VizieR

J/A+A/561/A63/table3

List of IR lines identified in the CRIRES spectrum of HD 161701, for components A and B (40 rows)

Full	lambda 0.1nm	u_	Rc	u_	Comp	Elem	lam.lab 0.1nm	log(gf)	Xlow cm-1	Xup cm-1	r_log(gf)
1	10731.40		0.980		B	Ti II	10733.742	0.530	62272.385	71586.249	K10
2	10735.10		0.960			?
3	10737.00		0.985		A	Fe II	10737.020	0.460	103683.070	112994.090	K10
4	10737.60		0.980			?
5	10749.70	:	0.980		A	Fe II	10749.781	-1.016	78237.685	87537.652	K10
6	10766.50		0.980	:		?
7	10808.50		0.980		B	Mg I	10811.053	0.024	47957.045	57204.305	NIST4
8					B		10811.076	-0.137	47957.027	57204.267	NIST4
9					B		10811.097	-1.038	47957.045	57204.267	NIST4
10					B		10811.122	-1.036	47957.027	57204.228	NIST4
11					B		10811.158	-0.305	47957.058	57204.228	NIST4
12	10820.50		0.990		A	Fe II	10820.360	-1.394	78725.790	87965.096	K10
13	10826.30		0.980		A	Fe II	10826.484	-0.670	78237.685	87471.765	K10
14	10829.20		0.990		A	He I	10829.091	-0.745	158855.974	169087.831	NIST4
15	10830.60		0.980		A	He I	10830.250	-0.268	158855.974	169086.843	NIST4
16					A	He I	10830.340	-0.046	158855.974	169086.866	NIST4
17	10833.70		0.975			?
18	10870.10		0.975			?
19	10872.00		0.960			?
20					A	Fe II	10871.601	-3.034	45079.879	54275.637	K10
21	10883.30		0.990			?
22	10889.50		0.970			?
23	10893.40		0.985		B	Ti II	10895.855	-0.356	62410.960	71586.249	K10
24	10894.40		0.980			?
25	10912.20		0.970		B	Mg II	10914.244	0.038	71490.190	80650.020	NIST4
26	10912.80		0.960		B	Sr II	10914.887	-0.638	14555.900	23715.190	WA
27					B	Mg II	10915.284	-0.918	71491.063	80650.020	NIST4
28	10914.50		0.960		A	Mg II	10914.244	0.038	71490.190	80650.020	NIST4
29					A	Sr II	10914.887	-0.638	14555.900	23715.190	WA
30	10938.10		0.680		A	H I	10938.086	0.002	97492.304	106632.168	NIST4
31	10949.30		0.950		B	Mg II	10951.770	-0.219	71491.063	80619.500	NIST4
32	10951.70		0.980		A	Mg II	10951.770	-0.219	71491.053	80619.500	NIST4
33	15529.50		0.975			?
34	15646.40		0.990			?
35	15712.25		0.980		B	Ce III	15715.837	-3.080	0.000	6361.000	BIE
36	15745.40		0.990		B	Mg I	15748.886	-0.338	47844.414	54192.335	NIST4
37					B	Mg I	15748.988	0.140	47844.414	54192.294	NIST4
38	15762.30		0.980		B	Mg I	15765.747	-0.337	47851.162	54192.335	NIST4
39					B	Mg I	15765.842	0.411	47851.162	54192.924	NIST4
40	15844.10		0.950		B	Ce III	15847.550	-1.030	1528.000	7837.000	BIE

J/A+A/561/A63/abundances

The chemically peculiar binary HD 161701 (Gonzalez+, 2014)

ReadMe+ftp

2014A&A...561A..63G

Line by line abundances of the 2 components (tables 6 and 7) (598 rows)

