Optical spectroscopy of EX Lupi during quiescence and outburst - Infall, wind, and dynamics in the accretion flow

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Volume 544 (August 2012)

A&A, 544 (2012) A93

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Table A.1

Gaussian fits.

Line	Date	χ²	rms	a	b	A1	C1	FWHM1	A2	C2	FWHM2	A3	C3	FWHM3	Comments

IR H I lines
H I 8598	04.21.	9.6E-5	0.010	1.27	–2.5E-5	0.04	6.9	43.	0.79	2.	193.	0.07	107.	47.
H I 8750	04.21.	0.001	0.032	1.45	1.8E-4	0.	0.	0.	1.29	1.	171.	0.22	176.	201.
H I 8598	05.05.	6.6E-4	0.026	0.85	8.4E-6	–0.03	11.1	40.	0.48	22.	181.	0.09	–110.	187.
H I 8750	05.05.	0.002	0.044	1.00	2.2E-5	0.002	10.0	24.	0.34	–23.	170.	0.50	47.	204.
H I 8598	05.06.	3.0E-4	0.017	1.15	–1.5E-6	–0.05	–31.	15.	0.34	–34.	215.	0.26	16.	156.
H I 8750	05.06.	0.001	0.034	1.40	3.5E-4	0.	0.	0.	0.88	–4.	170.	0.	0.	0.
H I 8598	06.16.	7.9E-5	0.009	1.10	–3.5E-5	–0.08	43.	43.	0.28	–38.	212.	0.40	24.	145.
H I 8750	06.16.	9.0E-4	0.030	1.28	8.1E-5	0.10	–0.2	9.	0.85	0.	173.	0.13	171.	351	single Gaussian + NC

He I
He I 5875	04.21.	2.5E-4	0.016	0.97	–2.8E-5	0.52	7.9	39.	0.11	–106.	119.	0.72	21.	209.
He I 6678	04.21.	1.5E-4	0.012	0.99	–3.0E-5	0.34	0.8	27.	0.05	–85.	29.	0.58	10.	175.
He I 7065	04.21.	4.4E-5	0.007	0.85	1.1E-6	0.18	3.9	26.	0.22	26.	212.	–0.04	75.	51.	has extra bluesh. absorption
He I 5875	05.05.	5.5E-4	0.023	1.03	–1.5E-4	0.43	9.2	39.	0.10	–101.	118.	0.56	26.	193.
He I 6678	05.05.	3.0E-4	0.017	0.95	3.1E-6	0.24	0.3	22.	0.32	12.	189.	0.22	41.	68.
He I 7065	05.05.	1.5E-4	0.012	0.76	2.6E-5	0.13	5.0	34.	0.11	24.	240.	0.03	194.	37.	nearby line
He I 5875	05.06.	3.2E-4	0.018	0.98	–5.7E-5	0.47	8.6	38.	0.08	–102.	107.	0.50	5.	202.
He I 6678	05.06.	1.3E-4	0.011	0.95	–3.0E-5	0.28	1.2	23.	0.15	–83.	113.	0.45	17.	142.
He I 7065	05.06.	8.9E-5	0.009	0.80	–7.7E-6	0.15	4.1	31.	0.11	–19.	200.	0.09	87.	182.
He I 5875	05.08.	7.5E-4	0.027	0.85	5.0E-5	0.39	6.4	37.	0.33	–1.	202.	0.36	52.	211.
He I 6678	05.08.	0.002	0.040	1.06	–3.1E-6	0.35	–1.3	25.	0.15	–60.	50.	0.77	23.	174.
He I 5875	06.16.	2.4E-4	0.015	1.00	–1.6E-5	0.48	7.6	36.	0.16	–89.	121.	0.48	34.	160.
He I 6678	06.16.	8.5E-5	0.009	0.95	–5.0E-5	0.32	1.6	26.	0.05	–72.	75.	0.42	15.	170.
He I 7065	06.16.	5.6E-5	0.007	0.82	–7.6E-6	0.16	3.6	25.	0.15	27.	190.	0.	0.	0.

