VizieR

J/MNRAS/415/181/table2

Emission lines of NGC 7009 (1675 rows)

Full	lam.O 0.1nm	Flux	e_ %	u_	Int	Note	Ion	lam.L 0.1nm	Mult	LowT	UppT	g1	g2	n_
1	3041.49	0.2480		:	0.3170		Si II	3042.19	V14	3d'_4D*	4f'_4D	8	8
2	3041.49					*	Si II	3042.18	V14	3d'_4D*	4f'_4D	4	4
3	3043.75	1.3100	5.75		1.6737		Ne III	3044.24		3s_3D*	3p_3D	3	5
4	3043.75					*	Ne II	3045.56	V8	3p_4P*	3d_4D	2	2
5	3045.50	3.7120	3.03		4.7410		O III	3047.12	V4	3s_3P*	3p_3P	5	5
6	3046.82	0.0950	86.32		0.1213		Ne II	3047.56	V8	3p_4P*	3d_4D	4	6
7	3058.27	1.0840	7.56		1.3814		O III	3059.30	V4	3s_3P*	3p_3P	5	3
8	3058.27					*	C V	3057.50		3s_3S	3p_3P*	3	5
9	3058.27					*	Ne II	3057.83		3d_2F	5f_0<3>*	6	6
10	3058.27					*	Ne II	3057.87		3d_2F	5f_0<3>*	6	8
11	3060.68	0.1220	37.46		0.1554		[Cr III]	3061.49		3d4_1F	3d4_1G	7	9
12	3107.84	0.1420	35.21		0.1794		[Ar III]	3109.17		3p4_3P	3p4_1S	3	1
13	3114.71	0.0870	34.48		0.1098		O III	3115.68	V12	3p_3S	3d_3P*	3	1
14	3114.71					*	Fe II	3115.35	V121	c2G	z2H*	10	10
15	3120.49	1.1510	4.34		1.4515		O III	3121.64	V12	3p_3S	3d_3P*	3	3
16	3120.49					*	Fe I	3121.15	V163	z7D	g5D	3	5
17	3124.33	0.0400		:	0.0504		Ne II	3124.95		3d'_2F	5f'2<3>*	6	6
18	3124.33					*	Ne II	3124.98		3d'_2F	5f'2<3>*	8	8
19	3131.70	29.9830	6.67		37.7420		O III	3132.79	V12	3p_3S	3d_3P*	3	5
20	3137.60	0.0430	34.88		0.0541		Ne II	3138.13		3d_4F	5f_2<2>*	4	4
21	3148.23	0.0350	57.14		0.0439		Ne II	3149.09		3d_2F	5f_2<3>*	6	8
22	3148.23					*	Ne II	3149.04		3d_2F	5f_2<3>*	6	6
23	3161.95	0.0540	27.78		0.0677		C II	3162.66		4f_2F*	5d_2D	6	6
24	3164.87	0.0800	25.00		0.1002		C II	3165.47	V9	2p3_2D*	3p'_2P	6	4
25	3164.87					*	C II	3165.97	V9	2p3_2D*	3p'_2P	4	4
26	3168.56	0.0580	25.86		0.0726		He I	3169.02		2s_1S	15p_1P*	1	3
27	3175.37	0.0290	24.14		0.0363		He I	3176.27		2s_1S	14p_1P*	1	3
28	3186.79	2.8410	9.86		3.5457		He I	3187.74	V3	2s_3S	4p_3P*	3	9
29	3194.37	0.0320	31.25		0.0399		?
30	3194.37					*	Ne II	3198.92	V13	3p_4D*	3d_4F	4	4
31	3202.24	4.8092	9.66		5.9883		He II	3203.17	3.5a	3d_2D	5f_2F*	6	8
32	3209.95	0.0710	21.13		0.0883		[Fe II]	3210.74		a6D	b2F	4	8
33	3214.07	0.0670	20.90		0.0833		[Fe II]	3214.67		(5D)4s_6D	(3D)4s_4D	8	8
34	3217.25	0.1880	9.95		0.2336		Ne II	3218.19	V13	3p_4D*	3d_4F	8	10
35	3228.91	0.0580	10.34		0.0719		Si II	3229.55		3d'_2P*	4f'_2D	4	6
36	3229.87	0.0560	10.71		0.0694		N II	3230.54		3D	3P*	7	5
37	3231.56	0.0500	12.00		0.0620		?
38	3243.22	0.0600	10.00		0.0743		Ne II	3244.09	V13	3p_4D*	3d_4F	6	8
39	3250.23	0.0210	42.38		0.0260		Fe III	3250.84		4G_4d3I	2I_5p3I*	11	11
40	3257.97	0.0670	15.82		0.0828		[Mn II]	3258.56		a7S	a3H	7	11
41	3260.14	0.1490	8.86		0.1840		O III	3260.85	V8	3p_3D	3d_3F*	5	7
42	3264.61	0.1160	9.48		0.1432		O III	3265.32	V8	3p_3D	3d_3F*	7	9
43	3266.49	0.0170	52.35		0.0210		O III	3267.20	V8	3p_3D	3d_3F*	3	5
44	3276.61	0.0120	74.17		0.0148		Fe II]	3277.35	V1	a4D	z6D*	8	10
45	3286.78	0.0850	12.35		0.1046		[Fe II]	3287.35		a6D	b4D	2	6
46	3289.46	0.0220	40.91		0.0271		O II	3289.98	V23	3p_4P*	4s_4P	2	4
47	3298.64	1.1070	9.79		1.3598		O III	3299.40	V3	3s_3P*	3p_3S	1	3
48	3298.64					*	Ne II	3297.73	V2	3s_4P	3p_4D*	6	6
49	3303.62	0.0390		:	0.0479		Fe III	3304.31		2S_4s3S	4D_4p3P*	3	5
50	3311.61	3.0740	5.57		3.7695		O III	3312.32	V3	3s_3P*	3p_3S	3	3
51	3311.61					*	Ne II	3311.27	V2	3s_4P	3p_4D*	4	2
52	3321.71	0.0480		:	0.0588		[Fe III]	3322.53		5D	7S	9	7
53	3323.74	0.0600	66.67		0.0735		Cr II	3324.47		x6D*	5D_9s6D	8	10
54	3325.94	0.0460	29.13		0.0563		Ne II	3327.15	V2	3s_4P	3p_4D*	4	4
55	3328.47	0.0430	31.40		0.0526		Ne II	3329.16	V12	3p_4D*	3d_4D	8	8
56	3330.04	0.0120		:	0.0147		Ne II	3330.73	V20	3p_2D*	3d_2F	6	6
57	3331.31	0.0610	45.90		0.0746		[Fe II]	3331.96		a6D	b2G	8	10
58	3334.16	0.3500	8.46		0.4279		Ne II	3334.84	V2	3s_4P	3p_4D*	6	8
59	3340.07	4.4230	6.50		5.4035		O III	3340.76	V3	3s_3P*	3p_3S	5	3
60	3341.68	0.6390	1.96		0.7805		[Ne III]	3342.50		2p4_1D	2p4_1S	5	1
61	3341.68					*	Ne II	3344.40	V2	3s_4P	3p_4D*	2	2
62	3345.08	0.0110	36.36		0.0134		Ne II	3345.88	V12	3p_4D*	3d_4D	6	4
63	3350.05	0.0360	27.78		0.0439		Fe I	3350.62		z5P*	7/2<3/2>	3	5
64	3352.47	0.0650	15.38		0.0793		[Cl III]	3353.17		3p3_4S*	3p3_2P*	4	2
65	3353.90	0.1403	6.37		0.1711		He I	3354.55	V8	2s_1S	7p_1P*	1	3
66	3354.52	0.1827	6.02		0.2228		Ne II	3355.02	V2	3s_4P	3p_4D*	4	6
67	3357.07	0.0170	58.82		0.0207		Ne II	3357.82	V12	3p_4D*	3d_4D	6	6
68	3359.95	0.0330	30.30		0.0402		Ne II	3360.60	V2	3s_4P	3p_4D*	1	3
69	3359.95					*	O II	3360.62	V52	3d_4F	5p_4D*	4	6
70	3362.11	0.0220	45.45		0.0268		Ne II	3362.94	V12	3p_4D*	3d_4D	4	2
71	3362.11					*	Ne II	3362.71	V42	3p_2P*	4s_2P	4	2
72	3366.73	0.0870	11.49		0.1059		Ne II	3367.22	V20	3p_2D*	3d_2F	6	8
73	3366.73					*	Ne II	3366.98	V12	3p_4D*	3d_4D	6	8
74	3366.73					*	N III	3367.36	V5	3s'_4P*	3p'_4P	6	6
75	3370.30	0.0490	20.41		0.0596		Co II	3370.92	V2	a5P	z5D*	3	1
76	3373.30	0.0120	83.33		0.0146		Ne II	3374.06	V12	3p_4D*	3d_4D	4	4
77	3373.67	0.0170	58.82		0.0207		?
78	3377.33	0.0240	41.67		0.0292		?
79	3377.33					*	Ne II	3379.32	V12	3p_4D*	3d_4D	2	2
80	3386.35	0.0450	22.22		0.0547		[Fe II]	3387.09		a4F	b4D	10	6
81	3386.35					*	Ne II	3386.20	V12	3p_4D*	3d_4D	4	6
82	3389.85	0.0140	71.43		0.0170		Ne II	3390.55	V12	3p_4D*	3d_4D	2	4
83	3392.12	0.0090		:	0.0109		Ne II	3393.18	V21	3p_2D*	3d_2D	6	4
84	3402.91	0.0490	20.41		0.0594		O IV	3403.52	V2	3p_2P*	3d_2D	2	4
85	3405.11	0.1630	6.13		0.1975		O III	3405.71	V15	3p_3P	3d_3P*	1	3
86	3407.12	0.0860	11.63		0.1042		O III	3408.12	V15	3p_3P	3d_3P*	3	1
87	3411.08	0.0400	25.00		0.0484		O IV	3411.69	V2	3p_2P*	3d_2D	4	6
88	3413.03	0.0450	22.22		0.0545		O IV	3413.64	V2	3p_2P*	3d_2D	4	4
89	3414.61	0.3430	2.92		0.4152		O III	3415.26	V15	3p_3P	3d_3P*	3	3
90	3416.27	0.0640	15.62		0.0775		Ne II	3416.91	V21	3p_2D*	3d_2D	6	6
91	3417.05	0.0300	33.33		0.0363		Ne II	3417.69	V19	3p_2D*	3d_4F	6	8
92	3422.86	0.0770	12.99		0.0931		Ne I	3423.91	V2.4	3s_2<2>*	4p_1<2>	3	3
93	3427.92	1.1660	0.86		1.4091		O III	3428.62	V15	3p_3P	3d_3P*	3	5
94	3427.92					*	O II	3428.51		3d_4P	5p_4S*	6	4
95	3429.87	0.2640	3.79		0.3190		O III	3430.57	V15	3p_3P	3d_3P*	5	3
96	3429.87					*	He I	3430.56		2p_3P*	35s_3S	1	3
97	3433.94	0.0170	58.82		0.0205		He I	3434.68		2p_3P*	31s_3S
98	3443.33	9.5950	2.57		11.5747		O III	3444.06	V15	3p_3P	3d_3P*	5	5
99	3446.76	0.1680	2.86		0.2026		He I	3447.59	V7	2s_1S	6p_1P*	1	3
100	3449.81	0.0180	55.56		0.0217		He I	3450.28		2p_3P*	21d_3D	9	15
101	3449.81					*	O III	3450.92	V25	3p'_5D*	3d'_5F	7	9
102	3452.69	0.0160	62.50		0.0193		He I	3453.32		2p_3P*	20d_3D	9	15
103	3452.69					*	Ne II	3453.07	V21	3p_2D*	3d_2D	4	4
104	3456.09	0.0295	33.33		0.0355		He I	3456.86		2p_3P*	19d_3D	9	15
105	3456.09					*	Ne II	3456.61	V28	3p_2S*	3d_2P	2	4
106	3459.92	0.0320	31.25		0.0385		He I	3461.01		2p_3P*	18d_3D	9	15
107	3463.15	0.0140	71.43		0.0168		N III	3463.74		2D	2F*	6	6
108	3465.25	0.0360	27.78		0.0433		He I	3465.94	V45	2p_3P*	17d_2D	9	15
109	3465.25					*	O III	3466.11	V25	3p'_5D*	3d'_5F	9	9
110	3470.97	0.0510	19.61		0.0613		He I	3471.81	V44	2p_3P*	16d_3D	9	15
111	3476.93	0.0100	30.00		0.0120		Ne II	3477.65	V21	3p_2D*	3d_2D	4	6
112	3476.93					*	N IV	3478.71	V1	3s_3S	3p_3P*	3	5
113	3478.27	0.0730	13.70		0.0877		He I	3478.97	V43	2p_3P*	15d_3D	9	15
114	3479.78	0.0450	22.22		0.0541		O II	3480.25		3d_4P	5p_4P*	4	4
115	3479.78					*	[Fe III]	3480.57		3F4	3F2	9	5
116	3481.21	0.0362	33.33		0.0434		Ne II	3481.93	V6	3s_2P	3p_2S*	4	2
117	3481.21					*	[Fe III]	3481.82		3F4	3P2	7	5
118	3481.21					*	N IV	3482.99	V1	3s_3S	3p_3P*	3	3
119	3486.99	0.0850	9.41		0.1020		He I	3487.72	V42	2p_3P*	14d_3D	9	15
120	3495.16	0.0180	27.78		0.0216		[Fe III]	3496.08		3F4	3F2	7	7
121	3497.82	0.1030	7.77		0.1235		He I	3498.64	V40	2p_3P*	13d_3D	9	15
122	3502.42	0.0100	50.00		0.0120		Ne II	3503.58	V28	3p_2S*	3d_2P	2	2
123	3511.64	0.1340	5.97		0.1604		He I	3512.51	V38	2p_3P*	12d_3D	9	15
124	3526.70	0.0100	50.00		0.0120		Ne II	3527.36		2F*	2F	8	8
125	3529.70	0.1590	3.14		0.1899		He I	3530.49	V36	2p_3P*	11d_3D	9	15
126	3536.21	0.0190	26.32		0.0227		He I	3536.94		2p_3P*	11s_3S	9	3
127	3536.21					*	Ne II	3537.00		3d_2D	5p_2P*	4	4
128	3539.65	0.0110	45.45		0.0131		Ni I	3540.33	V119	z5F*	i3F	3	5
129	3542.01	0.0260	19.23		0.0310		Ne II	3542.85	V34	3p_4S*	3d_4P	4	6
130	3544.56	0.0160	31.25		0.0191		?
131	3549.78	0.0160	31.25		0.0191		Si III	3550.38	V8.01	3d'_3F*	5d_3D	5	3
132	3553.60	0.2220	2.25		0.2645		He I	3554.41	V34	2p_3P*	10d_3D	9	15
133	3557.00	0.0120	41.67		0.0143		Ne II	3557.81	V6	3s_2P	3p_2S*	2	2
134	3562.01	0.0240	22.50		0.0286		He I	3562.95	V33	2p_3P*	10s_3S	9	3
135	3564.83	0.0210	26.67		0.0250		Ne II	3565.82	V34	3p_4S*	3d_4P	4	4
136	3567.62	0.1410	9.93		0.1678		Ne II	3568.50	V9	3s'_2D	3p'_2F*	6	8
137	3573.68	0.0450	4.67		0.0535		Ne II	3574.18	V9	3s'_2D	3p'_2F*	6	6
138	3573.68					*	Ne II	3574.61	V9	3s'_2D	3p'_2F*	4	6
139	3577.71	0.0050		:	0.0059		Fe I	3578.55		a3G	n7P*	7	9
140	3580.06	0.0050		:	0.0059		C III	3580.68		3G	3G*	7	11
141	3586.43	0.2920	1.71		0.3467		He I	3587.27	V31	2p_3P*	9d_3D	9	15
142	3589.55	0.0320	15.62		0.0380		Ne II	3590.45	V31	3p_4S*	3d_4F	4	6
143	3589.55					*	C I	3590.21	V7.08	3s_3P*	7p_3P	3	5
144	3593.58	0.0100	50.00		0.0119		Ne II	3594.16	V34	3p_4S*	3d_4P	4	2
145	3598.29	0.0200	14.50		0.0237		He I	3599.32	V30	2p_3P*	9s_3S	9	3
146	3600.16	0.0220	13.64		0.0261		?
