The masses, and the mass discrepancy of O-type stars

Home

All issues

Volume 524 (December 2010)

A&A, 524 (2010) A98

Full HTML

Free Access

Table 9

Spectral type evolution of stellar models.

Age	mass	Luminosity	T_eff	Sp. Type	Age	mass	Luminosity	T_eff	Sp. Type
Myr	M_⊙	log ₁₀(L/L_⊙)	log ₁₀(K)		Myr	M_⊙	log ₁₀(L/L_⊙)	log ₁₀(K)

solar metallicity (z = 0.02)

m_ini = 120 M_⊙, v_rot = 300 km s^-1, z = 0.02					m_ini = 120 M_⊙, v_rot = 0 km s^-1, z = 0.02
0.0000000	120.0000	6.2310	4.7050	O 2.0 If^∗	0.0000000	120.0000	6.2340	4.7120	O 2.0 If^∗
1.3778912	102.0845	6.2700	4.6660	WNL	1.1227475	107.0192	6.2530	4.6420	O 2.0 I
2.1617455	86.5949	6.2980	4.3500	LBV	1.2093965	105.8202	6.2550	4.6320	O 2.5 I
2.8960620	36.2371	5.9300	4.4030	WNL	1.2941639	104.6224	6.2580	4.6220	O 3.0 I
3.1424342	26.0184	5.9820	4.4230	LBV	1.4177116	102.8426	6.2620	4.6050	O 3.5 I
3.1458282	25.8019	5.9880	4.4350	WNL	1.4978035	101.6792	6.2650	4.5930	O 4.0 I
3.1906745	23.4728	5.8080	4.5920	WNE	1.6138339	99.9870	6.2700	4.5790	O 4.5 I
3.2641200	20.3641	5.7360	4.5750	WC	1.7257569	98.3582	6.2750	4.5630	O 5.0 I
3.5503435	11.2971	5.4710	4.7980	WC	1.7623851	97.8324	6.2770	4.5560	LBV
					2.7496870	41.2601	6.1690	4.5080	WNL
					2.7713165	38.9317	6.1310	4.5120	WNE
					2.7989238	36.2017	6.0930	4.5090	WC
					3.0980530	16.2928	5.7460	4.8130	WC

m_ini = 85 M_⊙, v_rot = 300 km s^-1, z = 0.02					m_ini = 85 M_⊙, v_rot = 0 km s^-1, z = 0.02
0.0000000	85.0000	5.9800	4.6910	O 2.0 V	0.0000000	85.0000	5.9840	4.6990	O 2.0 If^∗
1.0302848	79.4176	6.0160	4.6590	O 2.0 III	0.1533940	84.3027	5.9870	4.6900	O 2.0 V
1.4552295	76.4990	6.0360	4.6450	O 2.5 I	0.9607395	80.0894	6.0100	4.6600	O 2.0 III
2.0694338	71.3398	6.0710	4.6320	WNL	1.2053038	78.6074	6.0190	4.6470	O 2.5 III
2.7229040	62.8013	6.1040	4.3780	LBV	1.2565218	78.2833	6.0200	4.6440	O 2.5 I
3.1913865	40.6504	5.9420	4.4060	WNL	1.4553924	76.9794	6.0280	4.6310	O 3.0 I
3.7471715	21.0334	5.7310	4.6420	WNE	1.5975672	76.0046	6.0340	4.6190	O 3.5 I
3.8772150	17.3227	5.6510	4.6420	WC	1.6891948	75.3598	6.0380	4.6090	O 4.0 I
4.0856488	12.3616	5.5330	4.8050	WC	1.8224420	74.4070	6.0440	4.5940	O 4.5 I
					1.9502418	73.4820	6.0510	4.5800	O 5.0 I
					2.0732452	72.5979	6.0570	4.5600	O 5.5 I
					2.1521198	72.0525	6.0620	4.5410	O 6.0 I
					2.2289090	71.5513	6.0670	4.5260	O 6.5 I
					2.3037808	71.0943	6.0730	4.5050	O 7.0 I
					2.4116148	70.5319	6.0810	4.4690	BSG
					2.4464302	70.3800	6.0840	4.4580	LBV
					3.1313858	39.1867	6.1750	4.5230	WNL
					3.1693195	36.0928	6.0530	4.5900	WNE
					3.1985408	33.6245	6.0170	4.5210	WC
					3.4635015	17.2654	5.7590	4.8010	WC