Full	Elem	lambda 0.1nm	log(gf)	r_	EP cm-1	Ab(A) [-]	Ab(B) [-]
1	He I	4120.82	-1.738	NIST	169086.864	-2.20
2	He I	4471.48	0.053	NIST	22357.580	-2.67
3	He I	4713.15	-1.230	NIST	169086.864	-2.38
4	He I	5875.60	-0.341	NIST	169086.864	-2.59
5	C II	3918.97	-0.533	CNO	25509.700	-3.83
6	C II	4267.26	0.717	CNO	145550.700	-3.85
7	C II	6578.05	-0.026	CNO	116537.650	-3.91
8	O I	4968.79	-1.375	CNO	86631.454	-3.79
9	O I	6155.97	-1.011	CNO	86625.757	-3.58
10	O I	6156.78	-0.694	CNO	86627.778	-3.55
11	O I	6158.19	-0.409	CNO	86631.454	-3.61
12	Na I	5889.95	0.108	NIS3	0.000		-5.05
13	Na I	5895.92	-0.194	NIS3	0.000		-5.29
14	Mg I	4702.99	-0.374	NIST	35051.264		-4.24
15	Mg I	5167.32	-0.856	NIS3	21850.405		-4.18
16	Mg I	5172.68	-0.380	NIS3	21870.464	-5.75	-3.97
17	Mg I	5183.60	-0.158	NIST	21911.178		-3.70
18	Mg I	5528.41	-0.341	NIST	35051.264		-4.30
19	Mg II	4384.64	-0.792	NIST	80619.500	-5.35	-4.47
20	Mg II	4390.57	-0.530	NIST	80650.020	-5.33	-4.57
21	Mg II	4427.99	-1.201	NIST	80619.500	-5.36	-4.67
22	Mg II	4481.13	0.749	NIS3	71490.190	-5.25	-4.30
23	Al II	4663.05	-0.284	NBS	85481.350	-7.78
24	Si II	3853.66	-1.341	NIS3	55309.350	-4.48
25	Si II	3856.02	-0.406	NIS3	55325.180	-4.38
26	Si II	3862.60	-0.757	NIS3	55309.350	-4.31
27	Si II	4075.45	-1.400	NIS3	79355.020	-4.47
28	Si II	4076.78	-1.668	SG	79338.500	-4.53
29	Si II	4128.05	0.359	NIST	79338.500	-4.41	-5.60
30	Si II	4130.89	0.552	NIST	79355.020	-4.36	-5.40
31	Si II	4673.28	-0.710	KP	103556.160	-4.51
32	Si II	5041.02	0.029	NIS3	81191.340	-4.14
33	Si II	5055.98	0.523	NIS3	81251.320		-5.21
34	Si II	6371.37	-0.082	NIST	65500.470		-5.53
35	Si II	6671.84	0.409	NIST	117178.060	-4.22
36	P II	4178.46	-0.409	HI	77710.190	-5.11
37	P II	4420.71	-0.329	NIS3	88893.220	-5.11
38	P II	4602.07	0.740	NIS3	103667.860	-5.03
39	P II	5253.48	0.320	NIS3	88893.220		-4.86
40	S II	4153.07	0.617	NIST	128233.200	-5.91
41	S II	4162.66	0.777	NIS3	128599.160	-5.93
42	Ca I	4226.73	0.244	NIS3	0.000		-5.80
43	Ca I	6493.78	0.140	NBS	20335.360		-5.22
44	Ca II	3933.66	0.135	NIS3	0.000	-5.95
45	Ca II	3968.47	-0.180	NIS3	0.000		-5.68
46	Ca II	5001.48	-0.517	BWL	60533.020		-5.36
47	Ca II	5019.97	-0.257	BWL	60611.280		-5.45
48	Sc II	4246.82	0.320	MFW	2540.950		-9.72
49	Ti II	3900.54	-0.200	PTP	9118.260	-6.40
50	Ti II	3913.46	-0.420	PTP	8997.710	-6.26	-6.29

Result truncated to 50 rows

J/A+A/561/A63/lines

The chemically peculiar binary HD 161701 (Gonzalez+, 2014)

ReadMe+ftp

2014A&A...561A..63G

plot of pectral lines in components J/A+A/561/A63/plot_a.pdf and J/A+A/561/A63/plot_b.pdf (3040 rows)

Full	lambda 0.1nm	Ion	I(A)	I(B) [-]
1	3800.890	62.01		0.343
2	3801.110	60.01		0.345
3	3801.191	24.01		0.288
4	3801.526	58.01		0.212
5	3801.570	66.01		0.345
6	3801.679	26.00		0.287
7	3801.984	26.00		0.423
8	3802.286	60.01		0.302
9	3803.096	58.01		0.498
10	3803.470	60.01		0.189
11	3804.009	26.00		0.447
12	3805.340	60.01		0.181
13	3805.343	26.00		0.155
14	3805.370	60.01		0.148
15	3805.550	60.01		0.292
16	3806.048	26.00		0.482
17	3806.217	26.00		0.332
18	3806.526	14.02	0.914
19	3806.696	26.00	0.875	0.171
20	3806.711	25.00		0.284
21	3807.058	26.01	0.827
22	3807.174	26.00		0.349
23	3807.174	60.01		0.241
24	3807.537	26.00		0.197
25	3808.113	58.01		0.391
26	3808.729	26.00		0.307
27	3808.770	60.01		0.237
28	3809.040	60.01		0.288
29	3810.480	60.01		0.212
30	3810.723	24.01		0.299
31	3810.738	67.01		0.136
32	3810.756	26.00		0.355
33	3811.070	60.01		0.442
34	3811.891	26.00		0.464
35	3812.239	25.01	0.767
36	3812.530	60.01		0.186
37	3812.964	26.00		0.141
38	3813.058	26.00		0.257
39	3813.388	22.01	0.738	0.132
40	3813.635	26.00		0.428
41	3813.884	26.00		0.406
42	3813.995	24.01		0.257
43	3814.124	26.01	0.316	0.170
44	3814.523	26.00		0.426
45	3814.580	22.01	0.621	0.116
46	3814.720	60.01		0.209
47	3814.779	26.00		0.468
48	3815.421	24.00		0.478
49	3815.840	26.00	0.410	0.100
50	3815.853	58.01		0.459

Result truncated to 50 rows

J/A+A/561/A63/refs

The chemically peculiar binary HD 161701 (Gonzalez+, 2014)