147	3602.58	0.0120	18.33		0.0142		Ne II	3603.24		3d_4D	5p_4P*	4	4
148	3612.77	0.2440	4.30		0.2890		He I	3613.64	V6	2s_1S	5p_1P*	1	3
149	3633.36	0.4530	3.18		0.5354		He I	3634.23	V28	2p_3P*	8d_3D	9	15
150	3643.10	0.0160	12.50		0.0189		Ne II	3643.93	V5	3s_2P	3p_2D*	4	4
151	3647.12	0.0180	11.11		0.0212		[Fe II]	3647.78		a4D	b2D	2	6
152	3650.87	0.0140	35.71		0.0165		H I	3651.82	H50	2p+_2P*	50d+_2D	8
153	3650.87					*	He I	3652.00	V27	2p_3P*	8s_3S	9	3
154	3663.65	0.0760	6.58		0.0893		H I	3664.68	H28	2p+_2P*	28d+_2D	8
155	3663.65					*	Ne II	3664.07	V1	3s_4P	3p_4P*	6	4
156	3665.24	0.1360	7.35		0.1598		H I	3666.09	H27	2p+_2P*	27d+_2D	8
157	3666.89	0.1930	5.18		0.2267		H I	3667.68	H26	2p+_2P*	26d+_2D	8
158	3668.63	0.2210	4.52		0.2596		H I	3669.46	H25	2p+_2P*	25d+_2D	8
159	3670.59	0.3530	40.23		0.4144		H I	3671.48	H24	2p+_2P*	24d+_2D	8
160	3672.95	0.4180	34.86		0.4905		H I	3673.76	H23	2p+_2P*	23d+_2D	8
161	3675.50	0.5050	16.22		0.5924		H I	3676.36	H22	2p+_2P*	22d+_2D	8
162	3678.51	0.5570	11.92		0.6530		H I	3679.35	H21	2p+_2P*	21d+_2D	8
163	3681.97	0.6220	5.98		0.7287		H I	3682.81	H20	2p+_2P*	20d+_2D	8
164	3685.99	0.7120	1.10		0.8336		H I	3686.83	H19	2p+_2P*	19d+_2D	8
165	3690.71	0.7780	5.27		0.9100		H I	3691.55	H18	2p+_2P*	18d+_2D	8
166	3693.42	0.2170	10.14		0.2537		Ne II	3694.21	V1	3s_4P	3p_4P*	6	6
167	3696.29	0.9310	4.68		1.0879		H I	3697.15	H17	2p+_2P*	17d+_2D	8
168	3701.08	0.2550	9.96		0.2977		Ne II	3701.78	V40	3p_2P*	3d_4P	4	6
169	3701.08					*	O III	3702.75	V14	3p_3P	3d_3D*	1	3
170	3702.90	1.3020	2.91		1.5196		H I	3703.85	H16	2p+_2P*	16d+_2D	8
171	3704.20	0.7640	6.06		0.8915		He I	3705.00	V25	2p_3P*	7d_3D	9	15
172	3706.49	0.2860	7.45		0.3336		O III	3707.25	V14	3p_3P	3d_3D*	3	5
173	3706.49					*	He I	3707.34		2p_1P*	23s_1S	3	1
174	3708.82	0.0940	23.09		0.1096		Ne II	3709.62	V1	3s_4P	3p_4P*	4	2
175	3708.82					*	He I	3709.65		2p_1P*	22d_1D	3	5
176	3711.17	1.3790	2.89		1.6071		H I	3711.97	H15	2p+_2P*	15d+_2D	8
177	3711.17					*	He I	3712.70		2p_1P*	21d_1D	3	5
178	3711.17					*	O II	3712.74	V3	3s_4P	3p_4S*	4	4
179	3712.28	0.2630	9.51		0.3064		Ne II	3713.08	V5	3s_2P	3p_2D*	4	6
180	3712.28					*	O III	3714.03	V14	3p_3P	3d_3D*	3	3
181	3714.32	0.2350	13.74		0.2737		O III	3715.08	V14	3p_3P	3d_3D*	5	7
182	3714.40	0.0210	47.62		0.0245		He II	3715.16	4.29	4f+_2F*	29g+_2G	32
183	3714.40					*	He I	3716.22		2p_1P*	20d_1D	3	5
184	3714.40					*	Cr II	3715.19	V20	b4D	z4F*	8	10
185	3719.70	0.0150	33.33		0.0175		He II	3720.41	4.28	4f+_2F*	28g+_2G	32
186	3720.98	0.9280	2.16		1.0796		[S III]	3721.69	F2	3p2_3P	3p2_1S	3	1
187	3721.23	2.5410	2.22		2.9560		H I	3721.94	H14	2p+_2P*	14d+_2D	8
188	3721.23					*	O III	3725.31	V14	3p_3P	3d_3D*	5	5
189	3725.17	11.8090	0.17		13.7280		[O II]	3726.03	F1	2p3_4S*	2p3_2D*	4	4
190	3725.56	0.0170	29.41		0.0198		He II	3726.27	4.27	4f+_2F*	27g+_2G	32
191	3725.56					*	Ne II	3727.11	V5	3s_2P	3p_2D*	2	4
192	3727.92	5.9400	0.34		6.9019		[O II]	3728.81	F1	2p3_4S*	2p3_2D*	4	6
193	3727.92					*	O III	3732.12	V14	3p_3P	3d_3D*	5	3
194	3732.12	0.0180	27.78		0.0209		He II	3732.83	4.26	4f+_2F*	26g+_2G	32
195	3732.17	0.0290	17.24		0.0337		He I	3732.88	V24	2p_3P*	7s_3S	9	3
196	3733.55	1.9220	1.75		2.2310		H I	3734.37	H13	2p+_2P*	13d+_2D	8
197	3733.55					*	Ne II	3734.94	V1	3s_4P	3p_4P*	4	4
198	3739.32	0.0450	11.11		0.0522		O II	3739.76	V31	3p_4S*	4s_4P	4	6
199	3739.52	0.0210	47.62		0.0244		He II	3740.23	4.25	4f+_2F*	25g+_2G	32
200	3747.78	0.0210	23.81		0.0243		He II	3748.61	4.24	4f+_2F*	24g+_2G	32
201	3749.32	2.4810	2.55		2.8719		H I	3750.15	H12	2p+_2P*	12d+_2D	8
202	3749.32					*	Ne II	3751.25	V1	3s_4P	3p_4P*	2	2
203	3753.94	0.5688	5.46		0.6579		O III	3754.70	V2	3s_3P*	3p_3D	3	5
204	3753.94					*	He I	3756.10	V66	2p_1P*	14d_1D	3	5
205	3756.43	0.3091	20.13		0.3574		O III	3757.24	V2	3s_3P*	3p_3D	1	3
206	3756.43		41.67			*	He II	3758.15	4.23	4f+_2F*	23g+_2G	32
207	3759.09	1.5782	2.97		1.8238		O III	3759.87	V2	3s_3P*	3p_3D	5	7
208	3761.36	0.0810	12.35		0.0936		Mg I	3762.10		1D	1P*	5	3
209	3761.36					*	Ne II	3766.26	V1	3s_4P	3p_4P*	4	6
210	3768.02	0.0280	2.14		0.0323		He I	3768.81	V65	2p_1P*	13d_1D	3	5
211	3768.29	0.0260	2.31		0.0300		He II	3769.08	4.22	4f+_2F*	22g+_2G	32
212	3769.84	3.2770	2.17		3.7797		H I	3770.63	H11	2p+_2P*	11d+_2D	8
213	3773.12	0.1670	32.16		0.1925		O III	3774.02	V2	3s_3P*	3p_3D	3	3
214	3776.37	0.0430	23.26		0.0495		Ne II	3777.14	V1	3s_4P	3p_4P*	2	4
215	3780.89	0.0380	26.32		0.0437		He II	3781.68	4.21	4f+_2F*	21g+_2G	32
216	3783.92	0.0320	31.25		0.0368		He I	3784.86	V64	2p_1P*	12d_1D	3	5
217	3790.52	0.1554	20.62		0.1786		O III	3791.28	V2	3s_3P*	3p_3D	5	5
218	3795.55	0.4280	11.12		0.4915		He II	3796.33	4.20	4f+_2F*	20g+_2G	32
219	3797.12	4.3400	1.63		4.9824		H I	3797.90	H10	2p+_2P*	10d+_2D	8
220	3801.49	0.0050		:	0.0057		Ne II	3802.29		4d_4D	4f'2<1>*	6	4
221	3805.00	0.0430	23.26		0.0493		He I	3805.74	V63	2p_1P*	11d_1D	3	5
222	3805.82	0.0200	50.00		0.0229		Si III	3806.54	V5	4p_3P*	4d_3D	10	12
223	3805.82					*	Si III	3806.78	V5	4p_3P*	4d_3D	5	3
224	3810.24	0.0100		:	0.0115		O III	3810.99	V2	3s_3P*	3p_3D	5	3
225	3812.74	0.0570	35.09		0.0653		He II	3813.49	4.19	4f+_2F*	19g+_2G	32
226	3818.86	1.1470	4.84		1.3119		He I	3819.60	V22	2p_3P*	6d_3D	9	15
227	3832.80	0.0640	0.94		0.0730		He I	3833.57	V62	2p_1P*	10d_1D	3	5
228	3833.03	0.0460	0.87		0.0525		He II	3833.80	4.18	4f+_2F*	18g+_2G	32
229	3834.61	6.6300	0.93		7.5634		H I	3835.38	H9	2p+_2P*	9d+_2D	8
230	3837.60	0.0020		:	0.0023		N II	3838.37	V30	3p_3P	4s_3P*	5	5
231	3838.63	0.0850	0.94		0.0969		[Fe V]	3839.27		3d4_5D	3d4_3F2	7	7
232	3841.41	0.0004		:	0.0005		N II	3842.18	V30	3p_3P	4s_3P*	1	3
233	3842.08	0.0140	5.71		0.0160		O II	3842.82	V12	3p_4D*	3d_4D	2	4
234	3847.16	0.0120	5.00		0.0137		O II	3847.89	V12	3p_4D*	3d_4D	2	2
235	3850.06	0.0030	6.67		0.0034		O II	3850.80	V12	3p_4D*	3d_4D	4	6
236	3850.29	0.0150	6.00		0.0171		O II	3851.03	V12	3p_4D*	3d_4D	4	4
237	3850.61	0.0070	65.71		0.0080		[Fe V]	3851.35		3d4_5D	3d4_3F2	7	5
238	3852.93	0.0070	37.14		0.0080		Si II	3853.66	V1	3p2_2D	4p_2P*	4	4
239	3855.28	0.0461	7.45		0.0524		Si II	3856.02	V1	3p2_2D	4p_2P*	6	4
240	3855.39	0.0119	6.36		0.0135		O II	3856.13	V12	3p_4D*	3d_4D	4	2
241	3857.40	0.0740	5.41		0.0841		He II	3858.07	4.17	4f+_2F*	17g+_2G	32
242	3862.18	0.0610	8.20		0.0693		Si II	3862.60	V1	3p2_2D	4p_2P*	4	2
243	3862.18					*	Ne II	3862.59		5g_2<4>	5f'2<4>*	8	10
244	3862.18					*	O II	3863.50	V12	3p_4D*	3d_4D	6	8
245	3862.18					*	O II	3864.43	V12	3p_4D*	3d_4D	6	6
246	3862.18					*	O II	3864.67	V12	3p_4D*	3d_4D	6	4
247	3867.96	104.4480	0.01		118.4975		[Ne III]	3868.76	F1	2p4_3P	2p4_1D	5	5
248	3877.30	0.0300	6.67		0.0340		He I	3878.18	V59	2p_1P*	9s_1S	3	1
249	3881.45	0.0470	1.28		0.0532		O II	3882.19	V12	3p_4D*	3d_4D	8	8
250	3881.51	0.0370	1.08		0.0419		?
251	3881.71	0.0050	2.00		0.0057		O II	3882.45	V11	3p_4D*	3d_4P	4	4
252	3882.39	0.0030	3.33		0.0034		O II	3883.13	V12	3p_4D*	3d_4D	8	6
253	3883.08	0.0290	1.03		0.0328		C III	3883.82	V15	4d_3D	5f_3F*	3	5
254	3883.08					*	C II	3883.82	V33	3d'_4F*	4f'_4G	10	8
255	3886.70	0.0640	1.25		0.0724		He II	3887.44	4.16	4f+_2F*	16g+_2G	32
256	3887.91	9.9670	1.19		11.2710		He I	3888.64	V2	2s_3S	3p_3P*	3	9
257	3888.31	8.5920	1.19		9.7155		H I	3889.05	H8	2p+_2P*	8d+_2D	8
258	3890.58	0.1620	6.17		0.1831		[Fe V]	3891.28		3d4_5D	3d4_3F2	9	9
259	3894.52	0.0490	20.41		0.0554		[Fe V]	3895.22		3d4_5D	3d4_3P2	7	5
260	3895.26	0.0390	25.64		0.0441		Fe II]	3896.10	V23	a2D	z4P*	4	6
261	3901.99	0.0100	50.00		0.0113		P II	3902.87		3d_3D*	5p_3D	7	5
262	3901.99					*	Fe III	3902.81		4G_4d5F	4D_5p5F*	11	11
263	3906.61	0.0090	55.56		0.0101		O II	3907.45	V11	3p_4D*	3d_4P	6	6
264	3906.90	0.0080	62.50		0.0090		[Cr III]	3907.74		b1G	1H	9	11
265	3911.06	0.0200	25.00		0.0225		O II	3911.96	V17	3s'_2D	3p'_2P*	6	4
266	3914.16	0.0030		:	0.0034		C III	3914.90		3P*	3D	5	3
267	3918.19	0.0140	19.29		0.0158		C II	3918.98	V4	3p_2P*	4s_2S	2	2
268	3918.50	0.0100	28.00		0.0113		O II	3919.29	V17	3s'_2D	3p'_2P*	4	2
269	3918.50					*	N II	3919.00	V17	3p_1P	3d_1P*	3	3
270	3919.90	0.0300	3.33		0.0338		C II	3920.69	V4	3p_2P*	4s_2S	4	2
271	3922.74	0.1060	2.55		0.1192		He II	3923.48	4.15	4f+_2F*	15g+_2G	32
272	3923.64	0.0120	15.83		0.0135		Si III	3924.47	V8.14	4f_1F*	5g_1G	7	9
273	3925.79	0.1170	0.94		0.1315		He I	3926.53	V58	2p_1P*	8d_1D	3	5
274	3925.81	0.0020	55.00		0.0022		O II	3926.58	V11	3p_4D*	3d_4P	8	6
275	3928.01	0.0130	6.92		0.0146		C II	3928.80		4P*	4D	2	2
276	3930.87	0.0050	28.00		0.0056		O II	3931.55		G<5>*	2<6>	10	12
277	3935.11	0.0100	20.00		0.0112		He I	3935.91	V57	2p_1P*	8s_1S	3	1
278	3941.45	0.0060	33.33		0.0067		Ar II	3942.28		3d"_2D	5f_2<4>*	6	8
279	3944.18	0.0230	7.20		0.0258		O II	3945.04	V6	3s_2P	3p_2P*	2	4
280	3944.18					*	C II	3945.00	V32	3d'_4F*	4f'_4F	4	4
281	3944.18					*	C II	3945.20	V32	3d'_4F*	4f'_4F	6	8
282	3947.28	0.0270	7.41		0.0302		O III	3948.01	V26.04	4p_3D	5s_3P*	3	5
283	3947.28					*	C II	3947.72	V32	3d'_4F*	4f'_4F	8	10
284	3947.28					*	C II	3948.33	V32	3d'_4F*	4f'_4F	8	8
285	3953.72	0.0270	7.41		0.0302		O II	3954.36	V6	3s_2P	3p_2P*	2	2
286	3960.77	0.0280	17.86		0.0313		O III	3961.57	V17	3p_1D	3d_1F*	5	7
287	3963.93	1.0640	8.18		1.1888		He I	3964.73	V5	2s_1S	4p_1P*	1	3
288	3966.67	30.4230	0.46		33.9772		[Ne III]	3967.47	F1	2p4_3P	2p4_1D	3	5
289	3967.63	0.0970	5.15		0.1083		He II	3968.43	4.14	4f+_2F*	14g+_2G	32
290	3969.27	14.6370	0.32		16.3404		H I	3970.07	H7	2p+_2P*	7d+_2D	8	98
291	3969.27					*	O III	3971.33	V43	4d_3P*	3d'_3D	5	7
292	3972.49	0.0580	8.62		0.0647		O II	3973.26	V6	3s_2P	3p_2P*	4	4
293	3972.49					*	O III	3979.12	V43	4d_3P*	3d'_3D	5	5
294	3972.49					*	O III	3980.91	V43	4d_3P*	3d'_3D	3	5
295	3981.93	0.0090	55.56		0.0100		O II	3982.71	V6	3s_2P	3p_2P*	4	2
296	3982.90	0.0110	45.45		0.0123		O III	3983.73	V43	4d_3P*	3d'_3D	5	3
297	3985.05	0.0150	33.33		0.0167		N II	3985.85		?	?