Neutral metals
Ca I 6122	04.21.	1.2E-4	0.011	0.96	5.7E-6	0.06	–0.3	16.	0.32	7.	143.	–0.11	30.	58.
Ca I 6718	04.21.	5.0E-5	0.007	0.95	–3.8E-5	0.03	–0.3	15.	0.16	11.	145.	–0.05	28.	75.
Fe I 3873	04.21	3.4E-5	0.006	0.20	–6.8E-5	0.02	–2.1	16.	0.17	–3.	235.	–0.07	–124.	195.
Fe I 4045	04.21.	1.4E-5	0.004	0.22	3.2E-5	0.03	0.2	11.	0.17	–17.	164.	–0.03	26.	60.	C
Fe I 4202	04.21.	1.7E-4	0.013	0.42	–7.6E-7	0.03	–1.4	16.	0.21	0.	159.	–0.06	–110.	62.
Fe I 5371	04.21.	3.3E-4	0.018	0.78	–3.7E-4	0.17	–0.6	16.	0.76	0.	160.	–0.15	30.	61.
Fe I 5447	04.21.	1.7E-4	0.013	0.68	7.4E-5	0.17	0.2	19.	0.65	7.	164.	–0.12	35.	57.
Fe I 5456	04.21.	5.6E-5	0.007	0.70	–3.3E-5	0.19	–2.8	20.	0.48	–10.	136.	0.15	90.	73.



Fe I 6065	04.21.	1.6E-4	0.013	0.92	–3.8E-5	0.10	–1.4	14.	0.22	–1.	172.	–0.03	–129.	77.
Fe I 6192	04.21.	1.8E-4	0.013	0.98	2.6E-6	0.18	–4.2	33.	0.93	1.	132.	–0.54	6.	88.	S/N
Fe I 6393	04.21.	3.1E-4	0.017	0.97	–3.4E-5	0.15	–1.3	15.	0.40	5.	184.	–0.06	–126.	70.
Fe I 6400	04.21.	1.2E-4	0.011	1.00	1.6E-6	0.10	1.3	16.	0.35	–2.	127.	0.14	90.	57.
Fe I 8824	04.21.	0.001	0.034	1.22	2.1E-6	0.20	–1.6	22.	0.88	–21.	122.	0.51	74.	85.
Mg I 4702	04.21.	1.2E-5	0.003	0.35	–9.1E-6	0.05	–0.3	13.	0.11	–12.	102.	0.05	75.	82.
Mg I 8806	04.21.	0.001	0.035	1.30	–2.8E-5	0.28	–0.9	15.	1.78	–9.	140.	0.57	89.	83.

Ca I 6122	05.05.	5.0E-4	0.022	0.99	–6.0E-5	0.01	–1.6	17.	0.15	8.	190.	0.15	50.	65.
Ca I 6718	05.05.	2.4E-4	0.015	0.91	–1.7E-5	0.	0.	0.	0.08	13.	155.	0.08	53.	64.
Fe I 3873	05.05.	1.5E-4	0.012	0.11	–3.4E-5	0.03	2.3	16.	0.	0.	0.	0.08	36.	191.	S/N
Fe I 4045	05.05.	5.9E-5	0.008	0.16	3.2E-5	0.01	2.3	9.	0.06	–51.	203.	0.06	21.	153.
Fe I 4202	05.05.	1.3E-4	0.011	0.37	–2.6E-5	0.02	2.4	6.	0.07	–40.	61.	0.15	39.	99.
Fe I 5371	05.05.	9.2E-4	0.030	0.93	–2.6E-4	0.08	0.2	16.	0.49	–28.	125.	0.51	56.	82.
Fe I 5447	05.05.	7.7E-4	0.027	0.78	1.2E-4	0.12	0.0	15.	0.34	–47.	111.	0.62	51.	101.
Fe I 5456	05.05.	2.4E-4	0.015	0.80	–4.5E-5	0.14	–0.1	13.	0.40	8.	178.	0.27	54.	55.
Fe I 6065	05.05.	3.9E-4	0.019	0.95	–2.9E-5	0.10	3.1	9.	0.16	7.	201.	0.17	56.	55.
Fe I 6192	05.05.	2.8E-4	0.016	1.00	4.5E-5	0.08	2.2	9.	0.33	3.5	165.	0.32	52.	52.
Fe I 6393	05.05.	4.2E-4	0.029	0.99	5.2E-5	0.09	3.0	13.	0.18	–41	91.	0.43	53.	78.
Fe I 6400	05.05.	3.6E-4	0.019	1.00	–4.9E-5	0.10	2.8	14.	0.14	–31.	77.	0.37	58.	75.
Fe I 8824	05.05.	0.002	0.046	0.85	2.8E-5	0.	0.	0.	0.34	–40.	82.	0.77	51.	74.
Mg I 4702	05.05.	8.3E-5	0.009	0.40	–5.0E-6	0.04	1.6	10.	0.04	–58.	85.	0.11	45.	107.
Mg I 8806	05.05.	0.003	0.050	0.94	–8.8E-5	0.14	–1.0	10.	0.48	–62.	101.	1.19	44.	128.