m_ini = 60 M_⊙, v_rot = 300 km s^-1, z = 0.02					m_ini = 60 M_⊙, v_rot = 0 km s^-1, z = 0.02
0.0000000	60.0000	5.7020	4.6680	O 3.0 V	0.0000000	60.0000	5.7080	4.6750	O 3.0 V
0.1958980	59.6226	5.7080	4.6620	O 3.5 V	0.5715711	58.8823	5.7270	4.6590	O 3.5 V
1.3372419	56.9559	5.7600	4.6350	O 4.0 V	1.3906442	56.9734	5.7600	4.6350	O 4.0 V
1.6336100	56.0998	5.7760	4.6280	O 4.0 III	1.5717474	56.4936	5.7680	4.6280	O 4.0 III
2.4737502	53.1420	5.8290	4.6100	O 4.5 III	1.8594586	55.6850	5.7810	4.6140	O 4.5 III
2.7917235	51.7499	5.8530	4.6050	O 4.5 I	2.1249805	54.8898	5.7950	4.5980	O 5.0 III
2.9710480	50.8750	5.8660	4.6030	WNL	2.2265692	54.5749	5.8000	4.5900	O 5.0 I
3.9396822	44.1082	5.9510	4.3440	LBV	2.3720850	54.1169	5.8090	4.5770	O 5.5 I
4.2857995	32.3067	5.9200	4.3970	WNL	2.5574298	53.5309	5.8200	4.5570	O 6.0 I
4.3073855	31.2900	6.0210	4.4370	LBV	2.6887792	53.1230	5.8290	4.5400	O 6.5 I
4.3082900	31.2285	6.0620	4.4700	WNL	2.8151875	52.7477	5.8380	4.5200	O 7.0 I
4.3089005	31.1840	6.0690	4.4620	LBV	2.9347828	52.4192	5.8470	4.4980	O 7.5 I
4.3197685	30.3332	6.0900	4.4730	WNL	3.0123325	52.2268	5.8530	4.4800	O 8.0 I
4.3670145	27.5482	5.9130	4.6090	WNE	3.0857660	52.0650	5.8590	4.4610	O 8.5 I
4.4334785	24.1890	5.8570	4.5920	WC	3.1218755	51.9937	5.8620	4.4500	O 9.0 I
4.6809210	14.6686	5.6460	4.7990	WC	3.1912615	51.8739	5.8680	4.4280	O 9.5 I
					3.2612565	51.2141	5.8720	4.3950	BSG
					3.2947412	50.6178	5.8730	4.3720	LBV
					3.6153805	33.7033	5.8670	4.3750	BSG
					3.6224198	33.5101	5.8940	4.4460	O 9.0 I
					3.6229290	33.5080	5.9030	4.4550	O 8.5 I
					3.6233745	33.5060	5.9080	4.4530	O 9.0 I
					3.6240875	33.5032	5.9100	4.4300	O 9.5 I
					3.6245332	33.4851	5.9090	4.3970	BSG
					3.6246225	33.4817	5.9100	4.3840	LBV
					3.6258830	33.1985	5.9280	3.8730	YHG
					3.6274002	32.9562	5.9930	3.9290	LBV
					3.6279472	32.7957	5.9760	3.8650	YHG
					3.6408085	28.8736	6.0340	3.8770	LBV
					3.6727700	26.6576	5.9840	4.4310	WNL
					3.7211365	24.5152	5.8540	4.6000	WNE
					3.8060685	21.0768	5.7380	4.6670	WC
					4.0147065	14.6174	5.6480	4.7950	WC