ReadMe+ftp

2014A&A...561A..63G

log(gf) references (50 rows)

Full	Ref	BibCode	Aut	Com
1	BIE	...................	Biemont	2011, private communication
2	BWL	1972ApJ...177..567B	Black et al.
3	CC	1983MNRAS.203..651C	Cowley & Corliss
4	CNO	...................	Wiese et al.	1996, J. Phys. Chem. Ref. Data, Monograph, 7
5	DJK	1998A&A...333..665D	Dworetsky et al.
6	DREAM	...................	Biemont et al.	1999, http://w3.umons.ac.be/astro/dream.shtml
7	FMW	...................	Fuhr et al.	1988, J. Phys. Chem. Ref. Data, 17, Suppl. 4, Cat. VI/72
8	FW06	...................	Fuhr & Wiese	2006, J. Phys. Chem. Ref. Data, Vol. 35, No 4.
9	HI	...................	Hibbert (1988)	1988, Phys. Scr., 38, 37
10	HL	1982ApJ...261..736H	Hannaford et al.
11	J07	...................	Johansson	2007, priv. comm.
12	K03	...................	Kuurucz	http://kurucz.harvard.edu/atoms/2601/gf2601.pos, version 2003
13	K03Mn	...................	Kuurucz	http://kurucz.harvard.edu/atoms/2501/gf2501.pos, version 2003
14	K03Ni	...................	Kuurucz	http://kurucz.harvard.edu/atoms/2801/gf2801.pos, version 2003
15	K06	...................	Kuurucz	http://kurucz.harvard.edu/atoms/2601/gf2601.pos, version 2006
16	K07	...................	Kuurucz	http://kurucz.harvard.edu/atoms/2601/gf2601.pos, version 2007
17	K071	...................	Kuurucz	http://kurucz.cfa.harvard.edu/atoms/2600/gf2600.pos
18	K09	...................	Kuurucz	http://kurucz.harvard.edu/atoms/2601/gf2601.pos, version 2009
19	K09Mn	...................	Kuurucz	http://kurucz.harvard.edu/atoms/2501/gf2501.pos, version 2009
20	K10	...................	Kuurucz	http://kurucz.harvard.edu/atoms/2601/gf2601.pos, version 2010
21	K10Cr	...................	Kuurucz	http://kurucz.cfa.harvard.edu/atoms/2401/gf2401.pos, version 2010
22	K88	...................	Kurucz	1988, Trans. IAU, XXB, ed. M. McNally (Dordrecht: Kluwer), 168
23	K94	...................	Kurucz	1994, Atomic data for Fe and Ni, CD-ROM no. 22, Cambridge, Mass.: Smithsonian Astrophysical Observatory
24	KP	1975SAOSR.362....0K	Kurucz & Peytremann	Cat. VI/10
25	KSG	2001ApJS..134..173K	Kling et al.
26	KX	...................	Kurucz & Bell	1995, CR-ROM no. 23, Cambridge, Mass.: Smithsonian Astrophysical Observatory
27	LNAJ	2006A&A...456.1181L	Ljung et al.
28	LWL	2001ApJ...563.1075L	Lawler et al.
29	MC	...................	Meggers et al.	1975, NBS Monograph 145, Tables of spectral-line intensities. Part I, II, 15+387 p., 15+213 p.
30	MFW	...................	Martin et al.	1988, J. Phys. Chem. Ref. Data, 17, Suppl. 3, Cat. VI/72
31	NBS	...................	Wiese et al.	1966, NSRDS-NSB, 4
32	NIS3	...................	NIST	NIST Atomic Spectra Database, version 3 at http://physics.nist.gov
33	NIST	...................	NIST	NIST Atomic Spectra Database, http://physics.nist.gov
34	NIST4	...................	NIST	NIST Atomic Spectra Database, version 4 at http://physics.nist.gov
35	NKW	2000A&A...363..815N	Nielsen et al.
36	WV	...................	Ward et al.	1985, Phys. Scripta 31, 162
37	PTP	2002ApJS..138..247P	Pickering et al.
38	PRO	1999ApJ...512..942P	Proffitt et al.
39	RS94	1994AZh....71...83R	Ryabchikova & Smirnov
40	Ry06	2006A&A...456..329R	Ryabchikova et al.
41	SG	...................	Schulz-Gulde	1969, JQRST, 9, 13
42	SL	1990MNRAS.247..611S	Sigut & Landstreet
43	SUN	...................	Castelli	2005, http://wwwuser.oat.ts.astro.it/castelli/linelists/gf0600.100
44	W01	2001ApJ...556..452L	Lawler et al.
45	W03	2003ApJS..148..543D	Den Hartog et al.
46	W06	2006ApJS..162..227L	Lawler et al.	Cat. J/ApJS/162/227
47	W09	2009ApJS..182...51L	Lawler et al.	Cat. J/ApJS/182/51
48	WA	1968MNRAS.139..115W	Warner
49	WBW2	1971ApJ...166...31W	Wolnik et al.
50	Wi00	...................	Wickliffe et al.	2000, JQSRT 66, 363

Result truncated to 50 rows