Ca I 6122	05.06.	1.2E-4	0.011	0.96	2.0E-7	0.05	–0.5	17.	0.19	–29.	112.	0.12	54.	62.	S/N
Ca I 6718	05.06.	7.5E-5	0.009	0.91	–4.3E-5	0.	0.	0.	0.10	–2.	167.	–0.02	113.	30.	S/N
Fe I 3873	05.06.	4.eE-5	0.007	0.20	–5.4E-6	0.03	0.9	16.	0.07	–31.	163.	0.09	52.	154.
Fe I 4045	05.06.	2.6E-5	0.005	0.24	7.1E-5	0.02	2.0	17.	0.14	–17.	184.	–0.03	123.	97.
Fe I 4202	05.06.	1.2E-4	0.011	0.42	2.7E-5	0.07	0.7	22.	0.17	–36.	82.	0.17	44.	75.
Fe I 5371	05.06.	2.eE-4	0.015	0.80	–3.0E-4	0.17	–0.1	16.	0.60	–16.	144.	0.20	56.	58.	S/N
Fe I 5447	05.06.	1.8E-4	0.013	0.71	7.eE-5	0.16	2.3	16.	0.52	–7.	153.	0.16	58.	49.
Fe I 5456	05.06.	3.4E-4	0.018	0.73	–3.4E-5	0.12	0.2	14.	0.45	–8.	142.	0.14	59.	45.
Fe I 6065	05.06.	1.5E-4	0.012	0.93	–2.9E-5	0.09	1.5	16.	0.18	–24.	121.	0.11	57.	58.
Fe I 6192	05.06.	1.5E-4	0.012	0.97	4.8E-5	0.09	1.3	15.	0.43	–14.	138.	0.21	57.	51.
Fe I 6393	05.06.	1.6E-4	0.013	0.96	6.2E-5	0.12	0.5	18.	0.33	–16.	141.	0.16	59.	57.
Fe I 6400	05.06.	1.4E-4	0.012	0.98	6.7E-6	0.08	5.4	23.	0.26	–18.	115.	0.19	64.	63.
Fe I 8824	05.06.	0.001	0.033	1.20	4.4E-6	0.21	2.9	25.	0.67	–29.	103.	0.67	56.	65.
Mg I 4702	05.06.	2.1E-5	0.004	0.36	1.8E-6	0.04	–0.3	11.	0.09	–12.	158.	0.02	51.	70.

Mg I 8806	05.06.	0.001	0.036	1.25	–3.9E-6	0.24	1.8	19.	1.29	–14.	149.	0.49	53.	75.

Ca I 6122	05.08.	0.001	0.033	0.88	1.3E-5	0.06	–0.7	17.	0.32	7.	180.	0.	0.	0.	S/N
Ca I 6718	05.08	6.6E-4	0.026	1.06	–1.4E-5	0.03	–1.3	14.	0.27	7.	131.	–0.11	9.	60.
Fe I 3873	05.08.	0.013	0.114	1.00	–2.4E-4	0.	0.	0.	1.02	33.	201.	0.	0.	0.	S/N
Fe I 4045	05.08.	0.006	0.079	1.00	4.9E-4	0.	0.	0.	2.75	–51.	170.	–2.09	–65.	149.	S/N
Fe I 4202	05.08.	0.004	0.065	1.50	–9.7E-5	0.	0.	0.	0.78	15.	126.	–0.22	–115.	64.	S/N
Fe I 5371	05.08.	0.001	0.037	0.90	–5.1E-4	0.16	–1.6	16.	0.88	–16.	133.	0.34	71.	79.
Fe I 5447	05.08.	0.002	0.043	0.76	4.3E-5	0.16	–0.1	14.	0.67	–29.	126.	0.53	58.	125.
Fe I 5456	05.08.	7.4E-4	0.027	0.80	–5.6E-5	0.21	–1.7	16.	0.59	–32.	99.	0.53	56.	99.
Fe I 6065	05.08.	5.6E-4	0.024	0.83	3.8E-6	0.06	–2.6	9.	0.27	–33.	96.	0.22	58.	92.
Fe I 6192	05.08.	7.1E-4	0.027	0.91	1.3E-6	0.14	–2.5	21.	0.46	–46.	77.	0.51	45.	104.
Fe I 6393	05.08.	0.001	0.034	0.90	–3.5E-6	0.13	–3.4	18.	0.33	–50.	78.	0.45	43.	127.
Fe I 6400	05.08.	0.001	0.032	0.94	9.0E-6	0.23	2.7	39.	0.37	–43.	64.	0.38	57.	94.
Mg I 4702	05.08.	0.001	0.034	0.83	3.3e-5	0.10	–1.8	10.	0.39	7.	146.	0.07	78.	63.

