4.2087 .8181 .8229 4.1681 3.6273 143.17
4.5000 2.6958 4.3141 1.2102 .5307 86.09 .6153 .1608 1.1302 .5126 19.45 .8305 4.2356 .8416 .8457 4.2291 3.6300 108.38
5.0000 2.8473 4.3368 1.3893 .5896 68.40 .6934 .1872 1.2637 .5623 14.55 .8576 4.2627 .8676 .8710 4.2608 3.6339 85.22
5.5000 2.9825 4.3583 1.5760 .6594 56.08 .7746 .2055 1.4006 .6292 11.33 .8889 4.2814 .9003 .9030 4.3202 3.6349 69.13
6.0000 3.1045 4.3765 1.7683 .7311 46.99 .8679 .2525 1.5367 .7076 8.98 .9284 4.3212 .9390 .9410 4.4058 3.6338 57.44
6.5000 3.2156 4.3939 1.9790 .7859 40.16 .9356 .2741 1.6837 .7472 7.51 .9656 4.3122 ------- CARBON IGNITION -------
7.0000 3.3173 4.4092 2.1646 .8717 34.91 1.0197 .2798 1.8292 .8252 6.30 no dredge up ------- CARBON IGNITION -------
7.5000 3.4110 4.4228 2.3673 .9606 30.74 1.1146 .3297 1.9696 .8482 5.29 no dredge up ------- CARBON IGNITION -------
8.0000 3.4979 4.4355 2.5716 1.0640 27.40 1.2209 .3450 2.1217 .9907 4.69 no dredge up ------- CARBON IGNITION -------
8.5000 3.5788 4.4482 2.7955 1.1635 24.70 1.3141 .4013 2.2902 1.0961 4.21 no dredge up ------- CARBON IGNITION -------
9.0000 3.6544 4.4592 3.0253 1.2893 22.43 1.4181 .4501 2.4496 1.1618 3.72 no dredge up ------- CARBON IGNITION -------
9.5000 3.7253 4.4695 3.2397 1.3835 20.53 1.5248 .4841 2.6125 1.2627 3.39 no dredge up ------- CARBON IGNITION -------
10.0000 3.7920 4.4791 3.4792 1.5118 18.92 1.6376 .5268 2.7684 1.3562 3.13 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=0.246, Z = 0.001 - HB models (Mass of the RGB progenitor: M=0.80 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=0.246, Z = 0.001 - 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= 0.001 Y= 0.2460
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
.7500	-.3747	3.7625	.0656	.0981	15902.75	3.3696	3.6144	.2570	16981.43	.4918	.1268	.4918	.1948	98.28	.4620	.5011	3.1824	3.6456	17139.08
.8000	-.2475	3.7796	.0741	.1020	12542.18	3.3697	3.6093	.2590	13393.82	.4905	.1249	.4994	.1911	92.80	.4768	.5116	3.4029	3.6135	13543.05
.9000	-.0122	3.8092	.0819	.1106	8097.70	3.3662	3.6122	.2630	8707.42	.4886	.1239	.5129	.2077	86.67	.4961	.5298	3.4468	3.6098	8844.44
1.0000	.1973	3.8369	.0893	.1189	5494.49	3.3598	3.6171	.2650	5965.16	.4866	.1237	.5208	.1714	86.92	.5040	.5360	3.4652	3.6109	6096.98
1.1000	.3891	3.8673	.0876	.1265	3888.88	3.3532	3.6218	.2670	4275.67	.4848	.1225	.5259	.1412	85.79	.5120	.5422	3.4941	3.6118	4401.02
1.2000	.5498	3.9023	.1159	.1332	2881.31	3.3476	3.6261	.2680	3188.30	.4833	.1221	.5311	.1761	84.84	.5183	.5474	3.5234	3.6141	3310.28
1.3000	.7024	3.9356	.1372	.1430	2197.36	3.3435	3.6303	.2670	2472.20	.4824	.1219	.5357	.1795	84.81	.5236	.5512	3.5160	3.6181	2591.32
1.4000	.8420	3.9672	.1530	.1537	1716.60	3.3384	3.6342	.2670	1975.15	.4814	.1217	.5425	.2199	84.12	.5289	.5568	3.5497	3.6196	2090.86
1.5000	.9647	3.9939	.1873	.1569	1389.22	3.3323	3.6379	.2660	1616.54	.4804	.1201	.5473	.1838	83.59	.5357	.5612	3.5386	3.6238	1728.93
1.6000	1.0763	4.0187	.2156	.1699	1171.35	3.3247	3.6415	.2650	1355.61	.4791	.1200	.5533	.1840	82.52	.5430	.5681	3.5917	3.6226	1464.71
1.7000	1.1806	4.0429	.2348	.1774	988.30	3.3150	3.6450	.2640	1130.37	.4772	.1195	.5595	.1846	81.46	.5522	.5763	3.6222	3.6235	1237.05
1.8000	1.2956	4.0632	.2649	.1879	770.86	3.2846	3.6493	.2630	965.66	.4716	.1214	.5659	.2195	81.53	.5575	.5788	3.6643	3.6227	1070.48
1.9000	1.3698	4.0831	.2950	.2005	731.33	3.2216	3.6556	.2610	819.20	.4619	.1199	.5698	.1756	83.60	.5637	.5861	3.6520	3.6268	923.99
2.0000	1.4547	4.1001	.3320	.2092	633.14	3.0940	3.6656	.2610	700.83	.4415	.1108	.5737	.2221	91.17	.5648	.5865	3.6210	3.6317	812.00
2.2000	1.6084	4.1310	.4047	.2316	494.56	2.3990	3.7070	.2590	519.01	.3320	.0354	.5832	.2231	148.29	.5771	.5974	3.6936	3.6304	681.86
2.4000	1.7468	4.1565	.4833	.2716	399.31	2.3150	3.7141	.2550	413.65	.3391	.0792	.6095	.2093	121.38	.6035	.6208	3.7729	3.6283	543.77
2.6000	1.8724	4.1763	.5590	.2963	321.46	2.3474	3.7158	.2510	334.15	.3601	.0858	.6538	.2047	95.47	.6514	.6640	3.8703	3.6253	436.39
2.8000	1.9868	4.1985	.6227	.3167	266.98	2.4119	3.7159	.2490	274.29	.3833	.0938	.7006	.2635	76.20	.6937	.7052	3.9586	3.6226	355.73

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 = 0.5000 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