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Evolutionary models

HB models
Isochrones

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 = 2.20 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= 0.0003 Y= 0.2450
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 -.3472 3.7709 .0732 .1041 15131.82 3.3312 3.6354 .2530 16031.01 .4980 .1291 .4980 .2040 91.91 .4694 .5101 3.3019 3.6463 16166.33
.8000 -.2183 3.7883 .0783 .1078 11946.84 3.3295 3.6336 .2550 12657.19 .4969 .1290 .5008 .1958 88.65 .4805 .5162 3.2925 3.6399 12787.19
.9000 .0178 3.8195 .0817 .1146 7754.45 3.3228 3.6365 .2590 8264.38 .4943 .1276 .5136 .1746 84.17 .4966 .5300 3.4035 3.6328 8385.77
1.0000 .2252 3.8499 .0879 .1229 5310.33 3.3136 3.6403 .2620 5691.86 .4917 .1264 .5209 .1726 81.80 .5044 .5356 3.3890 3.6370 5807.49
1.1000 .4116 3.8831 .0997 .1308 3787.43 3.3035 3.6449 .2650 4104.57 .4891 .1253 .5279 .1809 81.85 .5137 .5414 3.5254 3.6312 4217.27
1.2000 .5734 3.9194 .1231 .1427 2819.68 3.2913 3.6492 .2660 3068.84 .4864 .1230 .5344 .2130 81.22 .5225 .5508 3.4869 3.6375 3177.93
1.3000 .7245 3.9528 .1426 .1494 2137.61 3.2783 3.6530 .2670 2363.22 .4837 .1227 .5423 .2230 81.68 .5306 .5573 3.5079 3.6395 2470.26
1.4000 .8583 3.9818 .1748 .1592 1683.94 3.2703 3.6563 .2670 1883.18 .4820 .1215 .5492 .1835 79.41 .5387 .5633 3.5033 3.6428 1987.38
1.5000 .9827 4.0094 .1975 .1666 1355.73 3.2569 3.6595 .2670 1540.83 .4795 .1195 .5591 .2277 80.25 .5495 .5736 3.5740 3.6410 1642.78
1.6000 1.0935 4.0336 .2283 .1758 1133.54 3.2387 3.6626 .2660 1286.34 .4762 .1194 .5670 .2253 79.29 .5593 .5818 3.6118 3.6411 1385.33
1.7000 1.1854 4.0581 .2578 .1866 965.23 3.2231 3.6656 .2650 1080.27 .4735 .1170 .5768 .1923 78.46 .5696 .5897 3.5921 3.6450 1176.90
1.8000 1.2927 4.0802 .2649 .1929 822.89 3.1938 3.6692 .2650 923.55 .4682 .1146 .5860 .1987 78.48 .5821 .6017 3.6948 3.6406 1018.58
1.9000 1.3890 4.0983 .2978 .2068 693.32 3.1373 3.6741 .2640 793.88 .4585 .1106 .5948 .2485 80.26 .5900 .6087 3.7091 3.6420 888.68
2.0000 1.4875 4.1154 .3330 .2121 556.49 2.9463 3.6857 .2630 687.87 .4283 .0992 .5956 .2201 90.72 .5905 .6082 3.7430 3.6418 789.20
2.2000 1.6234 4.1487 .3995 .2355 489.33 2.2841 3.7188 .2580 512.08 .3292 .0243 .6132 .1999 127.16 .6108 .6272 3.7553 3.6445 651.14
2.4000 1.7697 4.1751 .4807 .2812 391.56 2.2262 3.7246 .2480 405.67 .3423 .0799 .6511 .2488 101.16 .6507 .6633 3.8801 3.6395 514.05
2.6000 1.8946 4.1984 .5466 .3044 318.10 2.2868 3.7254 .2460 327.56 .3639 .0873 .6925 .2826 80.48 .6884 .6999 3.9372 3.6395 413.52
2.8000 2.0086 4.2192 .6195 .3274 264.04 2.3652 3.7253 .2450 270.60 .3892 .0913 .7370 .2886 64.89 .7353 .7434 3.9523 3.6417 339.94

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. - 2004 standard alpha-enhanced Z= 0.0003 Y= 0.2450
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 2.1168 4.2315 .6758 .3512 211.09 .4131 .0912 .7804 .3077 53.83 no dredge up .7739 .7804 4.0471 3.6386 288.70
3.5000 2.3447 4.2760 .8730 .4097 152.95 .4854 .1151 .9018 .4321 34.26 .7909 4.1863 .8036 .8086 4.1176 3.6413 192.56
4.0000 2.5413 4.3078 1.0554 .4757 112.06 .5569 .1325 1.0287 .4757 23.93 .8113 4.2112 .8231 .8277 4.1486 3.6465 139.52
4.5000 2.7119 4.3345 1.2229 .5464 85.96 .6299 .1543 1.1581 .5248 17.62 .8386 4.2459 .8487 .8525 4.2175 3.6477 106.11
5.0000 2.8622 4.3571 1.4044 .6043 68.34 .6999 .1931 1.2899 .5720 13.51 .8671 4.2744 .8760 .8793 4.2509 3.6505 83.79
5.5000 2.9964 4.3779 1.6088 .6812 56.02 .7792 .2082 1.4248 .6403 10.70 .8955 4.2869 .9080 .9106 4.3083 3.6517 68.20
6.0000 3.1175 4.3962 1.7814 .7490 47.00 .8597 .2291 1.5601 .7131 8.62 .9354 4.3318 .9456 .9475 4.3980 3.6506 56.78
6.5000 3.2277 4.4127 1.9781 .8114 40.16 .9405 .2482 1.7065 .7694 7.24 .9783 4.2549 ------- CARBON IGNITION -------
7.0000 3.3288 4.4277 2.1791 .8966 34.92 1.0267 .2938 1.8491 .8472 6.09 no dredge up ------- CARBON IGNITION -------
7.5000 3.4220 4.4415 2.3849 .9606 30.78 1.1188 .3112 1.9951 .9216 5.15 no dredge up ------- CARBON IGNITION -------
8.0000 3.5083 4.4540 2.5993 1.0782 27.45 1.2128 .3498 2.1372 .9832 4.52 no dredge up ------- CARBON IGNITION -------
8.5000 3.5887 4.4657 2.8145 1.1705 24.72 1.3191 .3905 2.2958 1.1000 4.06 no dredge up ------- CARBON IGNITION -------
9.0000 3.6639 4.4765 3.0349 1.2893 22.46 1.4181 .4127 2.4633 1.1963 3.71 no dredge up ------- CARBON IGNITION -------
9.5000 3.7343 4.4866 3.2839 1.3835 20.56 1.5341 .4523 2.6181 1.2709 3.36 no dredge up ------- CARBON IGNITION -------
10.0000 3.8007 4.4961 3.5211 1.5118 18.95 1.6450 .5115 2.7734 1.3562 3.01 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=0.245, Z = 0.0003 - HB models (Mass of the RGB progenitor: M=0.80 Mo)