Ca I 6122	06.16.	7.8E-5	0.009	0.96	–5.3E-6	0.05	0.0	17.	0.21	3.	150.	–0.05	35.	51.
Ca I 6718	06.16.	3.9E-5	0.006	0.93	–3.5E-5	0.04	–1.0	16.	0.13	10.	143.	–0.05	31.	56.
Fe I 3873	06.16.	1.1E-5	0.003	0.18	–4.0E-5	0.02	0.0	16.	0.12	28.	186.	–0.01	36.	76.
Fe I 4045	06.16.	1.3E-5	0.004	0.22	2.7E-5	0.02	2.0	16.	0.09	–10.	187.	–0.03	136.	95.	nearby line
Fe I 4202	06.16.	5.1E-5	0.007	0.39	6.0E-6	0.03	1.0	16.	0.08	–11.	104.	0.07	44.	127.	S/N
Fe I 5371	06.16.	2.0E-4	0.014	0.82	–3.1E-4	0.22	–0.1	34.	0.40	–32.	143.	0.20	62.	94.
Fe I 5447	06.16.	8.6E-5	0.009	0.72	8.5E-5	0.17	0.0	24.	0.42	–1.	172.	0.04	88.	40.
Fe I 5456	06.16.	5.3E-5	0.007	0.74	–3.9E-5	0.21	–2.8	18.	0.37	–4.	151.	0.07	89.	51.
Fe I 6065	06.16.	7.0E-5	0.008	0.93	–3.1E-5	0.08	–0.9	11.	0.23	6.	154.	–0.07	33.	50.
Fe I 6192	06.16.	1.2E-4	0.011	0.99	6.9E-6	0.21	–4.8	42.	0.26	–56.	84.	0.27	48.	115.
Fe I 6393	06.16.	8.2E-5	0.009	0.98	3.1E-5	0.13	–0.6	14.	0.31	–10.	138.	0.10	86.	58.
Fe I 6400	06.16.	1.0E-4	0.010	1.00	–4.7E-6	0.09	2.0	18.	0.27	–10.	117.	0.12	85.	62.
Fe I 8824	06.16.	6.6E-4	0.026	1.15	3.5E-7	0.51	–1.5	50.	0.48	–57.	79.	0.51	59.	90.
Mg I 4702	06.16.	3.9E-6	0.002	0.37	–3.2E-5	0.04	0.0	14.	0.07	–6.	115.	0.03	83.	68.
Mg I 8806	06.16.	8.5E-4	0.029	1.21	–5.7E-5	0.23	–1.5	15.	1.32	1.	154.	0.24	90.	50.

Ionized Metals
Ca II 8912	04.21.	1.4E-4	0.012	1.16	2.2E-5	0.08	1.9	16.	0.76	12.	147.	–0.16	33.	65.
Cr II 4824	04.21.	2.0E-5	0.004	0.37	0.	0.05	–0.8	14.	0.34	16.	182.	0.08	–36.	76.
Cr II 4848	04.21.	2.7E-5	0.005	0.39	1.2E-5	0.03	–1.6	16.	0.31	0.	216.	–0.10	–106.	115.
Fe II 4233	04.21.	1.2E-4	0.011	0.36	2.1E-4	0.11	–0.2	11.	0.52	21.	189.	0.33	–48	96.
"	04.21.	4.1E-4	0.020	0.36	2.4E-4	0.08	–0.8	9.	0.75	–36.	238.	–0.35	–138.	130.