m_ini = 40 M_⊙, v_rot = 300 km s^-1, z = 0.02					m_ini = 40 M_⊙, v_rot = 0 km s^-1, z = 0.02
0.0000000	40.0000	5.3410	4.6290	O 5.0 V	0.0000000	40.0000	5.3500	4.6380	O 5.0 V
0.6033284	39.6638	5.3650	4.6190	O 5.5 V	1.2306326	39.2770	5.3980	4.6160	O 5.5 V
2.7180158	37.9967	5.4770	4.5830	O 6.0 V	2.5606410	38.2461	5.4630	4.5830	O 6.0 V
2.8079328	37.9023	5.4830	4.5800	O 6.0 III	2.6943652	38.1257	5.4710	4.5780	O 6.0 III
3.5662060	37.0044	5.5360	4.5560	O 6.5 III	3.0685855	37.7742	5.4920	4.5600	O 6.5 III
3.9535328	36.4431	5.5660	4.5400	O 7.0 III	3.3507872	37.4991	5.5100	4.5430	O 7.0 III
4.1738048	36.0534	5.5850	4.5310	O 7.0 I	3.6131688	37.2431	5.5280	4.5220	O 7.5 III
4.4472590	35.5514	5.6090	4.5170	O 7.5 I	3.6630180	37.1954	5.5310	4.5170	O 7.5 I
4.7574220	34.9711	5.6390	4.4950	O 8.0 I	3.8064682	37.0616	5.5420	4.5020	O 8.0 I
4.9266050	34.6601	5.6570	4.4780	O 8.5 I	3.9426182	36.9415	5.5530	4.4850	O 8.5 I
5.0309235	34.4764	5.6690	4.4660	O 9.0 I	4.0279992	36.8714	5.5600	4.4720	O 9.0 I
5.1301465	34.3095	5.6800	4.4530	WNL	4.1534765	36.7774	5.5710	4.4530	O 9.5 I
5.5382560	32.8282	5.7780	4.3160	LBV	4.3112995	36.6785	5.5860	4.4220	BSG
5.5404720	32.5145	5.8030	3.8580	YHG	4.5648590	35.3579	5.6560	4.2690	LBV
5.6038870	23.6730	5.8910	4.2830	LBV	4.5651770	35.3557	5.6590	4.2420	BSG
5.6318410	22.4679	5.8770	4.3820	WNL	4.5681685	35.1705	5.6620	3.8600	YHG
5.7271790	19.2964	5.7050	4.6260	WNE	4.9779120	15.8704	5.6140	3.8970	LBV
5.7341225	19.0507	5.7060	4.6100	WC	4.9839990	15.4650	5.6120	4.5060	WNL
5.9676575	12.7371	5.5540	4.8000	WC	5.0102080	15.0283	5.6100	4.6520	WNE
					5.0534350	14.0897	5.6210	4.6460	WNE

m_ini = 25 M_⊙, v_rot = 300 km s^-1, z = 0.02					m_ini = 25 M_⊙, v_rot = 0 km s^-1, z = 0.02
0.0000000	25.0000	4.8620	4.5660	O 7.0 V	0.0000000	25.0000	4.8730	4.5760	O 6.5 V
2.5403295	24.7687	4.9570	4.5460	O 7.5 V	0.7044491	24.9440	4.8940	4.5670	O 7.0 V
4.2112720	24.5183	5.0370	4.5270	O 8.0 V	3.1007708	24.7019	4.9880	4.5450	O 7.5 V
4.9560110	24.3579	5.0780	4.5130	O 8.5 V	4.1141835	24.5674	5.0360	4.5280	O 8.0 V
5.1965515	24.2999	5.0920	4.5080	O 8.5 III	4.7144740	24.4782	5.0670	4.5120	O 8.5 V
5.6416620	24.1845	5.1200	4.4950	O 9.0 III	4.9476720	24.4422	5.0810	4.5050	O 8.5 III
5.9484235	24.0992	5.1400	4.4840	O 9.5 III	5.1685970	24.4077	5.0940	4.4960	O 9.0 III
6.3443255	23.9827	5.1680	4.4660	BSG	5.4422980	24.3650	5.1110	4.4840	O 9.5 III
8.0793755	21.5113	5.3640	4.1330	LBV	5.6963615	24.3262	5.1270	4.4690	BSG
8.0813105	21.4602	5.3720	3.8720	YHG	6.6092615	24.1399	5.3040	4.0930	LBV
8.0819755	21.4540	5.3740	3.5900	RSG	6.6769850	23.4420	5.3060	3.8720	YHG
8.4990530	13.7862	5.5290	3.8550	YHG	6.7484280	22.9241	5.3000	3.6760	RSG
8.5055150	13.6556	5.5290	4.2870	WNL	7.2963415	16.6110	5.2570	3.5630	RSG
8.7131440	11.4163	5.4310	4.6900	WNE
8.7183250	11.3330	5.4520	4.7010	WNE