298	3985.05					*	O III	3985.55	V43	4d_3P*	3d'_3D	3	3
299	3994.26	0.0300	6.00		0.0334		N II	3994.99	V12	3s_1P*	3p_1D	3	5
300	3994.26					*	Fe II	3995.13		y4D	5D_4d4P	4	6
301	3997.95	0.0226	9.29		0.0252		N III	3998.63	V17	4d_2D	5f_2F*	4	6
302	4002.76	0.0349	5.73		0.0389		N III	4003.58	V17	4d_2D	5f_2F*	6	8
303	4002.76					*	N III	4003.72	V17	4d_2D	5f_2F*	6	6
304	4007.63	0.0160	11.25		0.0178		[Fe III]	4008.35		3d6_5D	3d6_3G	9	9
305	4008.43	0.1930	1.66		0.2142		He I	4009.26	V55	2p_1P*	7d_1D	3	5
306	4011.23	0.0130	13.85		0.0144		[Ne III]	4012.01	F1	2p4_3P	2p4_1D	1	5
307	4015.20	0.0060	30.00		0.0067		Fe III	4015.99		4P_4d5F	6S_5f5F*	11	11
308	4023.14	0.0230		:	0.0255		He I	4023.99	V54	2p_1P*	7s_1S	3	1
309	4023.14					*	O II	4023.86	V99	3d'_2F	4f'_D2*	8	6
310	4024.75	0.1250		:	0.1384		He II	4025.60	4.13	4f+_2F*	13g+_2G	32
311	4025.23	0.0160		:	0.0177		N II	4026.08	V39b	3d_3F*	4f_2<5>	7	9
312	4025.35	2.1750	1.26		2.4075		He I	4026.20	V18	2p_3P*	5d_3D	9	15
313	4025.57	0.0020		:	0.0022		O II	4026.31	V50b	3d_4F	4f_F3*	4	6
314	4031.36	0.0050	2.00		0.0055		O II	4032.25	V50a	3d_4F	4f_F4*	6	8
315	4031.59	0.0006		:	0.0007		O II	4032.48	V50c	3d_4F	4f_F2*	4	6
316	4032.27	0.0110	1.82		0.0122		O II	4033.16	V50c	3d_4F	4f_F2*	4	4
317	4032.27					*	[Ni II]	4033.04		3d9_2D	(3P)4s_4P	6	4
318	4032.27					*	O II	4035.07	V50b	3d_4F	4f_F3*	6	6
319	4034.19	0.0336	19.13		0.0371		N II	4035.08	V39a	3d_3F*	4f_2<4>	5	7
320	4034.19					*	O II	4035.46	V50b	3d_4F	4f_F3*	6	8
321	4038.65	0.0040	37.50		0.0044		N II	4039.35	V39b	3d_3F*	4f_2<5>	9	9
322	4040.58	0.0058	13.08		0.0065		O II	4041.28	V50c	3d_4F	4f_F2*	6	6
323	4040.60	0.0742	6.27		0.0819		N II	4041.31	V39b	3d_3F*	4f_2<5>	9	11
324	4040.60					*	O II	4041.95	V50c	3d_4F	4f_F2*	6	4
325	4042.83	0.0320	6.21		0.0354		N II	4043.53	V39a	3d_3F*	4f_2<4>	7	9
326	4044.07	0.0050	58.00		0.0055		N II	4044.78	V39a	3d_3F*	4f_2<4>	7	7
327	4044.23	0.0040	2.50		0.0044		O II	4044.95	V50a	3d_4F	4f_F4*	8	8
328	4045.40	0.0050	2.00		0.0055		O II	4046.12	V50a	3d_4F	4f_F4*	8	10
329	4047.51	0.0183	2.63		0.0202		O II	4048.22	V50b	3d_4F	4f_F3*	8	8
330	4047.51					*	O II	4047.80	V50b	3d_4F	4f_F3*	8	6
331	4051.65	0.0040	62.50		0.0044		[Mn V]	4052.28		3d3_4F	3d3_2D	4	4
332	4053.58	0.0110	30.91		0.0121		O II	4054.52	V98	3d'_2F	4f'_F3*	6	8
333	4053.58					*	O II	4054.08	V50c	3d_4F	4f_F2*	8	6
334	4053.58					*	C III	4056.06	V24	4d_1D	5f_1F*	5	7
335	4056.40	0.0070	62.00		0.0077		N II	4056.90	V39a	3d_3F*	4f_2<4>	9	9
336	4057.66	0.0040	67.50		0.0044		N II	4058.16	V39a	3d_3F*	4f_2<4>	9	7
337	4059.19	0.0110	26.36		0.0121		[F IV]	4059.90		2p2_3P	2p2_1D	5	5
338	4059.89	0.0060	8.33		0.0066		O II	4060.60	V97	3d'_2F	4f'_G4*	8	10
339	4059.89					*	O II	4060.60	V97	3d'_2F	4f'_G4*	8	8
340	4060.31	0.0210	7.62		0.0231		O II	4061.03	V97	3d'_2F	4f'_G4*	6	8
341	4060.49	0.0002		:	0.0002		O II	4061.21	V46c	3d_4F	4f_D1*	4	2
342	4060.49					*	O II	4061.22	V46c	3d_4F	4f_D1*	4	4
343	4061.03	0.0020		:	0.0022		O II	4061.76	V50a	3d_4F	4f_F4*	10	8
344	4062.22	0.0330	7.27		0.0363		O II	4062.94	V50a	3d_4F	4f_F4*	10	10
345	4062.25	0.0007		:	0.0008		Ne II	4062.97	V53	3d_4D	4f_0<3>*	6	8
346	4064.32	0.0030	6.67		0.0033		O II	4065.05	V50b	3d_4F	4f_F3*	10	8
347	4067.14	0.0650	39.69		0.0715		C III	4067.94	V16	4f_3F*	5g_3G	5	7
348	4067.72	0.6610	3.42		0.7271		[S II]	4068.60	F1	3p3_4S*	3p3_2P*	4	4
349	4068.12	0.0850	39.76		0.0935		C III	4068.92	V16	4f_3F*	5g_3G	7	9
350	4068.12					*	O II	4069.62	V10	3p_4D*	3d_4F	2	4
351	4069.09	0.5770		:	0.6346		O II	4069.89	V10	3p_4D*	3d_4F	4	6
352	4069.50	0.1120	39.38		0.1232		C III	4070.31	V16	4f_3F*	5g_3G	9	11
353	4069.50					*	O II	4071.24	V48a	3d_4F	4f_G5*	8	10
354	4069.50					*	[Fe V]	4071.24		3d4_5D	3d4_3P2	5	3
355	4071.37	0.4990	6.50		0.5486		O II	4072.16	V10	3p_4D*	3d_4F	6	8
356	4071.37					*	N II	4073.05	V38b	3d_3F*	4f_1<4>	5	7
357	4073.47	0.0640	19.69		0.0703		O III	4074.02	V23	3s'_3P	3p'_3D*	3	5
358	4073.47					*	C II	4074.52	V36	3d'_4D*	4f'_4F	2	4
359	4073.47					*	C II	4074.52	V36	3d'_4D*	4f'_4F	4	6
360	4073.47					*	C II	4074.85	V36	3d'_4D*	4f'_4F	6	8
361	4075.11	0.6260	9.07		0.6878		O II	4075.86	V10	3p_4D*	3d_4F	8	10
362	4075.11					*	C II	4075.85	V36	3d'_4D*	4f'_4F	8	10
363	4075.47	0.2180	3.44		0.2395		[S II]	4076.35	F1	3p3_4S*	3p3_2P*	4	2
364	4075.47					*	C II	4076.53	V36	3d'_4D*	4f'_4F	8	8
365	4076.11	0.0100	2.00		0.0110		N II	4076.91	V38a	3d_3F*	4f_1<3>	5	5
366	4076.60	0.0001		:	0.0001		N II	4077.40	V38a	3d_3F*	4f_1<3>	7	7
367	4078.00	0.0810	10.49		0.0890		O II	4078.84	V10	3p_4D*	3d_4F	4	4
368	4078.00					*	[Fe III]	4079.70		5D_3d6	3G_3d6_7	9
369	4080.23	0.0370	19.46		0.0406		O III	4081.00	V23	3s'_3P	3p'_3D*	5	7
370	4081.59	0.0260	2.31		0.0285		N II	4082.27	V38b	3d_3F*	4f_1<4>	7	9
371	4082.21	0.0020		:	0.0022		N II	4082.89	V38b	3d_3F*	4f_1<4>	7	7
372	4083.22	0.0787	5.12		0.0864		O II	4083.90	V48b	3d_4F	4f_G4*	6	8
373	4084.43	0.0975	6.79		0.1070		O II	4085.11	V10	3p_4D*	3d_4F	6	6
374	4086.15	0.0010		:	0.0011		N II	4086.83	V38a	3d_3F*	4f_1<3>	7	5
375	4086.47	0.0840	7.14		0.0921		O II	4087.15	V48c	3d_4F	4f_G3*	4	6
376	4086.62	0.0060		:	0.0066		N II	4087.30	V38a	3d_3F*	4f_1<3>	7	7
377	4087.59	0.0050	2.00		0.0055		O II	4088.27	V48a	3d_4F	4f_G5*	10	10
378	4087.59					*	Cr II	4088.52		x6P*	5D_6d6D	4	6
379	4088.17	0.0430	2.09		0.0472		Si IV	4088.86	V1	4s_2S	4p_2P*	2	4
380	4088.53	0.2420	1.82		0.2654		O II	4089.29	V48a	3d_4F	4f_G5*	10	12
381	4092.19	0.0700	30.00		0.0767		O II	4092.93	V10	3p_4D*	3d_4F	8	8
382	4093.40	0.0060	5.00		0.0066		O II	4094.14	V10	3p_4D*	3d_4F	6	4
383	4094.90	0.0760	4.74		0.0833		O II	4095.64	V48c	3d_4F	4f_G3*	6	8
384	4095.16	0.0450	14.44		0.0493		N II	4095.90	V38b	3d_3F*	4f_1<4>	9	9
385	4095.16					*	Fe III	4095.84		4G_5p5G*	4G_5d5G	11	11
386	4095.45	0.0170	4.71		0.0186		O II	4096.19	V48c	3d_4F	4f_G3*	6	6
387	4095.84	0.0020		:	0.0022		N II	4096.58	V38b	3d_3F*	4f_1<4>	9	7
388	4095.84					*	[Fe III]	4096.61		3d6_5D	3d6_3G	5	7
389	4096.19	0.0110	4.55		0.0120		O II	4096.93	V48b	3d_4F	4f_G4*	8	8
390	4096.51	0.0550	4.73		0.0602		O II	4097.25	V20	3p_4P*	3d_4D	2	4
391	4096.52	0.2160	4.72		0.2366		O II	4097.26	V48b	3d_4F	4f_G4*	8	10
392	4096.55	1.6720	9.06		1.8315		N III	4097.33	V1	3s_2S	3p_2P*	2	4
393	4096.64	0.0410	5.61		0.0449		N II	4097.38	V44b	3d_1D*	4f_2<2>	5	5
394	4096.64					*	Fe II	4097.50		y4D*	e4F	8	10
395	4097.27	0.0230	5.65		0.0252		N II	4098.01	V44b	3d_1D*	4f_2<2>	5	3
396	4100.20	0.0008	10.00		0.0009		N II	4100.97	V38a	3d_3F*	4f_1<3>	9	7
397	4100.94	25.7890	2.09		28.2308		H I	4101.73	H6	2p+_2P*	6d+_2D	8	72
398	4102.23	0.0490	1.84		0.0536		O II	4103.00	V20	3p_4P*	3d_4D	2	2
399	4102.23					*	N III	4103.39	V1	3s_2S	3p_2P*	2	2
400	4103.95	0.0170	1.76		0.0186		O II	4104.72	V20	3p_4P*	3d_4D	4	6
401	4104.22	0.0950	1.79		0.1039		O II	4104.99	V20	3p_4P*	3d_4D	4	4
402	4105.25	0.0040	2.50		0.0044		O II	4106.02	V10	3p_4D*	3d_4F	8	6
403	4106.32	0.0530	2.20		0.0580		O II	4107.09	V46a	3d_4F	4f_D3*	6	8
404	4106.56	0.0030		:	0.0033		O II	4107.33	V46a	3d_4F	4f_D3*	6	6
405	4107.98	0.0100	2.00		0.0109		O II	4108.75	V48c	3d_4F	4f_G3*	8	8
406	4108.52	0.0002		:	0.0002		O II	4109.30	V48c	3d_4F	4f_G3*	8	6
407	4109.27	0.0310	5.81		0.0339		N II	4110.04	V44a	3d_1D*	4f_2<3>	5	5
408	4110.03	0.0230	1.74		0.0251		O II	4110.79	V20	3p_4P*	3d_4D	4	2
409	4110.07	0.0002		:	0.0002		N II	4110.83	V44a	3d_1D*	4f_2<3>	5	7
410	4111.62	0.0110		:	0.0120		Ne II	4112.40	V54b	3d_4D	4f_1<4>*	6	8
411	4111.62					*	O II	4114.18	V48b	3d_4F	4f_G4*	10	8
412	4111.62					*	O II	4114.50	V48b	3d_4F	4f_G4*	10	10
413	4115.36	0.0240	17.08		0.0262		Si IV	4116.10	V1	4s_2S	4p_2P*	2	2
414	4118.48	0.1401	23.84		0.1530		O II	4119.22	V20	3p_4P*	3d_4D	6	8
415	4119.54	0.0183		:	0.0200		O II	4120.28	V20	3p_4P*	3d_4D	6	6
416	4119.80	0.0255		:	0.0279		O II	4120.54	V20	3p_4P*	3d_4D	6	4
417	4120.05	0.2380	4.37		0.2598		He I	4120.99	V16	2p_3P*	5s_3S	9	3
418	4120.72	0.0150	42.00		0.0164		O II	4121.46	V19	3p_4P*	3d_4P	2	2
419	4121.88	0.0120	39.17		0.0131		[K V]	4122.62		3p3_4S*	3p3_2D*	4	6
420	4127.41	0.0090	38.89		0.0098		Si II	4128.07	V3	3d_2D	4f_2F*	4	6
421	4127.41					*	[Fe II]	4128.75		(3P2)4s_4P	(5D)4p_4D*	6	4
422	4128.67	0.0220	13.18		0.0240		O II	4129.32	V19	3p_4P*	3d_4P	4	2
423	4130.24	0.0020	5.00		0.0022		Si II	4130.89	V3	3d_2D	4f_2F*	6	8
424	4130.24					*	Si II	4130.87	V3	3d_2D	4f_2F*	6	6
425	4131.13	0.0033	23.18		0.0036		N II	4131.78	V43.01	3d_1D*	4f_2<4>	5	7
426	4132.15	0.0720	8.37		0.0785		O II	4132.80	V19	3p_4P*	3d_4P	2	4
427	4132.15					*	N II	4133.67	V65	3s'_5P	3p'_5S*	5	5
428	4135.48	0.0013		:	0.0014		N II	4136.39		?	?
429	4136.97	0.0008		:	0.0009		O II	4137.72	V46a	3d_4F	4f_D3*	10	8
430	4138.99	0.0130	40.77		0.0142		O I	4139.92		?	?