Fe II 4351	04.21.	1.2E-4	0.010	0.35	6.0E-5	0.10	0.4	15.	0.72	–29.	132.	0.39	75.	124.
"	04.21.	7.9E-5	0.009	0.32	–6.1E-6	0.11	0.3	16.	0.69	18.	196	0.23	–45.	90.
"	04.21.	2.8E-4	0.016	0.32	7.3E-7	0.09	–0.6	13.	0.84	–15.	228.	–0.25	–131.	131.
Fe II 4549	04.21.	1.1E-4	0.010	0.39	1.3E-4	0.09	3.1	18.	0.55	–35.	121.	0.22	76.	102.
Fe II 5018	04.21.	9.3E-4	0.030	0.75	–3.4E-4	0.23	0.7	15.	1.19	–44.	122.	0.64	69.	121.	has extra bluesh. absorption
Fe II 5234	04.21.	9.5E-4	0.030	0.90	5.7E-4	0.20	–0.8	16.	1.36	1.	206.	0.25	–30.	57.	has extra bluesh. emission
Fe II 5276	04.21.	0.001	0.037	1.00	–5.5E-4	0.15	–2.5	16.	1.40	–11.	187.	–0.30	–120.	99.
Fe II 5317	04.21.	0.002	0.042	0.79	–2.7E-4	0.23	0.8	14.	2.24	–19.	141.	0.90	88.	114.	has extra bluesh. absorption
Fe II 5534	04.21.	1.6E-4	0.013	0.70	9.1E-6	0.11	–2.1	12.	0.98	–6.	130.	0.33	93.	97.
Fe II 5991	04.21.	9.4E-5	0.010	0.93	–6.1E-5	0.05	–2.2	23.	0.45	–3.	132.	0.13	96.	74.
Fe II 6084	04.21.	4.2E-5	0.006	0.95	–1.6E-5	0.03	–4.6	41.	0.25	–5.	130.	0.09	95.	86.
Fe II 6238	04.21.	9.2E-5	0.009	1.05	1.5E-4	0.07	–0.8	16.	0.45	–20.	112.	0.43	65.	134.
Fe II 6247	04.21.	3.4E-4	0.018	1.10	9.9E-5	0.13	–5.0	27.	0.94	–6.	166.	0.68	437.	311.	nearby line
Fe II 6456	04.21.	1.7E-4	0.013	1.07	1.9E-4	0.12	–1.1	11.	1.47	–5.	132.	0.39	90.	71.
Fe II 7462	04.21.	7.2E-5	0.008	0.92	2.5E-5	0.06	–5.4	37.	0.53	2.4	151.	0.10	99.	54.
Fe II 7712	04.21.	8.5E-5	0.009	0.92	7.6E-6	0.26	1.8	68.	0.33	–39.	112.	0.32	70.	102.
Si II 6347	04.21.	7.6E-5	0.009	0.95	–1.8E-4	0.12	–0.4	13.	0.52	–6.	212.	–0.07	–97.	60.
Ti II 4330	04.21.	2.4E-5	0.005	0.33	6.4E-5	0.03	2.1	11.	0.13	–20.	112.	0.13	47.	169.
Ti II 4563	04.21.	2.1E-5	0.004	0.31	–1.0E-5	0.04	–0.6	11.	0.23	–38.	109.	0.20	64.	144.
Ti II 4571	04.21.	7.1E-5	0.008	0.28	5.3E-5	0.07	–1.0	13.	0.21	–50.	89.	0.39	4.	214.
Ti II 4629	04.21.	6.6E-5	0.008	0.31	–3.7E-6	0.08	2.3	14.	0.19	–32.	73.	0.67	20.	174.
Ti II 4805	04.21.	1.2E-5	0.003	0.37	–1.7E-5	0.03	–2.1	10.	0.20	–20.	116.	0.11	78.	105.
Ti II 4911	04.21.	2.0E-5	0.004	0.42	1.3E-5	0.02	–1.5	17.	0.22	–14.	158.	0.05	98.	97.

Ca II 8912	05.05.	0.001	0.035	0.75	–5.2E-5	0.	0.	0.	0.23	5.	234.	0.17	38.	122.
Cr II 4824	05.05.	1.2E-4	0.010	0.42	0.	0.03	3.5	13.	0.12	–31.	229.	0.29	35.	160.
Cr II 4848	05.05.	2.2E-4	0.014	0.47	–8.3E-5	0.	0.	0.	0.03	59.	26.	0.29	34.	173.
Fe II 4233	05.05.	1.8E-4	0.013	0.34	1.6E-4	0.07	1.0	14.	0.38	–42.	136.	0.33	62.	121.
Fe II 4351	05.05.	1.8E-4	0.013	0.33	4.9E-5	0.07	3.7	17.	0.52	–21.	161.	0.30	78.	123.
Fe II 4549	05.05.	1.4E-4	0.012	0.42	–5.3E-5	0.09	2.1	25.	0.34	–46.	117.	0.33	62.	130.
Fe II 5018	05.05.	5.5E-5	0.023	0.78	–6.4E-4	0.18	0.2	16.	0.99	–46.	141.	0.89	76.	142.
Fe II 5234	05.05.	0.001	0.037	1.05	4.7E-4	0.10	0.9	7.	0.25	–81.	101.	1.42	19.	182.
Fe II 5276	05.05.	8.8E-4	0.029	1.10	–5.1E-4	0.17	–1.3	13.	0.71	–61.	116.	1.30	42.	126.
Fe II 5317	05.05.	9.7E-4	0.030	0.90	–2.1E-4	0.19	2.8	11.	1.92	–8.	192.	0.71	73.	122.
Fe II 5534	05.05.	2.9E-4	0.017	0.82	–2.7E-5	0.07	0.6	11.	0.40	–52.	105.	1.00	47.	126.
Fe II 5991	05.05.	3.5E-4	0.018	1.00	–8.9E-5	0.04	–1.4	11.	0.14	–56.	115.	0.47	46.	121.
Fe II 6084	05.05.	3.0E-4	0.017	0.99	0.	0.06	–4.1	5.	0.15	–20.	136.	0.20	62.	118.
Fe II 6234	05.05.	4.8E-4	0.022	1.05	8.3E-6	0.04	–1.1	19.	0.20	–19.	150.	0.53	62.	155.