m_ini = 20 M_⊙, v_rot = 300 km s^-1, z = 0.02					m_ini = 20 M_⊙, v_rot = 0 km s^-1, z = 0.02
0.0000000	20.0000	4.6100	4.5290	O 8.0 V	0.0000000	20.0000	4.6210	4.5400	O 7.5 V
1.2163962	19.9643	4.6410	4.5210	O 8.5 V	0.2819594	19.9930	4.6260	4.5360	O 8.0 V
4.0353365	19.8546	4.7370	4.5060	O 9.0 V	2.5817525	19.9281	4.6950	4.5210	O 8.5 V
5.8747015	19.7486	4.8150	4.4880	O 9.5 V	4.6272785	19.8518	4.7700	4.5040	O 9.0 V
6.7434725	19.6844	4.8580	4.4740	B 0.0 V	5.6688175	19.8048	4.8140	4.4890	O 9.5 V
7.2805585	19.6392	4.8870	4.4630	BSG	6.3578040	19.7711	4.8470	4.4740	B 0.0 V
10.1916910	18.0257	5.1440	3.8590	YG	6.8873955	19.7447	4.8740	4.4580	BSG
10.1918490	18.0252	5.1430	3.6040	RSG	8.4809040	18.8094	5.0720	3.8730	YG
11.0120840	11.7873	5.3870	3.5850	RSG	8.5819690	18.5271	5.0450	3.6020	RSG
					9.1767410	15.7450	5.0860	3.5600	RSG
z = 0.04

m_ini = 120 M_⊙, v_rot, = 300 km s^-1, z = 0.04					m_ini = 120 M_⊙, v_rot = 0 km s^-1, z = 0.04
0.0000000	120.0000	6.2810	4.7200	O 2If^∗	0.0000000	120.0000	6.2860	4.7270	O 2If^∗
0.7122990	106.1743	6.2800	4.7040	WNL	1.1811930	96.0022	6.2780	4.6690	WNL
1.5903378	83.8015	6.2800	4.3490	LBV	1.8489928	74.8679	6.2810	4.3330	LBV
2.0647445	41.2997	5.9280	4.4000	WNL	2.1893340	35.1802	5.9270	4.4010	WNL
3.0004895	12.6752	5.3520	4.6570	WNE	2.5832630	16.9112	5.5700	4.6230	WNE
3.2045120	9.8998	5.2310	4.6640	WC	2.7133730	13.5116	5.4550	4.6370	WC
3.4608532	7.1121	5.1160	4.8120	WC	3.0063900	8.5724	5.2650	4.8030	WC

m_ini = 85 M_⊙, v_rot, = 300 km s^-1, z = 0.04					m_ini = 60 M_⊙, v_rot, = 300 km s^-1, z = 0.04
0.0000000	85.0000	6.0160	4.6700	O 2.0 V	0.0000000	60.0000	5.7630	4.6760	O 3.0 V
0.2073841	83.2480	6.0170	4.6610	O 2.0 III	1.6115779	52.5985	5.8280	4.6540	WNL
0.5546225	80.1208	6.0230	4.6450	O 2.5 III	3.9731632	11.5407	5.2770	4.6680	WNE
0.6112433	79.5865	6.0240	4.6430	O 2.5 I	4.2376410	8.7119	5.1460	4.6870	WC
0.9455716	76.2783	6.0320	4.6330	O 3.0 I	4.4505125	6.6861	5.0990	4.8100	WC
1.1074332	74.5755	6.0370	4.6310	WNL
2.0882518	61.0788	6.0530	4.3290	LBV
2.5212965	38.3726	5.8210	4.3630	WNL
3.5020968	13.2380	5.3910	4.6520	WNE
3.5656982	12.1506	5.3470	4.6570	WC
3.9473910	7.2946	5.1400	4.8140	WC