431	4139.95	0.0030	43.33		0.0033		O II	4140.70	V19	3p_4P*	3d_4P	4	4
432	4141.80	0.0560	5.54		0.0609		O II	4142.27	V106	3p"'6P	3d"'6D*	4	6
433	4142.94	0.0550	0.73		0.0598		O II	4143.74	V106	3p"'6P	3d"'6D*	6	8
434	4142.96	0.2610	0.65		0.2840		He I	4143.76	V53	2p_1P*	6d_1D	3	5
435	4143.44	0.0300	0.67		0.0326		[Fe IV]	4144.20		3d5_4G	3d5_2H	12	12
436	4145.02	0.0170	17.65		0.0185		N II	4145.78	V65	3s'_5P	3p'_5S*	7	5
437	4145.02					*	Fe III	4145.79		4G_5p5F*	4G_6s5G	9	9
438	4145.32	0.0080		:	0.0087		O II	4146.08	V106	3p"'6P	3d"'6D*	8	10
439	4145.79	0.0060	48.17		0.0065		[Fe II]	4146.65		a4F	a4G	10	8
440	4145.79					*	Ne II	4150.69	V54a	3d_4D	4f_1<2>*	2	4
441	4151.72	0.0130	12.31		0.0141		C III	4152.51	V21	3p'_3D	5f_3F*	3	5
442	4152.51	0.1030	5.83		0.1119		O II	4153.30	V19	3p_4P*	3d_4P	4	6
443	4155.70	0.0180	13.33		0.0196		C III	4156.50	V21	3p'_3D	5f_3F*	5	7
444	4155.70					*	N II	4156.39	V50b	3d_3D*	4f_2<2>	3	5
445	4155.74	0.0520	11.49		0.0565		O II	4156.53	V19	3p_4P*	3d_4P	6	4
446	4155.97	0.0020	15.00		0.0022		C III	4156.74	V21	3p'_3D	5f_3F*	5	5
447	4156.19	0.0020		:	0.0022		N II	4157.01	V50b	3d_3D*	4f_2<2>	3	3
448	4156.19					*	N II	4160.50	V50b	3d_3D*	4f_2<2>	5	5
449	4156.19					*	N II	4161.14	V50b	3d_3D*	4f_2<2>	5	3
450	4162.03	0.0040	80.00		0.0043		C III	4162.88	V21	3p'_3D	5f_3F*	7	9
451	4162.51	0.0060	53.33		0.0065		C III	4163.25	V21	3p'_3D	5f_3F*	7	7
452	4162.51					*	[K V]	4163.32		3p3_4S*	3p3_2D*	4	4
453	4164.94	0.0010		:	0.0011		N II	4165.77	V50b	3d_3D*	4f_2<2>	7	5
454	4166.12	0.0100	17.00		0.0108		Fe III	4166.88		4G_5p5H*	4G_5d5G	11	9
455	4168.50	0.0720	2.92		0.0781		O II	4169.22	V19	3p_4P*	3d_4P	6	6
456	4168.50					*	He I	4168.97	V52	2p_1P*	6s_1S	3	1
457	4168.50					*	N II	4169.38	V50a	3d_3D*	4f_2<3>	3	5
458	4170.85	0.0212	10.44		0.0230		N II	4171.61	V43b	3d_1D*	4f_1<4>	5	7
459	4170.85					*	Fe I	4171.69	V941	b1G	x1F*	9	7
460	4172.87	0.0032	50.00		0.0035		N II	4173.57	V50a	3d_3D*	4f_2<3>	5	5
461	4172.87					*	Fe II	4173.46	V27	b4P	z4D*	6	6
462	4173.55	0.0009		:	0.0010		N II	4174.38	V50a	3d_3D*	4f_2<3>	5	7
463	4173.55					*	N II	4175.66	V43a	3d_1D*	4f_1<3>	5	5
464	4175.33	0.0260	12.76		0.0281		N II	4176.16	V43a	3d_1D*	4f_1<3>	5	7
465	4175.33					*	Fe III	4176.09		b2G_4s3G	2H_4p3H*	11	13
466	4177.40	0.0080	23.75		0.0087		Fe III]	4178.13		6S_4p7P*	b2D_4s3D	5	7
467	4178.03	0.0010		:	0.0011		N II	4178.85	V50a	3d_3D*	4f_2<3>	7	5
468	4178.84	0.0094	27.14		0.0102		N II	4179.67	V50a	3d_3D*	4f_2<3>	7	7
469	4179.79	0.0106	3.33		0.0115		[Fe V]	4180.60		3d4_5D	3d4_3P2	3	1
470	4180.35	0.0350	2.57		0.0379		N II	4181.10	V49b	3d_3D*	4f_2<5>	7	9
471	4180.35					*	Fe II	4181.20		y4D*	e4F	6	6
472	4184.67	0.0650	4.31		0.0703		O II	4185.45	V36	3p'_2F*	3d'_2G	6	8
473	4186.19	0.0820	3.29		0.0887		C III	4186.90	V18	4f_1F*	5g_1G	7	9
474	4186.19					*	O II	4189.58	V36	3p'_2F*	3d'_2G	8	8
475	4189.01	0.0770	1.82		0.0833		O II	4189.79	V36	3p'_2F*	3d'_2G	8	10
476	4191.75	0.0006		:	0.0007		O II	4192.51	V42	3p'_2D*	3d'_2P	6	4
477	4194.90	0.0430	10.70		0.0465		N III	4195.76	V6	3s'_2P*	3p'_2D	2	4
478	4195.16	0.0040		:	0.0042		N II	4195.97	V49a	3d_3D*	4f_2<4>	5	7
479	4197.43	0.0240	9.17		0.0259		[Fe IV]	4198.24		3d5_4G	3d5_2H	12	10
480	4198.97	0.2530	2.69		0.2732		He II	4199.83	4.11	4f+_2F*	11g+_2G	32
481	4199.18	0.0070		:	0.0075		N II	4199.98	V49a	3d_3D*	4f_2<4>	7	9
482	4199.18					*	Ar II	4199.89	V124	3d'_2D	4f_0<3>*	4	6
483	4199.24	0.0780	17.82		0.0842		N III	4200.10	V6	3s'_2P*	3p'_2D	4	6
484	4199.24					*	N II	4201.35	V49a	3d_3D*	4f_2<4>	7	7
485	4205.57	0.0050	22.00		0.0054		N II	4206.51	V74	3d'_5D	4f'_5F*	7	9
486	4205.57					*	[Fe IV]	4206.60		3d5_4G	3d5_2H	10	10
487	4207.01	0.0013	70.00		0.0014		N II	4207.50	V74	3d'_5D	4f'_5F*	9	11
488	4207.01					*	[Fe IV]	4208.08		3d5_4G	3d5_2H	8	10
489	4208.58	0.0020	35.00		0.0022		Ne II	4209.33		3p"_2P*	5s'_2D	4	6
490	4211.47	0.0012		:	0.0013		Si IV	4212.41	V5	5d_2D	6f_2F*	10	14
491	4214.99	0.0080	20.00		0.0086		N III	4215.77	V6	3s'_2P*	3p'_2D	4	4
492	4216.39	0.0110	13.64		0.0118		Ne II	4217.17	V52b	3d_4D	4f_2<3>*	8	8
493	4216.39					*	Ne II	4217.15	V52b	3d_4D	4f_2<3>*	8	6
494	4216.41	0.0020	5.00		0.0022		S II	4217.18	V44	4p_4D*	4d_4F	8	8
495	4216.41		15.86			*	Ne II	4219.37	V52a	3d_4D	4f_2<4>*	8	8
496	4218.97	0.0531	20.90		0.0571		Ne II	4219.74	V52a	3d_4D	4f_2<4>*	8	10
497	4220.11	0.0159	18.67		0.0171		Ne II	4220.89	V52d	3d_4D	4f_2<2>*	6	6
498	4221.99	0.0030	10.00		0.0032		O I	4222.76	V33	4p_3P	3d'_3P*	3	3
499	4221.99					*	O I	4222.76	V33	4p_3P	3d'_3P*	5	3
500	4222.05	0.0040	12.50		0.0043		O I	4222.82	V33	4p_3P	3d'_3P*	1	3
501	4223.51	0.0070	2.86		0.0075		Ne II	4224.47	V52c	3d_4D	4f_2<1>*	4	4
502	4223.68	0.0020		:	0.0022		Ne II	4224.64	V52c	3d_4D	4f_2<1>*	4	2
503	4225.96	0.0150	2.67		0.0161		[Fe V]	4227.19		3d4_5D	3d4_3H	9	9
504	4226.71	0.2560	2.50		0.2754		N II	4227.69	V33	3p_1D	4s_1P*	5	3
505	4226.71					*	Ne II	4231.53	V52b	3d_4D	4f_2<3>*	6	6
506	4226.71					*	[Fe II]	4231.55		3d7_4F	(3G)4s_4G	8	6
507	4230.68	0.0256	15.59		0.0275		Ne II	4231.64	V52b	3d_4D	4f_2<3>*	6	8
508	4232.88	0.0164	16.00		0.0175		Ne II	4233.85	V52a	3d_4D	4f_2<4>*	6	8
509	4236.08	0.0510	11.11		0.0548		N II	4236.91	V48a	3d_3D*	4f_1<3>	3	5
510	4236.08					*	N II	4237.05	V48b	3d_3D*	4f_1<4>	5	7
511	4237.10	0.0110	57.66		0.0118		C III	4237.91		?	?
512	4239.09	0.0160	11.25		0.0172		Ne II	4239.91	V52d	3d_4D	4f_2<2>*	4	6
513	4239.09					*	Ne II	4240.10	V52d	3d_4D	4f_2<2>*	4	4
514	4240.41	0.0001		:	0.0002		N II	4241.24	V48a	3d_3D*	4f_1<3>	5	5
515	4240.95	0.0302	36.09		0.0325		N II	4241.78	V48a	3d_3D*	4f_1<3>	5	7
516	4240.95	0.0565	4.67		0.0606		N II	4241.78	V48b	3d_3D*	4f_1<4>	7	9
517	4240.95					*	Ne II	4242.04	V52c	3d_4D	4f_2<1>*	2	4
518	4241.66	0.0020	5.00		0.0021		N II	4242.49	V48b	3d_3D*	4f_1<4>	7	7
519	4243.31	0.0060	28.33		0.0064		Ne II	4244.14	V62	3d_2D	4f_0<3>*	6	8
520	4243.31					*	Ne II	4244.17	V62	3d_2D	4f_0<3>*	6	6
521	4243.31					*	[Fe II]	4243.97		3d7_4F	(3G)4s_4G	10	12
522	4244.74	0.0030	83.33		0.0032		[Fe II]	4244.81		3d7_4F	(3G)4s_4G	8	8
523	4245.76	0.0008		:	0.0009		N II	4246.71	V48a	3d_3D*	4f_1<3>	7	5
524	4246.25	0.0040	12.50		0.0043		N II	4247.20	V48a	3d_3D*	4f_1<3>	7	7
525	4249.61	0.0150	51.33		0.0161		Ne II	4250.65	V52b	3d_4D	4f_2<3>*	4	6
526	4250.99	0.0090	16.67		0.0096		[Fe II]	4251.44		3d7_4F	(3H)4s_2H	6	10
527	4253.12	0.0542	16.90		0.0581		O II	4253.90	V101	3d'_2G	4f'_H5*	10	12
528	4253.12					*	O II	4253.91	V101	3d'_2G	4f'_H5*	10	10
529	4253.12					*	O II	4254.12	V101	3d'_2G	4f'_H5*	8	10
530	4254.55	0.0040		:	0.0043		C III	4255.41	V15.01	4f_3F*	5d_3D	5	3
531	4255.59	0.0040		:	0.0043		C III	4256.46	V15.01	4f_3F*	5d_3D	7	5
532	4257.00	0.0150	79.33		0.0161		Ne II	4257.80	V52d	3d_4D	4f_2<2>*	2	4
533	4259.02	0.0050		:	0.0054		Ni II	4259.99		4Fsp'4G*	3F_9s4F	6	6
534	4262.54	0.0040	2.50		0.0043		O II	4263.27	V53c	3d_4P	4f_D1*	6	4
535	4266.27	0.3290	1.85		0.3520		C II	4267.00	V6	3d_2D	4f_2F*	4	6
536	4266.41	0.4700	1.85		0.5029		C II	4267.26	V6	3d_2D	4f_2F*	6	8
537	4266.53	0.0230	1.74		0.0246		C II	4267.26	V6	3d_2D	4f_2F*	6	6
538	4266.65	0.0040		:	0.0043		Ne II	4267.38	V57c	3d_4F	4f_1<3>*	10	8
539	4272.26	0.0110	5.45		0.0118		O II	4273.10	V67a	3d_4D	4f_F4*	6	8
540	4273.40	0.0180	28.89		0.0192		O II	4274.24	V67a	3d_4D	4f_F4*	8	8
541	4274.71	0.1030	4.95		0.1101		O II	4275.55	V67a	3d_4D	4f_F4*	8	10
542	4275.15	0.0230	4.78		0.0246		O II	4275.99	V67b	3d_4D	4f_F3*	4	6
543	4275.44	0.0160	5.00		0.0171		O II	4276.28	V67b	3d_4D	4f_F3*	6	6
544	4275.78	0.0150	5.33		0.0160		O II	4276.62	V53c	3d_4P	4f_D1*	4	4
545	4275.78					*	O II	4276.71	V53c	3d_4P	4f_D1*	4	2
546	4275.91	0.0500	4.80		0.0534		O II	4276.75	V67b	3d_4P	4f_D1*	6	8
547	4276.59	0.0320	5.00		0.0342		O II	4277.43	V67c	3d_4D	4f_F2*	2	4
548	4276.59					*	O II	4277.44	V67b	3d_4D	4f_F3*	8	6
549	4277.05	0.0210	4.76		0.0224		O II	4277.89	V67b	3d_4D	4f_F3*	8	8
550	4277.05					*	Ne II	4280.44	V57b	3d_4F	4f_1!4?*	10	8
551	4277.05					*	Ne II	4280.59	V57b	3d_4F	4f_1!4?*	10	10
552	4280.61	0.0200	2.50		0.0214		O II	4281.32	V53b	3d_4P	4f_D2*	6	6
553	4280.75	0.0014		:	0.0015		O II	4281.46	V53b	3d_4P	4f_D2*	6	4
554	4280.75					*	O II	4282.02	V78a	3d_2F	4f_F4*	6	8
555	4282.25	0.0390	2.31		0.0416		O II	4282.96	V67c	3d_4D	4f_F2*	4	6
556	4282.54	0.0070	2.86		0.0075		O II	4283.25	V67c	3d_4D	4f_F2*	6	6
557	4283.02	0.0210	2.38		0.0224		Ne II	4283.73	V57c	3d_4F	4f_1<3>*	8	8
558	4283.02					*	O II	4283.73	V67c	3d_4D	4f_F2*	4	4
559	4283.29	0.0020		:	0.0021		O II	4284.00	V67c	3d_4D	4f_F2*	6	4
560	4283.68	0.0013		:	0.0014		O II	4284.39	V67c	3d_4D	4f_F2*	8	6
561	4283.68					*	[Ni II]	4285.31		3d9_2D	(3P)4s_4P	4	2
562	4283.68					*	O II	4285.21	V78b	3d_2F	4f_F3*	6	6
563	4284.98	0.0570	7.37		0.0609		O II	4285.69	V78b	3d_2F	4f_F3*	6	8
564	4288.09	0.0170	7.65		0.0181		O II	4288.82	V53c	3d_4P	4f_D1*	2	4
565	4288.09	0.0190	7.89		0.0203		O II	4288.82	V53c	3d_4P	4f_D1*	2	2
566	4290.52	0.0550	8.54		0.0587		O II	4291.25	V55	3d_4P	4f_G3*	6	8
567	4291.13	0.0030		:	0.0032		O II	4291.86	V55	3d_4P	4f_G3*	6	6
568	4291.48	0.0220	3.18		0.0235		O II	4292.21	V78c	3d_2F	4f_F2*	6	6
569	4292.22	0.0080	42.50		0.0085		O II	4292.95	V78c	3d_2F	4f_F2*	6	4
570	4294.05	0.0630	3.17		0.0672		O II	4294.78	V53b	3d_4P	4f_D2*	4	6
571	4294.19	0.0180	3.33		0.0192		O II	4294.92	V53b	3d_4P	4f_D2*	4	4
572	4296.14	0.0030		:	0.0032		Ne II	4296.87	V57b	3d_4F	4f_1!4?*	8	8
573	4296.14					*	Ne II	4297.02	V57b	3d_4F	4f_1!4?*	8	10
574	4302.79	0.0200	3.00		0.0213		O II	4303.61	V65a	3d_4D	4f_G5*	8	10
575	4303.01	0.1130	3.27		0.1203		O II	4303.82	V53a	3d_4P	4f_D3*	6	8