Fe II 6247	05.05.	4.4E-4	0.021	1.10	1.31E-4	0.11	–2.5	21.	0.80	5.	180.	0.17	54.	62.
Fe II 6456	05.05.	6.8E-4	0.026	1.05	–4.8E-6	0.12	–0.5	12.	0.48	–57.	107.	1.25	41.	127.
Fe II 7462	05.05.	2.5E-4	0.016	0.76	–1.3E-5	0.05	6.9	7.	0.32	8.	183.	0.20	57.	97.
Fe II 7712	05.05.	9.6E-4	0.031	0.86	2.7E-5	0.09	5.4	7.	0.05	–99.	46.	0.64	37.	183.
Si II 6347	05.05.	3.3E-4	0.018	0.95	–2.5E-4	0.07	–2.7	19.	0.22	–80.	119.	0.40	41.	135.
Ti II 4330	05.05.	1.3E-4	0.011	0.32	4.4E-5	–0.02	50.	11.	0.21	24.	152.	0.	0.	0.
Ti II 4563	05.05.	7.8E-5	0.009	0.34	–2.8E-5	0.02	1.3	20.	0.08	–53.	112.	0.26	38.	172.
Ti II 4571	05.05.	1.6E-4	0.012	0.35	1.1E-4	0.05	–2.6	11.	0.30	–54.	158.	0.26	46.	151.
Ti II 4629	05.05.	1.7E-4	0.013	0.38	1.2E-4	0.04	3.0	13.	0.51	–9.	162.	0.33	67.	109.
Ti II 4805	05.05.	1.0E-4	0.010	0.44	–4.5E-5	0.	0.	0.	0.06	–78.	84.	0.22	30.	139.
Ti II 4911	05.05.	1.2E-4	0.011	0.50	1.9E-7	0.	0.	0.	0.06	–71.	145.	0.22	34.	146.

Ca II 8912	05.06.	3.7E-4	0.019	1.08	–3.8E-5	0.08	–0.7	26.	0.27	–39	152.	0.23	31.	110.
Cr II 4824	05.06.	4.0E-5	0.006	0.40	0.	0.04	–0.5	15.	0.29	–11.	183.	0.08	29.	88.
Cr II 4848	05.06.	5.7E-5	0.007	0.42	5.2E-6	0.02	–2.9	20.	0.24	0.	180.	0.04	40.	95.
Fe II 4233	05.06.	1.1E-4	0.010	0.40	2.3E-4	0.10	0.9	12.	0.90	–12.	165.	–0.25	–23.	119.
Fe II 4351	05.06.	1.3E-4	0.011	0.35	7.6E-6	0.11	3.4	21.	0.35	–57.	156.	0.57	30.	152.
Fe II 4549	05.06.	1.9E-4	0.014	0.42	1.1E-4	0.08	0.9	16.	0.25	–74.	110.	0.45	21.	135.
Fe II 5018	05.06.	3.8E-4	0.019	0.70	–3.9E-4	0.18	1.1	17.	1.04	–46.	153.	0.77	57.	131.
Fe II 5234	05.06.	0.001	0.037	0.93	3.5E-4	0.14	0.1	14.	0.12	–120.	74.	1.42	–2.	178.
Fe II 5276	05.06.	3.8E-4	0.019	1.00	–3.8E-4	0.16	–0.7	13.	0.89	–40.	145.	0.80	34.	104.
Fe II 5316	05.06.	4.8E-4	0.022	0.85	–1.eE-4	0.22	2.5	16.	0.98	–57.	159.	1.8	27.	137.
Fe II 5534	05.06.	1.2E-4	0.011	0.73	–2.9E-5	0.09	–0.2	15.	0.89	–3.	155.	0.13	51.	68.
Fe II 5991	05.06.	1.2E-4	0.011	0.93	0.	0.08	2.8	25.	0.41	–9.	151	0.08	55.	48.
Fe II 6084	05.06.	1.1E-4	0.010	0.95	–1.3E-5	0.04	–0.6	18.	0.25	–2.	153.	0.	0.	0.	very symmetric
Fe II 6238	05.06.	2.5E-4	0.016	1.02	2.6E-5	0.05	–0.4	11.	0.51	10.	154.	0.09	39.	231.	relatively symmetric
Fe II 6247	05.06.	3.7E-4	0.019	1.10	2.1E-4	0.09	–1.5	13.	0.51	–55.	140.	0.56	20.	104.
Fe II 6456	05.06.	6.1E-4	0.024	1.05	7.3E-5	0.10	–0.3	15.	0.90	–30.	134.	0.70	38.	99.
Fe II 7462	05.06.	1.2E-4	0.010	0.87	–3.9E-6	0.08	6.4	26.	0.44	–9.	155.	0.10	54.	52.
Fe II 7712	05.06.	4.4E-4	0.021	1.00	7.3E-5	0.06	4.2	21.	0.44	8.	222.	0.27	10.	119.	relatively symmetric
Si II 6347	05.06.	1.2E-4	0.011	0.97	–1.5E-4	0.08	–0.1	13.	0.12	–112.	114.	0.33	1.	145.
Ti II 4330	05.06.	3.5E-5	0.006	0.36	3.9E-5	0.01	–0.9	11.	0.18	–1.	155.	0.02	7.	89.
Ti II 4563	05.06.	5.7E-5	0.007	0.34	–2.1E-5	0.02	1.9	14.	0.17	–40.	138.	0.19	41.	150.
Ti II 4571	05.06.	7.0E-5	0.008	0.35	8.0E-5	0.05	–0.8	11.	0.11	–99.	93.	0.47	–7.	164.
Ti II 4629	05.06.	7.2E-5	0.008	0.37	1.2E-4	0.06	3.5	13.	0.44	–30.	144.	0.42	38.	110.
Ti II 4805	05.06.	4.0E-5	0.006	0.40	–2.0E-5	0.02	0.8	5.	0.20	–2.	167.	–0.02	120.	84.	relatively symmetric
Ti II 4911	05.06.	2.8E-5	0.005	0.45	1.9E-5	0.06	–5.6	67.	0.13	–44.	156.	0.08	50.	94.


