VizieR

J/ApJS/215/20/table1

Fourier Transform Spectra of a custom water-cooled V Hollow Cathode Discharge (HCD) lamp (14 rows)

Full	Seq	Date "Y:M:D"	Num	Gas	iLamp mA	Wave1 cm-1	Wave2 cm-1	Lim cm-1	coadd	Beam	Filt	Det
1	1	1984-12-09	3	Ar-Ne	600	7764	49105	0.057	12	UV		Mid Range Si Diode
2	2	1984-12-09	4	Ar-Ne	300	7764	49105	0.057	8	UV		Mid Range Si Diode
3	3	1984-12-09	5	Ar-Ne	150	7764	49105	0.057	8	UV		Mid Range Si Diode
4	4	1986-07-30	9	Ar	500	14924	37018	0.048	4	UV	CuSO₄	Large UV Si Diode
5	5	1986-07-30	10	Ar	500	14924	37018	0.048	4	UV	CuSO₄	Large UV Si Diode
6	6	1981-06-16	7	Ar	332	6924	37564	0.043	8	UV	WG295	UV Mid Range Si Diode
7	7	1981-06-15	3	Ar	250	14878	36533	0.043	8	UV	CuSO₄ WG295	UV Mid Range Si Diode
8	8	1979-12-12	9	Ar	300	12422	31054	0.042	10	UV	TC+ 4-97 WG345	Mid Range Si Diode
9	9	1979-12-12	8	Ar	300	7716	22421	0.030	8	UV	GG945	Super Blue Si Diode
10	10	1980-09-04	1	Ar	110	0	17837	0.023	5	UV	RG610	InSb
11	11	1983-11-30	3	Ar	460	2799	9518	0.011	17	CaF₂	Si	InSb
12	12	1983-04-17	4	Ne-Ar	370	1534	5769	0.011	80	CaF₂	Ge	InSb
13	13	1984-07-25	5	Ne	1000	12948	45407	0.054	8	UV	CuSO₄	R166 photomultiplier Mid Range Si Diode
14	14	1983-11-30	4	Ne	510	2799	9517	0.011	16	CaF₂	Si	InSb

J/ApJS/215/20/table2

Vanadium log(gf) and transition probabilities (Lawler+, 2014)

ReadMe+ftp

2014ApJS..215...20L

Echelle spectra of commercial V HCD lamps and a custom water-cooled V HCD lamp (19 rows)

Full	imin	imax	Date "Y:M:D"	Num	Gas	iLamp mA	Wave1 0.1nm	Wave2 0.1nm	Res	coadd	Exp s
1	47	51	2013-05-24	1, 3, 5, 7, 9	Ne	3	2200	3900	250000	60	90
2	52	56	2013-05-21	1, 3, 5, 7, 9	Ne	5	2200	3900	250000	90	60
3	57	61	2013-05-22	1, 3, 5, 7, 9	Ne	10	2200	3900	250000	90	60
4	62	66	2013-05-23	1, 3, 5, 7, 9	Ne	15	2200	3900	250000	60	90
5	67	71	2013-05-20	1, 3, 5, 7, 9	Ar	3	2200	3900	250000	6	900
6	72	76	2013-05-15	1, 3, 5, 7, 9	Ar	5	2200	3900	250000	18	300
7	77	81	2013-05-16	1, 3, 5, 7, 9	Ar	10	2200	3900	250000	88	60
8	82	86	2013-05-17	1, 3, 5, 7, 9	Ar	12	2200	3900	250000	60	90
9	87	91	2014-01-30	1, 3, 5, 7, 9	Ne	5	2000	2800	250000	18	300
10	92	96	2014-01-31	1, 3, 5, 7, 9	Ne	10	2000	2800	250000	36	150
11	97	101	2014-02-03	1, 3, 5, 7, 9	Ne	15	2000	2800	250000	72	75
12	102	106	2014-02-05	1, 3, 5, 7, 9	Ar	15	2000	2800	250000	45	120
13	107	111	2014-04-24	1, 3, 5, 7, 9	Ar	32	2100	3200	250000	30	120
14	112	116	2014-04-16	1, 3, 5, 7, 9	Ar	40	2100	3200	250000	20	180
15	117	121	2014-04-17	1, 3, 5, 7, 9	Ar	40	2100	3200	250000	20	180
16	122	126	2014-04-28	1, 3, 5, 7, 9	Ar	50	2100	3200	250000	20	180
17	127	131	2014-05-13	1, 3, 5, 7, 9	Ar	10	2100	3200	250000	40	180
18	132	136	2014-05-09	1, 3, 5, 7, 9	Ar	15	2100	3200	250000	90	60
19	137	141	2014-05-14	1, 3, 5, 7, 9	Ne	15	2100	3200	250000	120	45