576	4303.26	0.0050	4.00		0.0053		O II	4304.08	V53a	3d_4P	4f_D3*	6	6
577	4304.57	0.0060	3.33		0.0064		O II	4305.39	V55	3d_4P	4f_G3*	4	6
578	4306.41	0.0270	10.00		0.0287		O II	4307.23	V53b	3d_4P	4f_D2*	2	4
579	4308.17	0.0150	18.00		0.0160		O II	4309.00	V63c	3d_4D	4f_D1*	2	4
580	4308.17					*	O II	4309.00	V63c	3d_4D	4f_D1*	2	2
581	4311.35	0.0150	16.67		0.0160		O II	4312.11	V78a	3d_2F	4f_F4*	8	8
582	4312.68	0.0230	10.87		0.0245		O II	4313.44	V78a	3d_2F	4f_F4*	8	10
583	4314.63	0.0040	2.50		0.0043		O II	4315.39	V63c	3d_4D	4f_D1*	4	2
584	4314.63	0.0120	33.33		0.0128		O II	4315.39	V78b	3d_2F	4f_F3*	8	6
585	4314.64	0.0060	16.67		0.0064		O II	4315.40	V63c	3d_4D	4f_D1*	4	4
586	4314.93	0.0012		:	0.0013		O II	4315.69	V63c	3d_4D	4f_D1*	6	4
587	4315.07	0.0090	2.22		0.0096		O II	4315.83	V78b	3d_2F	4f_F3*	8	8
588	4316.38	0.0860	2.21		0.0914		O II	4317.14	V2	3s_4P	3p_4P*	2	4
589	4316.94	0.0150	2.00		0.0159		O II	4317.70	V53a	3d_4P	4f_D3*	4	6
590	4318.87	0.0590	4.58		0.0627		O II	4319.63	V2	3s_4P	3p_4P*	4	6
591	4321.69	0.0010		:	0.0011		O II	4322.45	V78c	3d_2F	4f_F2*	8	6
592	4324.92	0.0270	6.67		0.0287		O II	4325.76	V2	3s_4P	3p_4P*	2	2
593	4326.75	0.0050	30.00		0.0053		O II	4327.59	V63b	3d_4D	4f_D2*	2	4
594	4328.62	0.0130		:	0.0138		[Fe II]	4329.43		(5D)4s_4D	(3D)4s_4D	6	8
595	4330.32	0.0220	1.36		0.0233		O II	4331.13	V65b	3d_4D	4f_G4*	6	8
596	4330.32					*	O II	4332.33	V65b	3d_4D	4f_G4*	8	8
597	4332.02	0.0550	1.27		0.0584		O II	4332.71	V65b	3d_4D	4f_G4*	8	10
598	4333.07	0.0070	1.43		0.0074		O II	4333.88	V63b	3d_4D	4f_D2*	4	6
599	4333.38	0.0080	1.25		0.0085		O II	4334.19	V63b	3d_4D	4f_D2*	6	6
600	4333.38					*	O II	4334.03	V63b	3d_4D	4f_D2*	4	4
601	4333.52	0.0020		:	0.0021		O II	4334.33	V63b	3d_4D	4f_D2*	6	4
602	4334.55	0.0020		:	0.0021		O II	4335.36	V63b	3d_4D	4f_D2*	8	6
603	4336.05	0.0500	1.20		0.0530		O II	4336.86	V2	3s_4P	3p_4P*	4	4
604	4337.86	0.3410	1.29		0.3615		He II	4338.67	4.10	4f+_2F*	10g+_2G	32
605	4339.52	0.0800	1.25		0.0848		O II	4340.33	V76b	3d_2F	4f_G4*	6	8
606	4339.62	45.5200	1.14		48.2491		H I	4340.46	H5	2p+_2P*	5d+_2D	8	50
607	4341.19	0.1980	1.26		0.2098		O II	4342.00	V76a	3d_2F	4f_G5*	8	10
608	4343.61	0.0290	1.38		0.0307		O II	4344.42	V65c	3d_4D	4f_G3*	6	8
609	4343.61					*	O II	4344.68	V65c	3d_4D	4f_G3*	4	6
610	4344.15	0.0008		:	0.0009		O II	4344.96	V65c	3d_4D	4f_G3*	6	6
611	4344.62	0.0320	2.19		0.0339		O II	4345.55	V65c	3d_4D	4f_G3*	8	8
612	4344.74	0.1330	1.43		0.1409		O II	4345.56	V2	3s_4P	3p_4P*	4	2
613	4345.34	0.0004		:	0.0005		O II	4346.16	V65c	3d_4D	4f_G3*	8	6
614	4346.03	0.0490	14.90		0.0519		[Fe II]	4346.85		3d7_4F	(3G)4s_4G	8	12
615	4346.40	0.0005		:	0.0006		O II	4347.22	V16	3s'_2D	3p'_2D*	6	4
616	4346.59	0.0050	2.00		0.0053		O II	4347.42	V16	3s'_2D	3p'_2D*	4	4
617	4348.60	0.1840	2.88		0.1948		O II	4349.43	V2	3s_4P	3p_4P*	6	6
618	4350.44	0.0110	2.73		0.0116		O II	4351.26	V16	3s'_2D	3p'_2D*	6	6
619	4350.63	0.0001		:	0.0002		O II	4351.45	V16	3s'_2D	3p'_2D*	4	6
620	4350.99	0.0130	3.08		0.0138		[Fe II]	4351.81		(5D)4s_4D	(3D)4s_4D	6	4
621	4351.96	0.0020		:	0.0021		[Fe II]	4352.78		3d7_4F	(3G)4s_4G	6	10
622	4352.97	0.0240	21.25		0.0254		O II	4353.59	V76c	3d_2F	4f_G3*	6	8
623	4353.36	0.0005		:	0.0006		O II	4354.18	V76c	3d_2F	4f_G3*	6	6
624	4353.36					*	O II	4357.25	V18	3p_4P*	3d_4F	6	8
625	4356.41	0.0235	5.24		0.0249		O II	4357.25	V63a	3d_4D	4f_D3*	6	8
626	4356.41					*	O II	4357.52	V63a	3d_4D	4f_D3*	6	6
627	4356.41					*	[Fe II]	4358.36		3d7_4F	(3G)4s_4G	4	6
628	4357.61	0.0020	5.00		0.0021		O II	4358.45	V63a	3d_4D	4f_D3*	8	8
629	4358.49	0.0280	5.36		0.0296		[Fe II]	4359.33		(5D)4s_6D	4s2_6S	8	6
630	4358.49					*	O II	4359.39	V26	3p_2D*	3d_2D	4	6
631	4362.37	6.9410	5.82		7.3361		[O III]	4363.21	2F	2p2_1D	2p2_1S	5	1
632	4364.24	0.0020	5.00		0.0021		O III	4365.08	V39b	4f_F<3>	5g_G<5>*	7	9
633	4364.24					*	Ne II	4365.64	V60c	3d_2F	4f_1<3>*	8	6
634	4364.24					*	Ne II	4365.75	V60c	3d_2F	4f_1<3>*	8	8
635	4365.54	0.0001		:	0.0002		Ni II	4366.52		3F_4d4P	3P_5p4S*	6	4
636	4365.69	0.0370	5.41		0.0391		O II	4366.53	V75a	3d_2F	4f_D3*	6	8
637	4365.69					*	O II	4366.79	V75a	3d_2F	4f_D3*	6	6
638	4366.15	0.0810	11.48		0.0856		O II	4366.89	V2	3s_4P	3p_4P*	6	4
639	4366.15					*	O III	4366.99	V39a	4f_F<3>	5g_G<4>*	7	16
640	4367.42	0.0140	5.00		0.0148		N I	4368.40		3p_2S*	13s_2P	2	4
641	4367.42					*	C II	4368.26	V45	3d'_4P*	4f'_4D	6	4
642	4368.44	0.0030	36.67		0.0032		O II	4369.28	V26	3p_2D*	3d_2D	4	4
643	4369.02	0.0200	5.50		0.0211		O III	4369.64	V39a	4f_F<3>	5g_G<4>*	5	7
644	4370.81	0.0318	41.54		0.0336		O II	4371.62	V76b	3d_2F	4f_G4*	8	10
645	4373.47	0.0090	66.67		0.0095		O II	4374.30	V75b	3d_2F	4f_D2*	8	6
646	4373.47					*	C II	4374.27	V45	3d'_4P*	4f'_4D	6	8
647	4375.76	0.0310	25.81		0.0327		O III	4376.54	V39c	4f_F<4>	5g_G<5>*	7	9
648	4375.76					*	C II	4376.56	V45	3d'_4P*	4f'_4D	4	6
649	4377.18	0.0360	55.00		0.0380		Ne II	4377.98	V65	3d_4P	4f_0<3>*	4	6
650	4378.31	0.3484	6.32		0.3675		N III	4379.11	V18	4f_2F*	5g_2G	16	18
651	4378.31					*	O III	4379.58	V39c	4f_F<4>	5g_G<5>*	9	20
652	4378.74	0.0470	65.32		0.0496		Ne II	4379.55	V60b	3d_2F	4f_1<4>*	8	10
653	4378.74					*	Ne II	4379.40	V60b	3d_2F	4f_1<4>*	8	8
654	4384.22	0.0300	18.33		0.0316		Ne II	4385.06	V59	3d_2F	4f_0<3>*	6	8
655	4384.22					*	O II	4384.70	V76c	3d_2F	4f_G3*	8	8
656	4384.22					*	Ne II	4384.98	V59	3d_2F	4f_0<3>*	6	6
657	4384.22					*	O II	4385.33	V76c	3d_2F	4f_G3*	8	6
658	4387.09	0.5680	1.74		0.5985		He I	4387.93	V51	2p_1P*	5d_1D	3	5
659	4391.16	0.0707	5.10		0.0744		Ne II	4391.99	V55e	3d_4F	4f_2<5>*	10	12
660	4391.16					*	Ne II	4392.00	V55e	3d_4F	4f_2<5>*	10	10
661	4395.10	0.0070	17.50		0.0074		O II	4395.94	V26	3p_2D*	3d_2D	6	6
662	4397.15	0.0230	11.25		0.0242		Ne II	4397.99	V57b	3d_4F	4f_1<4>*	6	8
663	4397.87	0.0020		:	0.0021		Ni II	4398.42		4F_sp4D*	3F_5d2F	6	8
664	4399.91	0.0040		:	0.0042		Ne II	4401.67	V57a	3d_4F	4f_1<2>*	6	6
665	4399.91					*	Ne II	4401.88	V57a	3d_4F	4f_1<2>*	6	4
666	4405.14	0.0001		:	0.0001		O II	4405.99	V26	3p_2D*	3d_2D	6	4
667	4407.44	0.0070	31.43		0.0074		O III	4408.29	V46a	4f_G<4>	5g_H<5>*	7	9
668	4408.50	0.0569	8.68		0.0597		Ne II	4409.30	V55e	3d_4F	4f_2<5>*	8	10
669	4408.50					*	Ne II	4409.78	V55b	3d_4F	4f_2<3>*	10	8
670	4411.40	0.0040		:	0.0042		Ne II	4412.20	V55a	3d_4F	4f_2<4>*	10	8
671	4411.79	0.0130	36.15		0.0137		Ne II	4412.59	V55a	3d_4F	4f_2<4>*	10	10
672	4412.42	0.0267	2.00		0.0280		Ne II	4413.22	V65	3d_4P	4f_0<3>*	6	8
673	4412.42					*	Ne II	4413.11	V65	3d_4P	4f_0<3>*	6	6
674	4412.42					*	Ne II	4413.11	V57c	3d_4F	4f_1<3>*	4	6
675	4414.00	0.0080	32.50		0.0084		O III	4414.85	V46a	4f_G<4>	5g_H<5>*	9	11
676	4414.05	0.0950	1.89		0.0998		O II	4414.90	V5	3s_2P	3p_2D*	4	6
677	4415.96	0.0240	10.83		0.0252		Ne II	4416.76	V61d	3d_2D	4f_2<2>*	6	6
678	4415.96					*	Ne II	4416.77	V61d	3d_2D	4f_2<2>*	6	4
679	4416.12	0.0610	0.98		0.0640		O II	4416.97	V5	3s_2P	3p_2D*	2	4
680	4416.22	0.0040		:	0.0042		N II	4417.07	V55b	3d_3P*	4f_2<2>	5	5
681	4416.97	0.0020		:	0.0021		N II	4417.83	V55b	3d_3P*	4f_2<2>	5	3
682	4420.51	0.0080	2.50		0.0084		Ne II	4421.39	V66c	3d_4P	4f_1<3>*	4	6
683	4426.40	0.0090	18.89		0.0094		N II	4427.24	V55b	3d_3P*	4f_2<2>	3	5
684	4426.40					*	Ne II	4427.22	V55b	3d_4F	4f_2<3>*	8	8
685	4427.12	0.0060	20.00		0.0063		N II	4427.96	V55b	3d_3P*	4f_2<2>	3	3
686	4427.12					*	Ne II	4428.52	V61b	3d_2D	4f_2<3>*	6	8
687	4427.12					*	Ne II	4428.41	V61b	3d_2D	4f_2<3>*	6	6
688	4427.12					*	Ne II	4428.52	V60c	3d_2F	4f_1<3>*	6	6
689	4427.80	0.0420	6.95		0.0440		Ne II	4428.64	V60c	3d_2F	4f_1<3>*	6	8
690	4427.80					*	Ne II	4430.06	V55a	3d_4F	4f_2<4>*	8	10
691	4427.80					*	Ne II	4430.90	V57a	3d_4F	4f_1<2>*	4	6
692	4430.20	0.0380		:	0.0399		Ne II	4430.94	V61a	3d_2D	4f_2<4>*	6	8
693	4430.20					*	Ne II	4431.11	V57a	3d_4F	4f_1<2>*	4	4
694	4430.98	0.0030	20.00		0.0031		N II	4431.82	V55a	3d_3P*	4f_2<3>	5	5
695	4431.48	0.0020		:	0.0021		[Fe II]	4432.45		(5D)4s_6D	(3F2)4s_4F	8	6
696	4431.90	0.0340	18.24		0.0356		N II	4432.74	V55a	3d_3P*	4f_2<3>	5	7
697	4432.64	0.0080	18.75		0.0084		N II	4433.48	V55b	3d_3P*	4f_2<2>	1	3
698	4433.76	0.0230	10.00		0.0241		O III	4434.60	V46b	4f_G<5>	5g_H<6>*	11	24
699	4436.65	0.0010	10.00		0.0010		O III	4437.54	V49b	4f_D<3>	5g_F<3>*	7	12
700	4436.66	0.0620	71.94		0.0649		He I	4437.55	V50	2p_1P*	5s_1S	3	1
701	4438.36	0.0130	18.46		0.0136		Ne II	4439.25	V66a	3d_4P	4f_1<2>*	4	6
702	4438.36					*	Ne II	4439.46	V66a	3d_4P	4f_1<2>*	4	4
703	4441.26	0.0190	9.17		0.0198		N II	4442.02	V55a	3d_3P*	4f_2<3>	3	5
704	4441.26					*	O III	4442.02	V49b	4f_D<3>	5g_F<3>*	5	12
705	4441.26					*	Ne II	4442.69	V60b	3d_2F	4f_1<4>*	6	8
706	4446.05	0.0050	40.00		0.0052		O II	4446.81	V86c	3d_2P	4f_D1*	4	4
707	4446.05					*	N II	4447.03	V15	3p_1P	3d_1D*	3	5
708	4447.38	0.0370	19.19		0.0387		O III	4448.14	V46b	4f_G<5>	5g_H<6>*	9	11
709	4447.43	0.0020	30.00		0.0021		O II	4448.19	V35	3p'_2F*	3d'_2F	8	8
710	4451.30	0.0135	18.15		0.0141		[Fe II]	4452.10		5D_4s_a6D	3d5_4s2_a6	4	6
711	4451.31	0.0135	18.15		0.0141		O II	4452.37	V5	3s_2P	3p_2D*	4	4
712	4453.27	0.0110	42.73		0.0115		O III	4454.03	V49a	4f_D<3>	5g_F<4>*	7	16
713	4456.25	0.0250	9.20		0.0261		Ne II	4457.05	V61d	3d_2D	4f_2<2>*	4	6
714	4456.25					*	Ne II	4457.24	V66c	3d_4P	4f_1<3>*	6	6
715	4456.25					*	Ne II	4457.24	V61d	3d_2D	4f_2<2>*	4	4
716	4456.25					*	Ne II	4457.36	V66c	3d_4P	4f_1<3>*	6	8
717	4456.25					*	[Fe II]	4457.95		3d6_4s_a6D	3d6_4s_b4F	8	8
718	4457.75	0.0170	34.12		0.0178		O III	4458.55	V49a	4f_D<3>	5g_F<4>*	5	7
719	4460.32	0.0120	28.70		0.0125		C III	4461.14		?	?