Cr II 4824	05.08.	0.001	0.033	0.75	1.0E-4	0.06	–1.7	8.	0.72	–17.	135.	0.44	61.	132.
Cr II 4848	05.08.	0.001	0.034	0.78	–8.5E-5	0.	0.	0.	0.47	–4.	128.	0.43	55.	172.	S/N
Fe II 4233	05.08.	0.006	0.074	1.20	0.0011	0.21	–0.3	10.	2.11	10.	164.	0.	0.	0.	relatively symmetric
Fe II 4351	05.08.	0.003	0.054	0.80	1.6E-4	0.21	2.0	15.	1.88	6.	169.	0.44	54.	234.
Fe II 4549	05.08.	0.003	0.058	1.23	3.3E-4	0.17	3.4	14.	1.67	11.	175.	–0.20	–143.	68.	relatively symmetric
Fe II 5018	05.08.	0.003	0.050	1.10	–5.9E-4	0.23	–0.6	14.	0.26	–69.	63.	2.05	18.	184.	relatively symmetric
Fe II 5234	05.08.	0.002	0.044	1.00	4.8E-4	0.18	–4.0	16.	1.88	2.	189.	0.20	162.	153.	nearby line
Fe II 5276	05.08.	0.001	0.037	1.15	–4.8E-4	0.26	–1.2	18.	1.26	–28.	119.	1.04	52.	105.
Fe II 5316	05.08.	8.6E-4	0.029	0.80	–3.3E-4	0.22	2.2	17.	1.29	–12.	174.	0.62	63.	145.
Fe II 5534	05.08.	0.001	0.032	0.82	–1.1E-4	0.10	–2.8	12.	0.76	–32.	97.	1.07	47.	134.
Fe II 5991	05.08.	5.2E-4	0.023	0.86	–1.1E-4	0.07	0.2	24.	0.39	–33.	87.	0.40	52.	105.
Fe II 6084	05.08.	7.2E-4	0.027	0.90	2.4E-5	0.13	0.1	48.	0.17	–45.	74.	0.23	54.	114.
Fe II 6238	05.08.	8.2E-4	0.028	0.93	–1.6E-4	0.32	–30.	96.	0.66	42.	132.	0.17	155.	212.	S/N
Fe II 6247	05.08.	0.001	0.033	1.10	3.2E-4	0.25	–3.7	61.	0.80	–23.	149.	0.36	61.	79.
Fe II 6456	05.08.	0.001	0.037	1.05	1.3E-4	0.26	0.9	34.	0.91	–41.	89.	1.34	43.	115.
Si II 6347	05.08.	9.3E-4	0.030	0.95	–1.8E-4	0.11	–0.8	11.	0.07	–176.	62.	0.59	6.	171.
Ti II 4330	05.08.	0.002	0.049	0.82	4.4E-5	0.10	–3.6	7.	0.60	–3.	141.	0.17	78.	179.
Ti II 4563	05.08.	0.002	0.045	0.95	6.7E-5	0.12	–2.9	5.	0.55	–18.	124.	0.70	52.	156.
Ti II 4571	05.08.	0.002	0.052	0.95	2.4E-4	0.57	3.1	100.	0.57	–77.	88.	0.96	23.	169.
Ti II 4629	05.08.	0.002	0.050	0.93	1.9E-4	0.19	1.0	25.	1.12	–35.	99.	1.90	43.	126.
Ti II 4805	05.08.	0.001	0.032	0.80	–8.4E-5	0.23	–6.4	69.	0.23	–61.	62.	0.44	40.	132.
Ti II 4911	05.08.	9.0E-4	0.030	0.75	9.7E-5	0.57	13.	155.	0.07	–55.	256.	–0.14	31.	80.