J/ApJS/215/20/table3

Vanadium log(gf) and transition probabilities (Lawler+, 2014)

ReadMe+ftp

2014ApJS..215...20L

Experimental Atomic Transition Probabilities for 836 lines of VI organized by increasing wavelength in air (836 rows)

Full	lamAir 0.1nm	E1 cm-1	P1	J1	E0 cm-1	P0	J0	A 10+6/s	e_ (...)	log(gf)
1	2384.2870	41928.473	o	0.5	0.000	e	1.5	4.9000	0.5000	-2.08
2	2401.9037	41758.357	o	3.5	137.383	e	2.5	8.6000	1.6000	-1.22
3	2406.7475	41860.647	o	4.5	323.432	e	3.5	9.4000	1.6000	-1.09
4	2412.6895	41758.357	o	3.5	323.432	e	3.5	10.8000	2.1000	-1.12
5	2420.1214	41860.647	o	4.5	552.955	e	4.5	10.0000	1.7000	-1.06
6	2426.1297	41758.357	o	3.5	552.955	e	4.5	1.0800	0.2100	-2.12
7	2501.6139	39962.150	o	2.5	0.000	e	1.5	12.2000	2.0000	-1.16
8	2503.3037	39935.176	o	1.5	0.000	e	1.5	11.4000	2.6000	-1.37
9	2506.9066	39877.786	o	0.5	0.000	e	1.5	51.0000	7.0000	-1.01
10	2507.8627	39999.966	o	2.5	137.383	e	2.5	12.3000	2.3000	-1.16
11	2511.9458	39935.176	o	1.5	137.383	e	2.5	31.0000	4.0000	-0.94
12	2517.1486	40038.970	o	4.5	323.432	e	3.5	14.2000	2.1000	-0.87
13	2519.6233	39999.966	o	2.5	323.432	e	3.5	40.0000	5.0000	-0.64
14	2530.1853	40063.874	o	5.5	552.955	e	4.5	14.4000	2.1000	-0.78
15	2545.9241	39266.680	o	1.5	0.000	e	1.5	17.7000	2.7000	-1.16
16	2549.9688	39341.784	o	3.5	137.383	e	2.5	1.8000	0.5000	-1.85
17	2554.8634	39266.680	o	1.5	137.383	e	2.5	3.6000	0.9000	-1.85
18	2562.1284	39341.784	o	3.5	323.432	e	3.5	16.7000	2.4000	-0.88
19	2574.0187	39391.079	o	4.5	552.955	e	4.5	17.1000	3.0000	-0.77
20	2577.2901	39341.784	o	3.5	552.955	e	4.5	2.8000	0.6000	-1.66
21	2642.2637	37835.065	o	1.5	0.000	e	1.5	8.1000	0.7000	-1.47
22	2643.1547	37959.695	o	2.5	137.383	e	2.5	6.4000	0.8000	-1.40
23	2645.2571	38115.684	o	3.5	323.432	e	3.5	11.3000	1.2000	-1.02
24	2647.7054	37757.309	o	0.5	0.000	e	1.5	49.0000	4.0000	-0.98
25	2651.8935	37835.065	o	1.5	137.383	e	2.5	33.2000	2.1000	-0.85
26	2656.2214	37959.695	o	2.5	323.432	e	3.5	34.0000	3.0000	-0.67
27	2661.4216	38115.684	o	3.5	552.955	e	4.5	32.0000	3.0000	-0.57
28	2671.6699	37556.034	o	3.5	137.383	e	2.5	4.2000	0.7000	-1.45
29	2678.6568	37644.487	o	4.5	323.432	e	3.5	4.0000	0.7000	-1.37
30	2685.0208	37556.034	o	3.5	323.432	e	3.5	0.5400	0.2100	-2.33
31	2686.5097	37764.923	o	5.5	552.955	e	4.5	3.5000	0.6000	-1.34
32	2722.5542	47611.858	o	4.5	10892.520	e	3.5	141.0000	10.0000	0.20
33	2731.3415	47701.807	o	5.5	11100.596	e	4.5	144.0000	10.0000	0.29
34	2838.0591	35224.990	o	2.5	0.000	e	1.5	0.4200	0.0900	-2.52
35	2848.7731	35092.518	o	1.5	0.000	e	1.5	10.1000	0.5000	-1.31
36	2849.1718	35224.990	o	2.5	137.383	e	2.5	7.8000	0.4000	-1.24
37	2851.7510	35379.307	o	3.5	323.432	e	3.5	4.1600	0.2400	-1.39
38	2855.2221	35013.259	o	0.5	0.000	e	1.5	49.9000	2.5000	-0.91
39	2859.9700	35092.518	o	1.5	137.383	e	2.5	35.9000	1.8000	-0.75
40	2864.3606	35224.990	o	2.5	323.432	e	3.5	30.4000	1.6000	-0.65
41	2870.5463	35379.307	o	3.5	552.955	e	4.5	27.9000	1.5000	-0.56
42	2887.6905	34619.598	o	2.5	0.000	e	1.5	0.2600	0.0600	-2.72
43	2888.5126	34747.128	o	3.5	137.383	e	2.5	0.1800	0.0400	-2.75
44	2894.5719	34537.299	o	1.5	0.000	e	1.5	4.2700	0.2500	-1.67
45	2898.8117	34486.787	o	2.5	0.000	e	1.5	0.3800	0.0500	-2.55
46	2899.1961	34619.598	o	2.5	137.383	e	2.5	7.2000	0.6000	-1.26
47	2899.5987	34477.427	o	0.5	0.000	e	1.5	34.0000	1.9000	-1.07
48	2903.6966	34428.773	o	1.5	0.000	e	1.5	6.2000	0.4000	-1.50
49	2904.1248	34747.128	o	3.5	323.432	e	3.5	7.0000	0.6000	-1.15
50	2906.1325	34537.299	o	1.5	137.383	e	2.5	31.0000	1.7000	-0.80