720	4465.60	0.0310	33.23		0.0324		O II	4466.42	V86b	3d_2P	4f_D2*	4	6
721	4465.77	0.0310	30.65		0.0324		O II	4466.59	V86b	3d_2P	4f_D2*	4	4
722	4468.64	0.2950		:	0.3078		O II	4469.46	V86c	3d_2P	4f_D1*	2	2
723	4468.64					*	Ne II	4468.91	V61b	3d_2D	4f_2<3>*	4	6
724	4468.66	0.0360		:	0.0376		O II	4469.48	V86c	3d_2P	4f_D1*	2	4
725	4470.20	0.0050		:	0.0052		O III	4471.02	V49c	4f_D<2>	5g_F<3>*	3	5
726	4470.20					*	Ne II	4471.04		4d_4D	8f_1<4>*	8	10
727	4470.66	4.5800	9.71		4.7771		He I	4471.50	V14	2p_3P*	4d_3D	9	15
728	4475.29	0.0040		:	0.0042		O III	4476.11	V45b	4f_G<4>	5g_G<5>*	7	9
729	4475.29					*	O III	4475.17	V49c	4f_D<2>	5g_F<3>*	5	12
730	4477.08	0.0289	54.55		0.0301		O II	4477.90	V88	3d_2P	4f_G3*	4	6
731	4477.08					*	Ne II	4477.93		3d'_2D	4f'2<1>*	6	4
732	4477.08					*	O III	4477.91	V45a	4f_G<4>	5g_G<4>*	7	9
733	4480.38	0.0290	57.93		0.0302		Mg II	4481.20	V4	3d_2D	4f_2F*	10	14
734	4482.01	0.0110	52.73		0.0115		O III	4482.83	V45b	4f_G<4>	5g_G<5>*	9	20
735	4486.91	0.0130		:	0.0135		O II	4487.72	V104	3d'_2P	4f'_D2*	2	4
736	4487.39	0.0140		:	0.0146		O II	4488.20	V104	3d'_2P	4f'_D2*	4	6
737	4487.39					*	O II	4488.20	V104	3d'_2P	4f'_D2*	4	4
738	4488.68	0.0210	41.90		0.0219		O II	4489.49	V86b	3d_2P	4f_D2*	2	4
739	4490.42	0.0550	32.00		0.0572		O II	4491.23	V86a	3d_2P	4f_D3*	4	6
740	4493.68	0.0030	42.31		0.0031		N III	4494.52		4P	4P*	4	4
741	4495.52	0.0040	27.50		0.0042		Ne II	4496.24	V58e	3d_2F	4f_2<5>*	8	10
742	4498.12	0.0130	8.46		0.0135		Ne II	4498.92	V64c	3d_4P	4f_2<1>*	2	4
743	4498.25	0.0030	43.33		0.0031		Ne II	4499.12	V64c	3d_4P	4f_2<1>*	2	2
744	4502.14	0.0030	10.00		0.0031		Ar II	4503.09	V63	4p_2D*	5s_4P	4	6
745	4507.60	0.0180	16.11		0.0187		Ne II	4508.13	V69a	3d_2P	4f_1<2>*	2	4
746	4510.07	0.1610	3.73		0.1672		N III	4510.91	V3	3s'_4P*	3p'_4D	4	6
747	4510.07					*	N III	4510.91	V3	3s'_4P*	3p'_4D	2	4
748	4510.07					*	[K IV]	4510.92		3p4_1D	3p4_1S	5	1
749	4514.02	0.0460	6.52		0.0477		N III	4514.86	V3	3s'_4P*	3p'_4D	6	8
750	4514.02					*	Ne II	4514.88	V58b	3d_2F	4f_2<3>*	8	8
751	4515.93	0.0110	29.09		0.0114		Ne II	4516.66	V64d_	3d_4P	4f_2<2>*	2	4
752	4515.93					*	Ne II	4517.40	V58a	3d_2F	4f_2<4>*	8	8
753	4515.93					*	Ne II	4517.83	V58a	3d_2F	4f_2<4>*	8	10
754	4517.31	0.0430	7.44		0.0446		N III	4518.15	V3	3s'_4P*	3p'_4D	2	2
755	4517.31					*	Ne II	4522.31	V55d	3d_4F	4f_2<2>*	6	6
756	4517.31					*	Ne II	4522.52	V55d	3d_4F	4f_2<2>*	6	4
757	4522.74	0.0437	6.08		0.0453		N III	4523.58	V3	3s'_4P*	3p'_4D	4	4
758	4529.60	0.0450	14.89		0.0466		N II	4530.41	V58b	3d_1F*	4f_2<5>	7	9
759	4530.05	0.0060		:	0.0062		N III	4530.86	V3	3s'_4P*	3p'_4D	4	2
760	4530.05					*	O III	4534.31	V48	4f_D<3>	5g_G<4>*	7	16
761	4530.05					*	Ne II	4534.52	V55b	3d_4F	4f_2<3>*	6	6
762	4533.77	0.0650	9.38		0.0673		N III	4534.58	V3	3s'_4P*	3p'_4D	6	6
763	4533.77					*	Ne II	4534.64	V55b	3d_4F	4f_2<3>*	6	8
764	4533.77					*	Ne II	4535.37	V55c	3d_4F	4f_2<1>*	4	4
765	4533.77					*	Ne II	4535.57	V55c	3d_4F	4f_2<1>*	4	2
766	4533.77					*	Ne II	4537.20	V55a	3d_4F	4f_2<4>*	6	8
767	4533.77					*	O III	4538.99	V48	4f_D<3>	5g_G<4>*	5	7
768	4538.90	0.0240	14.17		0.0248		N III	4539.71	V12	4p_2P*	5s_2S	2	2
769	4540.78	0.5490	1.02		0.5680		He II	4541.59	4.9	4f+_2F*	9g+_2G	32
770	4540.78					*	Ne II	4544.12	V64c	3d_4P	4f_2<1>*	4	4
771	4544.04	0.0480	6.25		0.0496		N III	4544.85	V12	4p_2P*	5s_2S	4	2
772	4546.49	0.0052	56.67		0.0054		N III	4547.30	V3	3s'_4P*	3p'_4D	6	4
773	4551.72	0.0320	0.97		0.0330		N II	4552.53	V58a	3d_1F*	4f_2<4>	7	9
774	4551.86	0.0170	1.18		0.0176		Si III	4552.62	V2	4s_3S	4p_3P*	3	5
775	4551.86					*	Ne II	4553.17	V55d	3d_4F	4f_2<2>*	4	6
776	4551.86					*	Ne II	4553.40	V55d	3d_4F	4f_2<2>*	4	4
777	4553.29	0.0007		:	0.0007		N II	4554.10	V58a	3d_1F*	4f_2<4>	7	7
778	4557.61	0.0030	33.33		0.0031		Fe II]	4558.57	V20	a2D	z6P*	4	6
779	4561.27	0.0070	71.43		0.0072		Ne II	4561.99	V64d_	3d_4P	4f_2<2>*	4	6
780	4561.81	0.0250	32.00		0.0258		Mg I]	4562.60		3s2_1S	3s3p_3P*	1	5
781	4564.18	0.0030	33.33		0.0031		[Mn V]	4564.70		3d3_2F	3d3_2D1	6	6
782	4567.06	0.0110	13.64		0.0113		Si III	4567.82	V2	4s_3S	4p_3P*	3	3
783	4568.29	0.0140	22.86		0.0144		Ne II	4569.05	V69b	3d_2P	4f_1<3>*	4	6
784	4568.85	0.0020		:	0.0021		Ne II	4569.60	V58d_	3d_2F	4f_2<2>*	6	6
785	4570.23	0.0840	2.98		0.0866		Mg I]	4571.10		3s2_1S	3s3p_3P*	1	3
786	4573.61	0.0030		:	0.0031		Ne II	4574.42	V64b	3d_4P	4f_2<3>*	4	6
787	4574.15	0.0040	12.50		0.0041		Si III	4574.76	V2	4s_3S	4p_3P*	3	1
788	4574.48	0.0020		:	0.0021		Mg I]	4575.29		3s2_1S	3s3p_3P*	1	1
789	4575.58	0.0020	45.00		0.0021		[Fe II]	4576.39		3d7_2G	(1D2)4s_2D	8	4
790	4578.66	0.0020	26.32		0.0021		N II	4579.71		?	?
791	4579.81	0.0030	24.14		0.0031		[Cr II]	4580.80		a6S	a4P	6	4
792	4580.82	0.0008		:	0.0008		Si II	4581.86		2D	2P*	6	4
793	4584.01	0.0020		:	0.0021		Ne II	4584.77	V58a	3d_2F	4f_2<4>*	6	8
794	4586.85	0.0040	80.00		0.0041		O III	4587.72		4p_3P	5s_3P*	3	5
795	4587.39	0.0060	55.00		0.0062		Ne II	4588.14	V69a	3d_2P	4f_1<2>*	4	6
796	4590.22	0.0850	6.46		0.0874		O II	4590.97	V15	3s'_2D	3p'_2F*	6	8
797	4592.55	0.0060	28.33		0.0062		C III	4593.30	V51	4f'_3D	5g'_3F*	7	9
798	4592.55		15.00			*	O II	4595.96	V15	3s'_2D	3p'_2F*	6	6
799	4595.43	0.0603	2.81		0.0621		O II	4596.18	V15	3s'_2D	3p'_2F*	4	6
800	4599.41	0.0070	28.57		0.0072		Ne II	4600.16	V64d_	3d_4P	4f_2<2>*	6	6
801	4600.73	0.0160	21.88		0.0164		N II	4601.48	V5	3s_3P*	3p_3P	3	5
802	4601.38	0.0503	7.02		0.0517		O II	4602.13	V92b	3d_2D	4f_F3*	4	6
803	4606.51	0.0350	4.86		0.0359		[Fe III]	4607.03		3d6_5D	3d6_3F	9	7
804	4606.51					*	N II	4607.16	V5	3s_3P*	3p_3P	1	3
805	4608.54	0.1250	3.28		0.1283		O II	4609.44	V92a	3d_2D	4f_F4*	6	8
806	4609.30	0.0400	13.25		0.0411		O II	4610.20	V92c	3d_2D	4f_F2*	4	6
807	4610.17	0.0120	16.67		0.0123		O II	4611.07	V92c	3d_2D	4f_F2*	4	4
808	4612.02	0.0040		:	0.0041		Ne II	4612.93	V64b	3d_4P	4f_2<3>*	6	8
809	4612.24	0.0050		:	0.0051		O II	4613.14	V92b	3d_2D	4f_F3*	6	6
810	4612.78	0.0110	87.27		0.0113		O II	4613.68	V92b	3d_2D	4f_F3*	6	8
811	4612.96	0.0020		:	0.0021		N II	4613.87	V5	3s_3P*	3p_3P	3	3
812	4614.66	0.0050	20.00		0.0051		Ne II	4615.56	V64a	3d_4P	4f_2<4>*	6	8
813	4615.19	0.0070	15.71		0.0072		Ne II	4616.09	V67b	3d_2P	4f_2<1>*	2	4
814	4617.38	0.0020		:	0.0021		C II	4618.40	V50	3d'_2F*	4f'_2G	6	8
815	4617.38					*	Ni II	4618.39		4Fsp'4F*	3P_5d4F	6	6
816	4618.21	0.0020		:	0.0021		C II	4619.23	V50	3d'_2F*	4f'_2G	8	10
817	4619.13	0.0120	42.37		0.0123		C II	4620.11		?	?
818	4620.25	0.0190	69.47		0.0195		O II	4621.27	V92c	3d_2D	4f_F2*	6	6
819	4620.25					*	N II	4621.39	V5	3s_3P*	3p_3P	3	1
820	4621.12	0.0003		:	0.0003		O II	4622.14	V92c	3d_2D	4f_F2*	6	4
821	4627.14	0.0090		:	0.0092		C II	4627.44	V50	3d'_2F*	4f'_2G	8	8
822	4627.14					*	Ne II	4627.98	V73c	4s_4P	4f_1<3>*	6	8
823	4629.70	0.0650	20.77		0.0666		N II	4630.54	V5	3s_3P*	3p_3P	5	5
824	4633.30	1.1070	1.61		1.1334		N III	4634.14	V2	3p_2P*	3d_2D	2	4
825	4633.30					*	C II	4637.63	V12.01	4p_2P*	6d_2D	2	4
826	4638.02	0.3270	4.92		0.3346		O II	4638.86	V1	3s_4P	3p_4D*	2	4
827	4638.02					*	C II	4638.91	V12.01	4p_2P*	6d_2D	4	6
828	4638.02					*	C II	4639.07	V12.01	4p_2P*	6d_2D	4	4
829	4639.80	2.2110	1.29		2.2621		N III	4640.64	V2	3p_2P*	3d_2D	4	6
830	4640.97	0.4270	16.93		0.4368		O II	4641.81	V1	3s_4P	3p_4D*	4	6
831	4641.01	0.2210	1.63		0.2261		N III	4641.85	V2	3p_2P*	3d_2D	4	4
832	4641.01					*	N II	4643.09	V5	3s_3P*	3p_3P	5	3
833	4646.74	0.1640	2.62		0.1677		C III	4647.42	V1	3s_3S	3p_3P*	3	5
834	4648.34	0.6520	1.33		0.6664		O II	4649.13	V1	3s_4P	3p_4D*	6	8
835	4649.57	0.0990	2.63		0.1012		C III	4650.25	V1	3s_3S	3p_3P*	3	3
836	4650.05	0.1715	1.27		0.1753		O II	4650.84	V1	3s_4P	3p_4D*	2	2
837	4650.79	0.0330	2.73		0.0337		C III	4651.47	V1	3s_3S	3p_3P*	3	1
838	4657.55	0.1430	40.84		0.1460		C IV	4658.30	V8	5g_2G	6h+_2H*
839	4657.55					*	[Fe III]	4658.05	F3	3d6_5D	3d6_3F2	9	9
840	4660.82	0.2130	6.43		0.2174		O II	4661.63	V1	3s_4P	3p_4D*	4	4
841	4665.06	0.0040		:	0.0041		C III	4665.86	V5	3s'_3P*	3p'_3P	5	5
842	4666.21	0.0070	50.00		0.0071		[Fe III]	4667.01		3d6_5D	3d6_3F2	7	5
843	4668.32	0.0058		:	0.0059		O II	4669.27	V89b	3d_2D	4f_D2*	4	6
844	4668.32	0.0085	40.50		0.0087		[P II]	4669.25		3p2_3P	3p2_1S	3	1
845	4672.98	0.0510	7.65		0.0520		O II	4673.73	V1	3s_4P	3p_4D*	4	2
846	4675.49	0.1550	3.94		0.1580		O II	4676.24	V1	3s_4P	3p_4D*	6	6
847	4676.32	0.0090	1.11		0.0092		O II	4677.07	V91	3d_2D	4f_G4*	6	8
848	4677.39	0.0120		:	0.0122		N II	4678.14	V61b	3d_1P*	4f_2<2>	3	5
849	4679.83	0.0020		:	0.0020		O II	4680.58	V89b	3d_2D	4f_D2*	6	6
850	4680.02	0.0006		:	0.0006		O II	4680.77	V89b	3d_2D	4f_D2*	6	4
851	4684.93	15.1650	1.22		15.4396		He II	4685.68	3.4	3d+_2D	4f+_2F*	18	32
852	4693.89	0.0179	11.50		0.0182		N II	4694.64	V61a	3d_1P*	4f_2<3>	3	5
853	4695.60	0.0150	46.00		0.0153		O II	4696.35	V1	3s_4P	3p_4D*	6	4
854	4695.60	0.0090		:	0.0092		O II	4696.35	V89a	3d_2D	4f_D3*	4	6
855	4698.47	0.0240	38.75		0.0244		O II	4699.22	V25	3p_2D*	3d_2F	4	6
856	4700.78	0.0450	20.00		0.0457		[Fe III]	4701.53	F3	3d6_5D	3d6_3F2	7	7
857	4704.60	0.0210	19.52		0.0213		O II	4705.35	V25	3p_2D*	3d_2F	6	8
858	4706.68	0.0150	44.00		0.0152		O II	4707.48	V89a	3d_2D	4f_D3*	6	8
859	4707.01	0.0260	42.31		0.0264		O II	4707.81	V89a	3d_2D	4f_D3*	6	6
860	4710.57	3.5050	1.64		3.5587		[Ar IV]	4711.37	F1	3p3_4S*	3p3_2D*	4	6
861	4712.35	0.5790	6.46		0.5878		He I	4713.20	V12	2p_3P*	4s_3S	9	3
862	4713.36	0.0520		:	0.0528		[Ne IV]	4714.17		2p3_2D*	2p3_2P*	6	2
863	4714.86	0.0140		:	0.0142		[Ne IV]	4715.66		2p3_2D*	2p3_2P*	6	4
864	4717.96	0.0030		:	0.0030		O II	4718.89		4d_4D	4f'D<2>*	4	6
865	4723.36	0.0230	43.04		0.0233		[Ne IV]	4724.17	F1	2p3_2D*	2p3_2P*	4	4
866	4724.87	0.0190	52.11		0.0193		[Ne IV]	4725.67	F1	2p3_2D*	2p3_2P*	4	2
867	4733.18	0.0210	21.90		0.0213		[Fe III]	4733.91		3d6_5D	3d6_3F2	5	5
868	4739.44	3.9700	1.31		4.0186		[Ar IV]	4740.17	F1	3p3_4S*	3p3_2D*	4	4
869	4740.98	0.0070		:	0.0071		O II	4741.71	V25	3p_2D*	3d_2F	6	6
870	4750.58	0.0070		:	0.0071		O II	4751.27	V24	3p_2D*	3d_4D	6	8
871	4751.99	0.0060		:	0.0061		O II	4752.68	V24
872	4751.99					*	Ni II	4753.06		4F_sp4F*	3P_4d4F	8	10
873	4754.00	0.0240	19.58		0.0243		[Fe III]	4754.69		3d6_5D	3d6_3F2	7	9
874	4755.73	0.0090	11.40		0.0091		O I	4756.70		?	?