m_ini = 60 M_⊙, v_rot = 0 km s^-1, z = 0.04					m_ini = 40 M_⊙, v_rot, = 300 km s^-1, z = 0.04
0.0000000	60.0000	5.7490	4.6630	O 3.0 V	0.0000000	40.0000	5.3890	4.6190	O 5.0 V
0.2856618	59.0542	5.7550	4.6530	O 3.5 V	0.2346178	39.7772	5.3970	4.6160	O 5.5 V
0.7580356	57.3484	5.7690	4.6340	O 4.0 V	1.8258416	37.8880	5.4750	4.5820	O 6.0 V
0.8683556	56.9232	5.7730	4.6290	O 4.0 III	1.9091198	37.7668	5.4800	4.5800	O 6.0 III
1.1859810	55.6416	5.7840	4.6130	O 4.5 III	2.6890815	36.4932	5.5300	4.5560	O 6.5 III
1.4319508	54.5957	5.7940	4.5950	O 5.0 III	3.1912810	35.4259	5.5660	4.5400	O 7.0 III
1.5242232	54.1944	5.7980	4.5880	O 5.0 I	3.2596885	35.2664	5.5710	4.5370	WNL
1.6160245	53.7916	5.8020	4.5800	O 5.5 I	4.7375470	31.0692	5.7210	4.2620	LBV
1.8360944	52.8212	5.8130	4.5590	O 6.0 I	4.7952865	29.8853	5.8170	4.3600	WNL
1.9606289	52.2799	5.8200	4.5430	O 6.5 I	4.7958090	29.8715	5.8180	4.3480	LBV
2.0813522	51.7800	5.8270	4.5220	O 7.0 I	4.8024910	29.6620	5.9030	3.8750	YHG
2.2386800	51.1887	5.8380	4.4920	O 7.5 I	4.8570485	27.6540	5.9250	3.8760	LBV
2.3116478	50.9483	5.8440	4.4750	O 8.0 I	4.9483710	22.8732	5.8880	4.4330	WNL
2.3481315	50.8375	5.8470	4.4660	O 8.5 I	5.0142215	19.8232	5.7240	4.5940	WNE
2.3846155	50.7335	5.8500	4.4570	O 9.0 I	5.0210715	19.4902	5.7150	4.5960	WC
2.4523712	50.5647	5.8550	4.4330	O 9.5 I	5.3272680	11.4181	5.4850	4.8340	WC
2.5535530	49.2773	5.8580	4.3860	BSG
2.5865480	48.4843	5.8570	4.3600	LBV
3.0187062	33.1277	5.8510	4.3660	WNL
3.1266585	29.0412	5.9810	4.4210	LBV
3.1425120	27.8343	6.0130	4.4380	WNL
3.1872218	24.6263	5.8430	4.5720	WNE
3.2445090	21.0379	5.7580	4.5490	WC
3.5380940	11.3294	5.4760	4.8120	WC

m_ini = 25 M_⊙, v_rot, = 300 km s^-1, z = 0.04					m_ini = 25 M_⊙, v_rot, = 0 km s^-1, z = 0.04
0.0000000	25.0000	4.9310	4.5710	O 6.5 V	0.0000000	25.0000	4.9410	4.5810	O 6.5 V
0.7839074	24.8724	4.9610	4.5650	O 7.0 V	1.8920445	24.6451	5.0200	4.5620	O 7.0 V
3.4727440	24.2181	5.1020	4.5410	O 7.5 V	3.2136872	24.3080	5.0880	4.5420	O 7.5 V
4.7023685	23.6354	5.1870	4.5230	O 8.0 III	3.9164080	24.0910	5.1300	4.5240	O 8.0 V
5.5065380	23.1187	5.2540	4.5060	O 8.5 III	4.1261118	24.0218	5.1430	4.5160	O 8.0 III
6.1294445	22.6320	5.3170	4.4890	O 9.0 III	4.2627490	23.9758	5.1520	4.5110	O 8.5 III
6.4360705	22.3614	5.3520	4.4790	WNL	4.5867530	23.8655	5.1750	4.4950	O 9.0 III
7.3809685	21.2317	5.5980	4.2400	LBV	4.8273150	23.7842	5.1930	4.4800	O 9.5 III
7.3820465	21.0639	5.6220	3.8730	YHG	5.0530525	23.7106	5.2100	4.4640	BSG
7.4232860	18.6763	5.7080	3.8770	LBV	5.8147580	23.5028	5.3230	4.4940	O 8.5 III
7.4467310	18.1922	5.7100	4.3290	WNL	5.8163300	23.5015	5.3150	4.4890	O 9.0 III
7.5964520	14.5465	5.5070	4.6330	WNE	5.8163300	23.5015	5.3150	4.4890	O 9.0 III
7.6086400	14.2369	5.4950	4.6350	WC	5.8170285	23.5010	5.3160	4.4750	O 9.5 III
7.8694710	9.5879	5.3550	4.8140	WC	5.8178670	23.5004	5.3220	4.4520	BSG
					5.8241865	23.4506	5.3650	4.1410	LBV
					5.8282440	23.3195	5.3910	3.8720	YHG
					6.4117615	13.8709	5.4330	3.8500	YHG