Result truncated to 50 rows

J/ApJS/215/20/table4

Vanadium log(gf) and transition probabilities (Lawler+, 2014)

ReadMe+ftp

2014ApJS..215...20L

Hyperfine Structure (HFS) A coefficients for 25 odd parity levels and one even parity level of neutral vanadium from least-square fits to line profiles in Fourier Transfrom Spectrometer (FTS) data (26 rows)

Full	Config	Term	2J	E cm-1	A mK
1	3d⁴(⁵D)4p	z⁴P○	1	24770.673	-26.6
2	3d⁴(⁵D)4p	z⁴P○	3	24915.151	-9.7
3	3d⁴(⁵D)4p	z⁴P○	5	25131.002	-3.1
4	3d⁴(⁵D)4p	y⁶F○	5	24898.804	3.3
5	3d⁴(⁵D)4p	y⁶F○	7	24992.909	2.5
6	3d⁴(⁵D)4p	y⁶F○	9	25111.473	2.1
7	3d⁴(⁵D)4p	y⁶F○	11	25253.457	2.0
8	3d⁴(⁵D)4p	y⁶D○	5	26505.953	0.5
9	3d⁴(⁵D)4p	y⁶D○	7	26604.807	1.9
10	3d⁴(⁵D)4p	y⁶D○	9	26738.323	3.1
11	3d³(⁴P)4s4p(³P)	y⁶P○	3	29202.790	18.0
12	3d³(⁴P)4s4p(³P)	y⁶P○	5	29296.430	13.0
13	3d³(⁴P)4s4p(³P)	y⁶P○	7	29418.119	15.2
14	3d³(⁴F)4s4p(¹P)	x⁴G○	5	31397.822	20.1
15	3d³(⁴F)4s4p(¹P)	x⁴G○	7	31541.167	9.7
16	3d³(⁴F)4s4p(¹P)	x⁴G○	9	31721.780	5.3
17	3d³(⁴F)4s4p(¹P)	x⁴G○	11	31937.131	2.7
18	3d³(⁴F)4s4p(¹P)	w⁴F○	5	32846.822	8.6
19	3d³(⁴F)4s4p(¹P)	w⁴F○	7	32988.845	3.6
20	3d⁴(³H)4p	z⁴I○	15	37518.445	6.1
21	3d⁴(a³P)4p	t⁴D○	3	37835.065	7.1
22	3d⁴(a³P)4p	t⁴D○	7	38115.684	4.8
23	3d⁴(³H)4p	x²H○	9	38123.795	10.0
24	3d⁴(³H)4p	x²H○	11	38220.663	10.4
25	3d⁴(a³F)4p	u⁴F○	9	39391.079	9.5
26	3d³4s(⁵F)5s	e⁶F	11	37931.460	21.1

J/ApJS/215/20/table5

Vanadium log(gf) and transition probabilities (Lawler+, 2014)