875	4759.93	0.0060	10.71		0.0061		O I	4760.87		?	?
876	4761.53	0.0030	3.33		0.0030		C I	4762.31	V6	3s_3P*	4p_3P	1	3
877	4761.76	0.0150	2.67		0.0151		C I	4762.54	V6	3s_3P*	4p_3P	3	5
878	4764.08	0.0170	4.12		0.0172		Ar II	4764.86	V15	4s_2P	4p_2P*	2	4
879	4765.90	0.0050	2.00		0.0050		C I	4766.68	V6	3s_3P*	4p_3P	3	3
880	4766.01	0.0050	12.00		0.0050		Fe I	4766.79		d3F	3Hsp_3G*	9	11
881	4767.75	0.0090	23.33		0.0091		Ni II	4768.81		3F_4d4D	4f_2<1>*	4	4
882	4768.78	0.0180	31.67		0.0182		[Fe III]	4769.43		3d6_5D	3d6_3F2	5	7
883	4769.25	0.0070	71.43		0.0071		C I	4770.03	V6	3s_3P*	4p_3P	3	1
884	4770.49	0.0050	21.82		0.0050		O I]	4771.63		3p_5P	7d_3D*	7	3
885	4770.97	0.0040	2.50		0.0040		C I	4771.75	V6	3s_3P*	4p_3P	5	5
886	4772.15	0.0110	6.36		0.0111		Ne II	4772.93		4p_4D*	5d_4F	6	8
887	4773.46	0.0080	7.50		0.0081		N II	4774.24	V20	3p_3D	3d_3D*	3	5
888	4775.13	0.0030	30.00		0.0030		C I	4775.91	V6	3s_3P*	4p_3P	5	3
889	4776.90	0.0090	13.33		0.0091		[Fe III]	4777.68		3d6_5D	3d6_3F4	3	5
890	4776.90					*	O II	4777.79		4d_4P	4f'_D2*	4	6
891	4778.94	0.0040	22.50		0.0040		N II	4779.72	V20	3p_3D	3d_3D*	3	3
892	4780.41	0.0040	27.50		0.0040		N II	4781.19	V20	3p_3D	3d_3D*	5	7
893	4781.75	0.0050	20.00		0.0050		Ne II	4782.12	V71d	4s_4P	4f_2<2>*	6	6
894	4783.46	0.0030	30.00		0.0030		Fe II	4784.43		e6F	4f_1<4>*	10	10
895	4784.81	0.0040	12.50		0.0040		Ni II	4785.86		4Fsp'4G*	3F_7d4F	10	8
896	4787.60	0.0240	4.17		0.0242		[Cr V]	4788.51		3d2_3F	3d2_1G	9	9
897	4787.60					*	N II	4788.13	V20	3p_3D	3d_3D*	5	5
898	4788.70	0.0160		:	0.0161		[F II]	4789.45		2p4_3P	2p4_1D	5	5
899	4789.65	0.0170	17.65		0.0171		O I	4790.72		3P	3D*	5	7
900	4791.10	0.0180	67.22		0.0181		O I	4792.12		3P	3D*	5	3
901	4792.19	0.0120	80.00		0.0121		[Co II]	4793.12		a5F	c3P	9	5
902	4792.79	0.0030	16.67		0.0030		N II	4793.65	V20	3p_3D	3d_3D*	5	3
903	4792.79					*	Ni II	4793.83		4Fsp'4G*	3F_7d4F	10	10
904	4793.59	0.0230	57.39		0.0232		Fe II]	4794.49		e6F	4f_1<3>*	8	6
905	4795.27	0.0260	7.69		0.0262		C I	4796.08	V18.04	2p3_3D*	5p_3D	5	3
906	4797.47	0.0190	11.58		0.0191		[Fe II]	4798.27		4s_6D	4s_4P	2	4
907	4798.06	0.0260	9.23		0.0262		[Fe III]	4799.45		5D	3F4	1	5
908	4799.62	0.0260	6.15		0.0262		N I	4800.70		3p_4D*	8d_4P	4	2
909	4801.53	0.0330	8.18		0.0332		C II	4802.70	V17.08	4f_2F*	8g_2G	22	26
910	4802.43	0.0320	15.31		0.0322		N II	4803.29	V20	3p_3D	3d_3D*	7	7
911	4804.04	0.0100	10.00		0.0101		[Fe II]	4805.02		a6D	a2H	10	10
912	4806.12	0.0090	7.78		0.0090		Ni I	4806.99	V163	z3D*	f3F	7	9
913	4809.42	0.0012		:	0.0012		N II	4810.31	V20	3p_3D	3d_3D*	7	5
914	4813.70	0.0030	26.67		0.0030		[Fe II]	4814.53		3d7_4F	4s_4F	10	10
915	4814.83	0.0150	8.00		0.0151		N II	4815.62		3p'_5D*	3d'_5P	3	3
916	4818.92	0.0020	45.00		0.0020		Si III	4819.72	V9	4f_3F*	5g_3G	7	9
917	4820.70	0.0050	20.00		0.0050		Fe III	4821.61		4P_5s5P	4D_5p5D*	5	5
918	4822.33	0.0080	12.50		0.0080		C I	4823.24		3p_3D	4d_3F*	5	7
919	4824.06	0.0050	30.00		0.0050		Ni II	4825.05		3P_4d4F	6f_2<4>*	8	10
920	4825.48	0.0120	14.17		0.0120		Fe II	4826.38		4s2_2G	1G_4p2F*	8	8
921	4828.17	0.0050	22.00		0.0050		Si III	4828.97	V9	4f_3F*	5g_3G	9	11
922	4828.31	0.0002		:	0.0002		Si III	4829.11	V9	4f_3F*	5g_3G	9	9
923	4830.14	0.0120	8.33		0.0120		C I	4831.02		?	?
924	4832.74	0.0040	45.00		0.0040		Fe II	4833.19	V30	a4H	z6F*	12	10
925	4834.09	0.0040	30.00		0.0040		Ni II	4835.11		3P_4d4D	4f"2<2>*	8	6
926	4842.76	0.0210		:	0.0210		O II	4843.37	V105	3d'_2S	4f'_P1*	4	6
927	4846.41	0.0160		:	0.0160		Ne II	4847.23		4d_4P	8f_2<3>*	6	8
928	4850.29	0.0130		:	0.0130		Ni II	4851.32		3F_4d4D	3P_5p4P*	6	4
929	4851.94	0.0290		:	0.0290		[Fe II]	4852.73		3d7_4F	4s_4F	8	4
930	4858.03	2.9670	12.60		2.9673		N III	4858.82	V9	3p'_4D	3d'_4F*	6	10
931	4858.53	0.0870	19.66		0.0870		He II	4859.32	4.8	4f+_2F*	8g+_2G	32
932	4860.48	0.0820	19.63		0.0820		N III	4861.27	V9	3p'_4D	3d'_4F*	6	8
933	4860.61	100.0000	0.00		100.0000		H I	4861.32	H4	2p+_2P*	4d+_2D	8	32
934	4866.17	0.0570	5.96		0.0570		N III	4867.15	V9	3p'_4D	3d'_4F*	12	14
935	4872.65	0.0140	6.43		0.0140		N III	4873.57	V9	3p'_4D	3d'_4F*	6	6
936	4873.70	0.0100		:	0.0100		[Fe II]	4874.49		3d7_4F	4s_4F	8	6
937	4880.30	0.0630	15.87		0.0629		[Fe III]	4881.00	F2	3d6_5D	3d6_3H	9	9
938	4880.91	0.0570	1.75		0.0569		N III	4881.81	V9	3p'_4D	3d'_4F*	6	4
939	4883.40	0.0090	12.22		0.0090		N III	4884.13	V9	3p'_4D	3d'_4F*	8	8
940	4885.31	0.0030	43.33		0.0030		[Co V]	4886.23		4P	4F	6	4
941	4890.13	0.0130	4.62		0.0130		O II	4890.86	V28	3p_4S*	3d_4P	4	2
942	4893.06	0.0013	70.00		0.0013		[Cr IV]	4893.85		3d3_4F	3d3_2D2	6	6
943	4894.41	0.0020	30.00		0.0020		N II	4895.11	V1	2p3_1D*	3p_1P	5	3
944	4895.90	0.0040	32.50		0.0040		N III	4896.63	V9	3p'_4D	3d'_4F*	8	6
945	4896.54	0.0020	65.00		0.0020		[Cr IV]	4897.33		3d3_4F	3d3_2D2	6	4
946	4897.82	0.0050	24.00		0.0050		[Fe II]	4898.61		3d7_2G	(3D)4s_2D	10	6
947	4898.90	0.0100	8.00		0.0100		[Fe IV]	4899.97		3d5_4G	3d5_4F	10	8
948	4900.91	0.0070	24.29		0.0070		O I	4902.03		3P	3D*	5	3
949	4902.08	0.0280	5.00		0.0279		[Fe IV]	4903.07		3d5_4G	3d5_4F	8	8
950	4903.54	0.0060	15.00		0.0060		O II	4904.45		4f_D3*	3d"_2D	8	6
951	4904.55	0.0060	1.67		0.0060		[Fe II]	4905.34		3d7_4F	4s_4F	8	8
952	4906.03	0.0460	1.74		0.0458		O II	4906.83	V28	3p_4S*	3d_4P	4	4
953	4906.42	0.0040	2.50		0.0040		N III	4907.20	V25	5d_2D	7f_2F*
954	4910.08	0.0013	90.00		0.0013		Cr II	4911.27	V199	c4F	w4D*	4	2
955	4911.90	0.0030	36.67		0.0030		Mn II	4912.99		d3D	w3F*	7	7
956	4917.22	0.0050	2.00		0.0050		[Fe IV]	4917.97		3d5_4G	3d5_4F	10	10
957	4920.47	0.1300		:	0.1292		[Fe III]	4921.66		3P2	3G	5	7
958	4921.23	1.1760	9.95		1.1689		He I	4921.93	V48	2p_1P*	4d_1D	3	5
959	4923.67	0.0750	7.47		0.0745		O II	4924.53	V28	3p_4S*	3d_4P	4	5
960	4929.85	0.0360	85.28		0.0358		[Fe III]	4930.54		3d6_5D	3d6_3P2	3	1
961	4930.60	0.1230	19.27		0.1221		[O III]	4931.23	F1	2p2_3P	2p2_1D	1	5
962	4932.37	0.0140	70.71		0.0139		Ne II	4933.18		2F	2<3>*	8	6
963	4933.88	0.0180		:	0.0179		N III	4934.89		?	?
964	4935.07	0.0210	83.33		0.0208		[Fe III]	4936.36		5D	3P4	7	3
965	4936.43	0.0180		:	0.0179		N I	4937.43	V41	3p_4D*	7d_4P	2	4
966	4937.50	0.0060		:	0.0060		Fe II	4938.50		5D_4d6D	4f_1<3>*	10	8
967	4938.83	0.0060		:	0.0060		Ne II	4939.66		?	?