m_ini = 20 M_⊙, v_rot, = 300 km s^-1, z = 0.04
0.0000000	20.0000	4.6630	4.5210	O 8.5 V
2.3022982	19.8656	4.7420	4.5060	O 9.0 V
3.9294748	19.7344	4.8150	4.4890	O 9.5 V
4.8387095	19.6420	4.8620	4.4740	B0.0 V
5.3234640	19.5860	4.8890	4.4640	BSG
8.1257930	17.7537	5.0520	4.3720	WNL
8.6099200	16.8655	5.1760	3.9950	BSG
8.6106560	16.8549	5.1750	3.8660	YG
8.7348380	15.2882	5.3010	3.7260	YHG
8.8588410	13.6160	5.3000	3.7630	YG
9.1548770	9.8867	5.2440	4.4180	WNL
9.4105940	9.2449	5.3520	4.4390	WNL
LMC metallicity (z = 0.008)

m_ini = 120 M_⊙, v_rot, = 300 km s^-1, z = 0.008					m_ini = 60 M_⊙, v_rot = 300 km s^-1, z = 0.008
0.0000000	120.0000	6.2140	4.7310	O 2.0 If^∗	0.0000000	60.0000	5.6820	4.6860	O 3.0 V
1.9595181	102.9785	6.3320	4.6760	WNL	0.2979827	59.6762	5.6950	4.6770	O 3.5 V
2.5262850	93.5009	6.3860	4.3640	LBV	0.7291670	59.1504	5.7170	4.6700	O 3.5 III
3.1879975	37.2673	6.0530	4.4570	WNL	2.0456922	56.9579	5.7980	4.6420	O 4.0 III
3.2485625	33.3330	6.0390	4.5960	WNE	2.3903512	56.1718	5.8240	4.6310	O 4.0 I
3.2724660	31.8841	6.0180	4.5790	WC	2.6550700	55.4854	5.8450	4.6210	O 4.5 I
3.2890230	30.4860	5.9900	4.4240	LBV	3.0891092	54.1722	5.8840	4.6000	O 5.0 I
3.2919092	30.0792	5.9740	4.4960	WC	3.4820080	52.7520	5.9230	4.5800	O 5.5 I
3.6300872	13.3927	5.5950	4.8180	WC	3.8287820	51.2107	5.9620	4.5620	WNL
					4.4030205	48.4254	6.0750	4.4590	LBV
					4.4045680	47.8923	6.1060	4.5100	WNL
					4.4048185	47.8903	6.1080	4.4800	LBV
					4.4081185	46.8239	6.1460	3.8770	BSG
					4.4090990	46.3901	6.1530	3.8750	YHG
					4.4110175	45.4902	6.1600	3.8770	LBV
					4.5355055	36.0793	6.1300	4.5000	WNL
					4.6174305	31.6506	6.0390	4.6050	WNE
					4.6207880	31.4079	6.0340	4.5980	WC
					4.6518545	29.8221	6.0070	4.2280	LBV
					4.6602595	26.1187	5.9310	4.4170	WC
					4.8432090	16.4456	5.7330	4.8490	WC