ReadMe+ftp

2014ApJS..215...20L

*Hyperfine structure line component patterns for 94 transitions of ⁵¹VI (1480 rows) (Note)

Full	Wave cm-1	lamAir 0.1nm	F1	F0	dWave cm-1	dLam 0.1nm	Str
1	32709.439	3056.3328	6	6	-0.01853	0.001732	0.22569
2	32709.439	3056.3328	6	5	0.04581	-0.004281	0.04514
3	32709.439	3056.3328	5	6	-0.07013	0.006554	0.04514
4	32709.439	3056.3328	5	5	-0.00579	0.000541	0.11546
5	32709.439	3056.3328	5	4	0.04779	-0.004466	0.06857
6	32709.439	3056.3328	4	5	-0.04879	0.004559	0.06857
7	32709.439	3056.3328	4	4	0.00479	-0.000448	0.04527
8	32709.439	3056.3328	4	3	0.04763	-0.004450	0.07366
9	32709.439	3056.3328	3	4	-0.02961	0.002767	0.07366
10	32709.439	3056.3328	3	3	0.01323	-0.001236	0.00868
11	32709.439	3056.3328	3	2	0.04534	-0.004236	0.06349
12	32709.439	3056.3328	2	3	-0.01257	0.001175	0.06349
13	32709.439	3056.3328	2	2	0.01954	-0.001825	0.00050
14	32709.439	3056.3328	2	1	0.04093	-0.003825	0.04018
15	32709.439	3056.3328	1	2	0.00234	-0.000218	0.04018
16	32709.439	3056.3328	1	1	0.02373	-0.002218	0.02232
17	32665.413	3060.4522	7	7	-0.05799	0.005433	0.20833
18	32665.413	3060.4522	7	6	0.00040	-0.000037	0.02604
19	32665.413	3060.4522	6	7	-0.08319	0.007794	0.02604
20	32665.413	3060.4522	6	6	-0.02480	0.002324	0.13542
21	32665.413	3060.4522	6	5	0.02520	-0.002361	0.04167
22	32665.413	3060.4522	5	6	-0.04640	0.004348	0.04167
23	32665.413	3060.4522	5	5	0.00360	-0.000337	0.08185
24	32665.413	3060.4522	5	4	0.04523	-0.004238	0.04836
25	32665.413	3060.4522	4	5	-0.01440	0.001350	0.04836
26	32665.413	3060.4522	4	4	0.02723	-0.002551	0.04464
27	32665.413	3060.4522	4	3	0.06052	-0.005670	0.04762
28	32665.413	3060.4522	3	4	0.01283	-0.001202	0.04762
29	32665.413	3060.4522	3	3	0.04612	-0.004321	0.02083
30	32665.413	3060.4522	3	2	0.07107	-0.006659	0.04092
31	32665.413	3060.4522	2	3	0.03532	-0.003309	0.04092
32	32665.413	3060.4522	2	2	0.06027	-0.005647	0.00744
33	32665.413	3060.4522	2	1	0.07690	-0.007205	0.02976
34	32665.413	3060.4522	1	2	0.05307	-0.004972	0.02976
35	32665.413	3060.4522	1	1	0.06970	-0.006531	0.00149
36	32665.413	3060.4522	1	0	0.07801	-0.007309	0.01563
37	32665.413	3060.4522	0	1	0.06610	-0.006193	0.01563
38	31403.784	3183.4090	7	6	0.02504	-0.002538	0.23437
39	31403.784	3183.4090	6	6	-0.04286	0.004345	0.03385
40	31403.784	3183.4090	6	5	0.02149	-0.002178	0.16927
41	31403.784	3183.4090	5	6	-0.10106	0.010245	0.00260
42	31403.784	3183.4090	5	5	-0.03671	0.003722	0.05320
43	31403.784	3183.4090	5	4	0.01687	-0.001710	0.11607
44	31403.784	3183.4090	4	5	-0.08521	0.008638	0.00670
45	31403.784	3183.4090	4	4	-0.03163	0.003207	0.06027
46	31403.784	3183.4090	4	3	0.01120	-0.001136	0.07366
47	31403.784	3183.4090	3	4	-0.07043	0.007140	0.01116
48	31403.784	3183.4090	3	3	-0.02760	0.002798	0.05729
49	31403.784	3183.4090	3	2	0.00451	-0.000457	0.04092
50	31403.784	3183.4090	2	3	-0.05670	0.005748	0.01488

Result truncated to 50 rows