Ca II 8912	06.16.	1.6E-4	0.013	1.07	–2.2E-5	0.12	0.8	18.	0.48	5.	158.	–0.06	157.	52.
Cr II 4824	06.16.	3.2E-5	0.006	0.39	–3.7E-5	0.04	0.3	14.	0.29	7.	176.	–0.02	39.	41.
Cr II 4848	06.16.	1.4E-5	0.004	0.42	–2.6E-5	0.03	1.3	16.	0.27	17.	155.	–0.05	29.	87.
Fe II 4233	06.16.	2.7E-5	0.005	0.36	1.4E-4	0.08	0.1	13.	0.39	–25.	158.	0.21	67.	117.
Fe II 4351	06.16.	6.3E-5	0.008	0.32	–1.1E-5	0.09	1.4	18.	0.34	–36.	158.	0.34	52.	157.
Fe II 4549	06.16.	4.9E-5	0.007	0.37	2.3E-6	0.07	3.6	22.	0.24	–52.	119.	0.31	49.	129.
Fe II 5018	06.16.	2.0E-5	0.014	0.68	–3.9E-4	0.18	1.0	16.	0.52	–60.	136.	0.82	52.	139.
Fe II 5234	06.16.	4.4E-4	0.021	0.88	3.2E-4	0.21	–0.1	16.	1.07	–2.	201.	0.09	143.	65.	nearby line
Fe II 5276	06.16.	3.3E-4	0.018	0.98	–3.4E-4	0.21	1.1	20.	0.86	–20.	138.	0.40	65.	95.
Fe II 5316	06.16.	8.6E-4	0.029	0.80	–3.3E-4	0.22	2.2	17.	1.30	–12.	175.	0.62	63.	145.
Fe II 5534	06.16.	8.2E-5	0.009	0.73	–4.8E-9	0.12	–1.0	19.	0.74	–4.	139.	0.19	96.	91.
Fe II 5991	06.16.	4.3E-5	0.006	0.96	–3.5E-5	0.09	–4.4	37.	0.33	–11.	123.	0.12	87.	82.
Fe II 6084	06.16.	3.3E-5	0.006	0.97	–2.0E-5	0.03	–2.6	21.	0.32	18.	130.	–0.14	35.	81.
Fe II 6238	06.16.	6.9E-5	0.008	1.05	1.1E-4	0.11	–1.0	27.	0.31	–27.	104.	0.37	56.	127.
Fe II 6247	06.16.	2.3E-5	0.015	1.10	1.2E-4	0.18	1.1	35.	0.65	–10.	169.	0.04	80.	33.

Fe II 6456	06.16.	5.2E-4	0.023	1.01	5.6E-5	0.71	–1.9	63.	0.83	–45.	104.	1.04	65.	114.
Fe II 7462	06.16.	3.6E-5	0.006	0.87	–7.3E-6	0.07	–0.6	20.	0.49	11.	149.	–0.11	36.	58.
Fe II 7712	06.16.	1.8E-4	0.013	1.00	4.3E-6	0.16	–0.2	44.	0.11	–41.	74.	0.52	31.	189.
Si II 6347	06.16.	8.7E-5	0.009	0.92	–3.3E-4	0.10	1.1	14.	0.05	–167.	86.	0.38	–1.	186.
Ti II 4330	06.16.	2.2E-5	0.005	0.33	6.3E-5	0.03	–0.2	20.	0.10	–37.	105.	0.11	40.	151.
Ti II 4563	06.16.	2.6E-5	0.005	0.31	–1.9E-5	0.04	0.3	13.	0.12	–49.	104.	0.20	47.	146.
Ti II 4571	06.16.	2.7E-5	0.005	0.33	2.4E-5	0.04	0.6	12.	0.28	–42.	142.	0.18	55.	117.
Ti II 4629	06.16.	3.0E-5	0.005	0.33	–4.1E-5	0.07	4.3	19.	0.43	–13.	139.	0.22	71.	127.
Ti II 4805	06.16.	2.7E-5	0.005	0.40	0.	0.03	1.2	20.	0.16	–8.	147.	0.03	85.	60.
Ti II 4911	06.16.	2.4E-5	0.005	0.45	–5.5E-6	0.03	–1.0	18.	0.17	–5.	178.	0.	0.	0.

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