m_ini = 40 M_⊙, v_rot, = 300 km s^-1, z = 0.008					m_ini = 30 M_⊙, v_rot = 300 km s^-1, z = 0.008
0.0000000	40.0000	5.3170	4.6430	O 5.5 V	0.0000000	30.0000	5.0330	4.6080	O 6.5 V
2.3276098	39.0577	5.4390	4.6150	O 5.5 III	0.2138163	29.9785	5.0390	4.6050	O 7.0 V
3.1412225	38.5397	5.4930	4.5980	O 6.0 III	3.2977295	29.5309	5.1860	4.5780	O 7.5 V
3.7145050	38.0821	5.5360	4.5780	O 6.5 III	3.9570908	29.3825	5.2260	4.5670	O 7.5 III
4.0200750	37.8021	5.5610	4.5640	O 6.5 I	5.0176330	29.0838	5.2990	4.5380	O 8.0 III
4.0936185	37.7309	5.5680	4.5600	O 7.0 I	5.4466060	28.9076	5.3320	4.5190	O 8.5 III
4.4425960	37.3758	5.5990	4.5390	O 7.5 I	5.7691770	28.7612	5.3590	4.5010	O 9.0 I
4.6363970	37.1147	5.6180	4.5240	O 8.0 I	6.0574980	28.6264	5.3850	4.4800	O 9.5 I
4.8845875	36.7766	5.6430	4.5030	O 8.5 I	6.2608615	28.5321	5.4040	4.4620	BSG
5.0001165	36.6231	5.6550	4.4890	O 9.0 I	6.9819635	27.4565	5.5050	4.4630	O 9.5 I
5.1102935	36.4814	5.6670	4.4730	O 9.5 I	6.9829310	27.4558	5.5020	4.4610	BSG
5.2633395	36.2980	5.6850	4.4480	BSG	6.9879585	27.4354	5.5310	4.2160	LBV
5.6510235	35.2933	5.7580	4.4830	O 9.0 I	6.9905500	27.3408	5.5430	3.8650	YHG
5.6524505	35.2902	5.7560	4.4680	O 9.5 I	7.3154990	16.2920	5.6210	4.4620	WNL
5.6528645	35.2895	5.7580	4.4500	BSG	7.5867505	13.6902	5.5440	4.6940	WNE
5.6533780	35.2868	5.7650	4.4110	BSG	7.5963590	13.5216	5.5390	4.6890	WC
5.6541770	35.2744	5.7780	4.3290	LBV	7.6507400	12.1059	5.5420	4.6590	WC
5.6566830	35.0328	5.8000	3.8750	YHG
5.7411655	28.4731	5.8650	3.8780	LBV
5.7845300	27.3243	5.8730	4.3750	WNL
5.8047500	26.9017	5.8720	4.3660	LBV
5.8336760	26.2948	5.8700	4.3730	WNL
6.1551555	19.5713	5.7860	4.6640	WC
6.2103525	17.3421	5.7650	4.7800	WC

m_ini = 20 M_⊙, v_rot, = 300 km s^-1, z = 0.008, Padova model
0.0000000	19.6947	4.6294	4.5613	O 8.5 V
1.5522020	19.6766	4.6652	4.5470	O 9.0 V
5.3253110	19.6087	4.8051	4.5263	O 9.5 V
7.2242600	19.5097	4.8985	4.4929	B
7.5282720	19.4872	4.9155	4.4837	BG
9.0765410	19.2730	5.0680	4.3931	BSG
9.0885540	19.2641	5.0865	3.8735	YG
9.0919190	19.2641	5.0451	3.6387	RSG
9.1301450	19.2243	5.1754	3.6576	YG
9.1327400	19.2243	5.1716	3.8853	BSG
9.5183220	19.0173	5.1648	3.8710	YG
9.5882510	18.9692	5.1509	3.6502	RSG
9.7910080	18.7219	5.2919	3.5601	RSG
SMC metallicity (z = 0.004)

m_ini = 120 M_⊙, v_rot, = 300 km s^-1, z = 0.004					m_ini = 60 M_⊙, v_rot, = 300 km s^-1, z = 0.004
0.0000000	120.0000	6.2090	4.7450	O 2.0 If^∗	0.0000000	60.0000	5.6760	4.6980	O 2.0 If^∗
2.2878100	104.9922	6.3760	4.6680	WNL	1.6283401	58.4894	5.7700	4.6700	O 2.0 V
2.7973842	95.8416	6.4420	4.3910	LBV	2.2080835	57.6779	5.8110	4.6540	O 2.5 III
3.2331478	52.7831	6.3080	4.5710	WNL	2.6747342	56.8529	5.8490	4.6370	O 3.0 III
3.2714685	49.1669	6.2730	4.5860	WNE	2.9854308	56.1942	5.8760	4.6200	O 3.5 III
3.2810722	48.1992	6.2630	4.5220	LBV	3.1044190	55.9151	5.8880	4.6130	O 4.0 I
3.3344045	34.8949	6.0790	4.4690	WC	3.2770062	55.4829	5.9050	4.6010	O 4.5 I
3.5980968	17.1781	5.7530	4.7950	WC	3.4442515	55.0331	5.9220	4.5880	O 5.0 I