M = 0.5060 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=0.245, Z = 0.0003 - Isochrones (Age: 30 - 15000 Myr)

UBVRIJKL bands Stroemgren bands

List of metallicities

TABLE by PIETRINFERNI A. - CASSISI S. - SALARIS M. - CASTELLI F. - 2006 standard alpha-enhanced Z= 0.0003 Y= 0.2450
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	-.3472	3.7709	.0732	.1041	15131.82	3.3312	3.6354	.2530	16031.01	.4980	.1291	.4980	.2040	91.91	.4694	.5101	3.3019	3.6463	16166.33
.8000	-.2183	3.7883	.0783	.1078	11946.84	3.3295	3.6336	.2550	12657.19	.4969	.1290	.5008	.1958	88.65	.4805	.5162	3.2925	3.6399	12787.19
.9000	.0178	3.8195	.0817	.1146	7754.45	3.3228	3.6365	.2590	8264.38	.4943	.1276	.5136	.1746	84.17	.4966	.5300	3.4035	3.6328	8385.77
1.0000	.2252	3.8499	.0879	.1229	5310.33	3.3136	3.6403	.2620	5691.86	.4917	.1264	.5209	.1726	81.80	.5044	.5356	3.3890	3.6370	5807.49
1.1000	.4116	3.8831	.0997	.1308	3787.43	3.3035	3.6449	.2650	4104.57	.4891	.1253	.5279	.1809	81.85	.5137	.5414	3.5254	3.6312	4217.27
1.2000	.5734	3.9194	.1231	.1427	2819.68	3.2913	3.6492	.2660	3068.84	.4864	.1230	.5344	.2130	81.22	.5225	.5508	3.4869	3.6375	3177.93
1.3000	.7245	3.9528	.1426	.1494	2137.61	3.2783	3.6530	.2670	2363.22	.4837	.1227	.5423	.2230	81.68	.5306	.5573	3.5079	3.6395	2470.26
1.4000	.8583	3.9818	.1748	.1592	1683.94	3.2703	3.6563	.2670	1883.18	.4820	.1215	.5492	.1835	79.41	.5387	.5633	3.5033	3.6428	1987.38
1.5000	.9827	4.0094	.1975	.1666	1355.73	3.2569	3.6595	.2670	1540.83	.4795	.1195	.5591	.2277	80.25	.5495	.5736	3.5740	3.6410	1642.78
1.6000	1.0935	4.0336	.2283	.1758	1133.54	3.2387	3.6626	.2660	1286.34	.4762	.1194	.5670	.2253	79.29	.5593	.5818	3.6118	3.6411	1385.33
1.7000	1.1854	4.0581	.2578	.1866	965.23	3.2231	3.6656	.2650	1080.27	.4735	.1170	.5768	.1923	78.46	.5696	.5897	3.5921	3.6450	1176.90
1.8000	1.2927	4.0802	.2649	.1929	822.89	3.1938	3.6692	.2650	923.55	.4682	.1146	.5860	.1987	78.48	.5821	.6017	3.6948	3.6406	1018.58
1.9000	1.3890	4.0983	.2978	.2068	693.32	3.1373	3.6741	.2640	793.88	.4585	.1106	.5948	.2485	80.26	.5900	.6087	3.7091	3.6420	888.68
2.0000	1.4875	4.1154	.3330	.2121	556.49	2.9463	3.6857	.2630	687.87	.4283	.0992	.5956	.2201	90.72	.5905	.6082	3.7430	3.6418	789.20
2.2000	1.6234	4.1487	.3995	.2355	489.33	2.2841	3.7188	.2580	512.08	.3292	.0243	.6132	.1999	127.16	.6108	.6272	3.7553	3.6445	651.14
2.4000	1.7697	4.1751	.4807	.2812	391.56	2.2262	3.7246	.2480	405.67	.3423	.0799	.6511	.2488	101.16	.6507	.6633	3.8801	3.6395	514.05
2.6000	1.8946	4.1984	.5466	.3044	318.10	2.2868	3.7254	.2460	327.56	.3639	.0873	.6925	.2826	80.48	.6884	.6999	3.9372	3.6395	413.52
2.8000	2.0086	4.2192	.6195	.3274	264.04	2.3652	3.7253	.2450	270.60	.3892	.0913	.7370	.2886	64.89	.7353	.7434	3.9523	3.6417	339.94

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)

M = 0.5060 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