m_ini = 40 M_⊙, v_rot, = 300 km s^-1, z = 0.004					3.5500428	54.7333	5.9340	4.5790	O 5.5 I
0.0000000	40.0000	5.3120	4.6550	O 3.5 V	3.7019615	54.2844	5.9510	4.5650	O 6.0 I
0.6528106	39.8576	5.3410	4.6460	O 4.0 V	3.8458675	53.8327	5.9680	4.5480	O 6.5 I
2.5598660	39.2560	5.4490	4.6270	O 4.5 V	3.9812960	53.3258	5.9840	4.5340	O 7.0 I
3.3546038	38.8721	5.5050	4.6090	O 5.0 V	4.1079905	52.8620	6.0000	4.5170	O 7.5 I
3.6820315	38.6794	5.5300	4.5990	O 5.0 III	4.1855345	52.5885	6.0110	4.5030	O 8.0 I
3.8373135	38.5797	5.5420	4.5930	O 5.5 III	4.2578970	52.3466	6.0200	4.4870	O 8.5 I
4.2053280	38.3209	5.5730	4.5760	O 6.0 III	4.3262125	52.1321	6.0300	4.4720	O 9.0 I
4.4137455	38.1603	5.5920	4.5630	O 6.5 III	4.3305155	52.1190	6.0310	4.4710	WNL
4.5455730	38.0540	5.6050	4.5540	O 6.5 I	4.4243485	51.8059	6.0720	4.4590	LBV
4.6090715	38.0016	5.6110	4.5490	O 7.0 I	4.4274385	51.2078	6.1040	3.8750	YHG
4.7954600	37.8387	5.6290	4.5320	O 7.5 I	4.4443775	44.5912	6.1620	4.2180	LBV
4.9154035	37.7017	5.6420	4.5210	O 8.0 I	4.6386520	35.9884	6.1270	4.5490	WNL
5.0891035	37.5044	5.6600	4.5020	O 8.5 I	4.6752050	34.2691	6.0890	4.2940	LBV
5.1982725	37.3843	5.6720	4.4870	O 9.0 I	4.6875580	34.2642	6.0950	4.5950	WNL
5.3033105	37.2729	5.6840	4.4700	O 9.5 I	4.7098275	33.9055	6.0960	4.4550	LBV
5.3987365	37.1772	5.6950	4.4530	BSG	4.7404865	32.5838	6.0880	4.6610	WNL
5.6899025	36.7542	5.7570	4.4720	O 9.0 I	4.7501970	32.0460	6.0800	4.6420	WNE
5.6909885	36.7519	5.7550	4.4670	O 9.5 I	4.7551630	31.7438	6.0760	4.6310	WC
5.6918035	36.7506	5.7550	4.4480	BSG	4.8120270	28.4654	6.0630	4.8410	WC
5.6937425	36.7311	5.7740	4.3280	LBV
5.6965865	36.5473	5.7940	3.8750	YHG
5.8482340	28.0283	5.8640	3.8760	LBV
5.9362130	26.1314	5.8730	4.4130	WNL
6.1748640	22.3331	5.8980	4.3890	WNL

m_ini = 20 M_⊙, v_rot, = 300 km s^-1, z = 0.004, Padova model					m_ini = 15 M_⊙, v_rot, = 300 km s^-1, z = 0.004, Padova model
0.0000000	19.6947	4.6301	4.5733	O 7.5 V	0.0000000	14.7724	4.2919	4.5249	O 9.5 V
0.6778070	19.6947	4.6479	4.5648	O 8.0 V	6.9185840	14.7622	4.4615	4.5012	B
5.5389360	19.6268	4.8283	4.5412	O 8.5 V	11.9532000	14.7214	4.6655	4.4266	BSG
6.5944990	19.5997	4.8804	4.5255	O 9.0 V	12.7442700	14.7045	4.7348	4.4348	B
7.3414660	19.5591	4.9215	4.5078	O 9.5 V	12.7579800	14.7045	4.7453	4.4276	BSG
7.8724170	19.5276	4.9537	4.4893	B	12.7770200	14.7045	4.7461	3.8726	YG
8.2688160	19.5007	4.9807	4.4698	BG	12.7791200	14.7045	4.6056	3.6517	RSG
8.9886990	19.4111	5.0836	4.4244	BSG	12.9364100	14.6639	4.8698	3.6534	YG
9.6339610	19.1447	5.1912	3.8731	YG	12.9389100	14.6639	4.8960	3.8775	BSG
9.6607520	19.1227	5.1664	3.6523	RSG	13.7597900	14.5764	4.7932	3.8694	YG
					13.7622400	14.5764	4.6591	3.6501	RSG

Current usage metrics show cumulative count of Article Views (full-text article views including HTML views, PDF and ePub downloads, according to the available data) and Abstracts Views on Vision4Press platform.

Data correspond to usage on the plateform after 2015. The current usage metrics is available 48-96 hours after online publication and is updated daily on week days.

Initial download of the metrics may take a while.