968	4940.48	0.0100	65.00		0.0099		O II	4941.07	V33	3p_2P*	3d_2D	2	4
969	4942.24	0.0120	42.50		0.0119		O II	4943.00	V33	3p_2P*	3d_2D	4	6
970	4957.91	391.6830	0.03		387.9524		[O III]	4958.91	F1	2p2_3P	2p2_1D	3	5
971	4966.12	0.2860	9.79		0.2831		[Fe VI]	4967.14		3d3_4F	3d3_2G	8	10
972	4970.69	0.0080	8.75		0.0079		[Cr IV]	4971.48		3d3_4F	3d3_2D2	8	6
973	4970.69					*	[Fe VI]	4971.71		3d3_2P	3d3_2F	2	6
974	4971.45	0.1290	10.08		0.1276		[Fe VI]	4972.47		3d3_4F	3d3_2G	6	8
975	4979.28	0.0500	10.00		0.0494		O I	4980.09		3p_3P	11s_3S*	5	3
976	4986.35	0.0070	14.29		0.0069		N II	4987.37	V24	3p_3S	3d_3P*	3	1
977	5005.61	1175.7600	0.07		1159.2320		[O III]	5006.84	F1	2p2_3P	2p2_1D	5	5
978	5014.66	1.5130	30.58		1.4907		He I	5015.68	V4	2s_1S	3p_1P*	1	3
979	5015.37	0.2310		:	0.2276		N II	5016.39	V19	3p_3D	3d_3F*	5	5
980	5024.64	0.0590	38.64		0.0581		N II	5025.66	V19	3p_3D	3d_3F*	7	7
981	5029.61	0.0400	58.75		0.0394		Fe II	5030.63		e6F	4f_4<5>*	10	10
982	5032.57	0.0430	60.23		0.0423		[Fe IV]	5033.59		3d5_2F2	3d5_4G	8	6
983	5040.01	0.1020	76.18		0.1003		N II	5040.72	V19	3p_3D	3d_3F*	7	5
984	5040.30	0.0820	67.80		0.0806		Si II	5041.03	V5	4p_2P*	4d_2D	2	4
985	5046.73	0.1600	14.81		0.1572		He I	5047.74	V47	2p_1P*	4s_1S	3	1
986	5054.97	0.0880	4.77		0.0864		Si II	5055.98	V5	4p_2P*	4d_2D	4	6
987	5055.29	0.0100	5.00		0.0098		Si II	5056.31	V5	4p_2P*	4d_2D	4	4
988	5057.83	0.0530	48.11		0.0520		N III	5058.85	V27	5f_2F*	7g_2G
989	5061.80	0.0420	8.81		0.0412		Fe II	5062.93		e6F	4f_4<4>*	8	10
990	5066.60	0.0580	7.59		0.0569		Ni III	5067.52		4F_4d5F	4F_5p5G*	11	13
991	5070.51	0.0550	10.91		0.0539		Ni II	5071.50		3F_4d4P	4f_3<2>*	4	6
992	5073.53	0.0570	11.93		0.0559		O I	5074.77		3D*	3D	7	7
993	5076.37	0.0430	16.05		0.0421		N II	5077.47	V61.19	4p_3P	6s_3P*	3	5
994	5079.81	0.0360	12.50		0.0353		Ni II	5080.96		3F_4d4F	4f_3<4>*	8	8
995	5084.00	0.0330	10.91		0.0323		[Fe III]	5084.77		3d6_5D	3d6_3P2	1	3
996	5088.73	0.0300	11.67		0.0294		C I	5089.63	V22.11	3p_1P	7d_1D*	3	5
997	5092.84	0.0200	17.00		0.0196		Fe II	5093.77		5D_4d6D	4f_3<5>*	10	10
998	5092.84					*	Ne II	5093.98		4d_2D	7f_1<2>*	4	6
999	5102.72	0.0140	17.86		0.0137		Si III	5104.00		6p_3P*	8d_3D	1	3
1000	5107.13	0.0080	76.25		0.0078		[Fe II]	5107.94		3d7_4F	(3P2)4s_4P	6	2
1001	5109.36	0.0060		:	0.0059		[Fe III]	5110.40		3F2	5D	5	1
1002	5114.07	0.0090	30.00		0.0088		Fe II	5115.06		5D_4d6D	4f_2<1>*	2	2
1003	5117.35	0.0050	64.00		0.0049		Fe II	5118.50		x4G*	e4G	8	8
1004	5119.09	0.0270	1.48		0.0264		C II	5120.10	V12	4p_2P*	3p'_2P	2	4
1005	5120.97	0.0110	19.09		0.0107		C II	5121.82	V12	4p_2P*	3p'_2P	4	4
1006	5124.19	0.0050	16.00		0.0049		C II	5125.20	V12	4p_2P*	3p'_2P	2	2
1007	5125.92	0.0060	6.67		0.0059		C II	5126.93	V12	4p_2P*	3p'_2P	4	2
1008	5129.66	0.0450	10.00		0.0439		Ne II	5130.46		4d_4D	7f_2<1>*	4	4
1009	5132.09	0.0090	48.89		0.0088		C II	5132.94	V16	3s'_4P*	3p'_4P	2	4
1010	5141.98	0.0160	49.38		0.0156		Fe I	5142.93	V16	a5F	z5F*	7	9
1011	5144.45	0.0080		:	0.0078		N I	5145.48	V35	3p_4D*	6d_4P	2	4
1012	5146.58	0.0520	35.19		0.0506		N III	5147.88	V29	5g_2G	7h_2H*
1013	5152.13	0.0100	27.00		0.0097		N I	5153.76	V35	3p_4D*	6d_4P	4	6
1014	5157.48	0.0050		:	0.0049		[Fe VII]	5158.89		3d2_3F	3d2_3P	7	3
1015	5158.40	0.0170		:	0.0165		Ne II	5159.37		4d_4F	7f_0<3>*	4	6
1016	5167.40	0.0050	10.00		0.0049		N II	5168.06	V70	3p'_5P*	3d'_5D	3	5
1017	5169.51	0.0060	11.67		0.0058		N II	5170.17	V70	3p'_5P*	3d'_5D	3	3
1018	5170.79	0.0120	11.67		0.0117		N II	5171.45	V70	3p'_5P*	3d'_5D	5	7
1019	5171.69	0.0020	10.00		0.0019		[Fe II]	5172.47		3d7_2P	4s_2D	2	4
1020	5171.69					*	N II	5172.35	V66	3p'_5D*	3d'_5F	3	5
1021	5172.31	0.0009	10.00		0.0009		N II	5173.39	V66	3p'_5D*	3d'_5F	5	7
1022	5172.73	0.0030	13.33		0.0029		Ni III	5173.64		4F_4d5P	4F_5p5D*	5	3
1023	5173.80	0.0080	11.25		0.0078		N II	5174.46	V70	3p'_5P*	3d'_5D	5	5
1024	5175.23	0.0050	12.00		0.0049		[Fe VI]	5176.04		3d3_4F	3d3_2G	10	10
1025	5175.38	0.0130	29.23		0.0126		N II	5176.56	V70	3p'_5P*	3d'_5D	5	3
1026	5176.40	0.0009	10.00		0.0009		N II	5177.06	V66	3p'_5D*	3d'_5F	3	3
1027	5178.69	0.0230	12.17		0.0223		N II	5179.35	V70	3p'_5P*	3d'_5D	7	9
1028	5178.86	0.0070	12.86		0.0068		N II	5179.52	V66	3p'_5D*	3d'_5F	9	11
1029	5179.69	0.0013	20.00		0.0013		N II	5180.35	V66	3p'_5D*	3d'_5F	5	5
1030	5182.16	0.0060	11.67		0.0058		N II	5183.20	V70	3p'_5P*	3d'_5D	7	7
1031	5182.55	0.0130	29.23		0.0126		Mg I	5183.60	V2	3p_3P*	4s_3S	5	3
1032	5185.33	0.0150	18.00		0.0146		N II	5186.20	V70	3p'_5P*	3d'_5D	7	5
1033	5190.46	0.1040	3.94		0.1009		[Ar III]	5191.82	F3	3p4_1D	3p4_1S	5	1
1034	5196.53	0.0580	6.55		0.0562		[N I]	5197.90	F1	2p3_4S*	2p3_2D*	4	4
1035	5198.89	0.0350	10.29		0.0339		[N I]	5200.26	F1	2p3_4S*	2p3_2D*	4	6
1036	5217.42	0.0080	20.00		0.0077		Ne II	5218.45		4d_2F	7f_2<4>*	8	10
1037	5228.88	0.0130	17.69		0.0126		Fe I	5229.79		z3F*	f5D	9	9
1038	5232.70	0.0210	12.38		0.0203		[Fe IV]	5233.76		3d5_4G	3d5_2F2	10	8
1039	5236.24	0.0120	20.83		0.0116		[Fe IV]	5237.30		3d5_4G	3d5_2F2	8	8
1040	5241.05	0.0120	15.83		0.0116		[Cr II]	5241.96		a6D	a4F	6	10
1041	5246.36	0.0080	42.50		0.0077		[Co III]	5247.41		3d7_4F	3d7_2P	4	2
1042	5249.01	0.0070	51.43		0.0068		C II	5249.90	V30	3d'_4F*	4p'_4D	4	6
1043	5258.10	0.0220	6.36		0.0212		C II	5259.06	V30	3d'_4F*	4p'_4D	8	6
1044	5260.67	0.0180	8.33		0.0174		[Fe II]	5261.62		3d7_4F	3d7_4H	8	12
1045	5263.52	0.0220	7.73		0.0212		Mg II	5264.30	V17	4d_2D	7f_2F*	10	14
1046	5266.42	0.0320	6.88		0.0308		Ne II	5267.35		4d_2F	7f_1<2>*	6	6
1047	5267.92	0.0320	6.88		0.0308		[Fe II]	5268.87		3d7_4F	(3P2)4s_4P	6	4
1048	5269.45	0.0900	2.67		0.0867		[Fe III]	5270.40		3d6_5D	3d6_3P2	7	5
1049	5272.40	0.0180	11.67		0.0173		[Fe II]	5273.35		3d7_4F	(3P2)4s_4P	10	6
1050	5274.17	0.0120	13.33		0.0116		O I	5275.12	V27	3p_3P	7d_3D*	5	7
1051	5276.84	0.0170	19.41		0.0164		[Fe VI]	5277.80		3d3_4F	3d3_4P	4	4
1052	5278.72	0.0050	2.00		0.0048		[Cr II]	5279.88		3d5_4F	(5D)4p_4F*	10	8
1053	5279.76	0.0110	74.55		0.0106		Fe II	5280.92		e6G	4f_1<2>*	4	4
1054	5282.11	0.0100	31.00		0.0096		[Fe II]	5283.11		a4D	a2F	6	8
1055	5285.32	0.0100	15.00		0.0096		C II	5286.47	V56	4p'_4D	6s'_4P*	8	6
1056	5288.45	0.0260	11.92		0.0250		O II	5289.48		4P*	4D	2	4
1057	5290.51	0.0090	38.89		0.0087		Fe II	5291.67		e6G	4f_3<6>*	10	12
1058	5301.76	0.0050	28.00		0.0048		Si III	5302.60	V32	5f_3F*	7d_3D	5	7
1059	5304.41	0.0090	15.56		0.0086		C III	5305.10	V46	5f_3F*	7g_3G
1060	5307.82	0.0020	50.00		0.0019		[Ca V]	5309.11		3p4_3P	3p4_1D	5	5
1061	5312.85	0.0040	22.50		0.0038		Ne II	5313.85		4d_2P	7f_1<2>*	4	6
1062	5319.44	0.0040	35.00		0.0038		O II	5320.44		F<3>*	2D	6	4
1063	5321.62	0.0130	9.23		0.0125		[Cl IV]	5323.28		3p2_1D	3p2_1S	5	1
1064	5333.72	0.0080	12.50		0.0077		Cr II	5334.87	V43	b4F	z4F*	4	4
1065	5337.36	0.0080	13.75		0.0077		Fe I	5338.34		x5F*	7/2<3/2>	7	5
1066	5341.25	0.0390	5.13		0.0374		C II	5342.40	V17.06	4f_2F*	7g_2G	22	26
1067	5344.53	0.0220	40.45		0.0211		[Kr IV]	5346.02		4p3_4S	4p3_2D	4	6
1068	5355.08	0.0050		:	0.0048		[Fe III]	5355.87		5D	3P4	5	5
1069	5358.11	0.0130		:	0.0124		Ne II	5359.17		4d_4F	7f_2<4>*	8	10
1070	5358.11					*	[Fe II]	5359.24		e6G	4f_3<3>*	8	6
1071	5362.87	0.0160		:	0.0153		O II	5363.53		4f_F4*	4d'_2F	8	8
1072	5365.87	0.0070		:	0.0067		[Mn VI]	5366.80		3d2_3F	3d2_3P	5	5
1073	5366.93	0.0080		:	0.0076		C II	5368.10		2p3_2P*	7d_2D	2	4
1074	5369.63	0.0190		:	0.0182		[Fe VI]	5370.29		3d3_4F	3d3_2G	10	8
1075	5375.59	0.0250	66.00		0.0239		[Fe II]	5376.45		3d7_4F	(3H)4s_4H	4	8
1076	5382.15	0.0090		:	0.0086		O I	5383.25		3P	3D*	3	3
1077	5390.35	0.0080		:	0.0076		Ne II	5391.24		4d_4P	7f_2<1>*	6	4
1078	5395.37	0.0110	59.09		0.0105		Fe II	5396.59		e4G	4f_1<3>*	8	6
1079	5410.22	1.2140	2.54		1.1565		He II	5411.52	4.7	4f+_2F*	7g+_2G	32	98
1080	5410.22					*	[Fe III]	5411.98		3d6_5D	3d6_3P2	3	5
1081	5422.83	0.0020	20.00		0.0019		[Fe III]	5423.90		3d6_3D	3d6_3P2	5	1
1082	5425.66	0.0030	16.67		0.0029		[Fe III]	5426.70		3d6_3D	3d6_3P2	3	1
1083	5428.68	0.0040	15.00		0.0038		Fe II	5429.99		e4G	4f_1<4>*	8	10
1084	5431.17	0.0050	12.00		0.0048		Si I	5432.04		1P	(1/2,3/2)*	3	3
1085	5436.23	0.0030	26.67		0.0029		N II	5437.54		5G*	5F	9	7
1086	5450.73	0.0030	40.00		0.0028		N II	5452.08	V29	3p_3P	3d_3P*	1	3
1087	5450.73					*	S II	5453.83	V6	4s_4P	4p_4D*	6	8
1088	5452.87	0.0060	18.33		0.0057		N II	5454.22	V29	3p_3P	3d_3P*	3	1
1089	5456.27	0.0030	30.00		0.0028		N I	5457.44		3p_2D*	7d_2D	4	6
1090	5459.32	0.0070	14.29		0.0066		Fe II	5460.51		e4G	4f_1<3>*	6	6
1091	5459.32					*	N II	5462.59	V29	3p_3P	3d_3P*	3	3
1092	5466.52	0.0060	15.00		0.0057		Fe II]	5467.72		x4F*	e6G	10	12
1093	5466.52					*	Ni II	5467.80		3F_4d4P	4f_4<1>*	4	2
1094	5469.78	0.0040	27.50		0.0038		V II	5470.87		c3F	y3G*	7	7
1095	5473.45	0.0030	20.00		0.0028		V II	5474.51		c3F	y3G*	9	7
1096	5473.45					*	S II	5473.62	V6	4s_4P	4p_4D*	2	2
1097	5477.51	0.0009		:	0.0009		C II	5478.59	V34	3d'_4D*	4p'_4D	8	8
1098	5477.51					*	N II	5478.10	V29	3p_3P	3d_3P*	3	5
1099	5478.98	0.0090	34.44		0.0085		N II	5480.06	V29	3p_3P	3d_3P*	5	3
1100	5482.27	0.0020		:	0.0019		C II	5483.35	V34	3d'_4D*	4p'_4D	4	6
1101	5483.76	0.0040		:	0.0038		[Fe VI]	5484.84		3d3_4F	3d3_4P	6	2
1102	5484.82	0.0004		:	0.0004		C II	5485.90	V34	3d'_4D*	4p'_4D	6	6
1103	5487.39	0.0170	25.88		0.0161		C II	5488.47	V34	3d'_4D*	4p'_4D	2	4
1104	5493.75	0.0070	15.71		0.0066		N II	5495.67	V29	3p_3P	3d_3P*	5	5
1105	5496.36	0.0060	18.33		0.0057		N III	5497.20		2D	2D*	10	10
1106	5499.06	0.0060	16.67		0.0057		Fe II	5500.17		3F_4p4G*	3G_4d4H	12	12
1107	5506.78	0.0040		:	0.0038		O III	5508.25	V16	3p_1D	3d_1D*	5	5
1108	5506.78					*	S II	5509.72	V6	4s_4P	4p_4D*	4	4
1109	5513.10	0.0430	20.23		0.0407		Mg I	5514.16		1S	1P*	1	3
1110	5516.42	0.4800	1.46		0.4539		[Cl III]	5517.72	F1	3p3_4S*	3p3_2D*	4	6
1111	5524.14	0.0090	31.11		0.0085		N II	5526.24	V63	3s'_5P	3p'_5D*	3	5
1112	5528.14	0.0120	31.67		0.0113		N II	5530.24	V63	3s'_5P	3p'_5D*	5	7
1113	5533.26	0.0480	31.25		0.0453		N II	5535.36	V63	3s'_5P	3p'_5D*	7	9
1114	5536.47	0.5790	1.35		0.5467		[Cl III]	5537.89	F1	3p3_4S*	3p3_2D*	4	4
1115	5537.95	0.0050	32.00		0.0047		N II	5540.06	V63	3s'_5P	3p'_5D*	3	1
1116	5541.37	0.0120	31.67		0.0113		N II	5543.47	V63	3s'_5P	3p'_5D*	5	5
1117	5550.50	0.0100	46.00		0.0094		N II	5551.92	V63	3s'_5P	3p'_5D*	7	7
1118	5555.07	0.0060	60.00		0.0057		[Fe II]	5556.29		3d7_4F	(3P2)4s_4P	6	6
1119	5555.07	0.0055	65.45		0.0052		S II	5556.01	V6	4s_4P	4p_4D*	4	2
1120	5563.31	0.0050	72.00		0.0047		N II	5565.25	V63	3s'_5P	3p'_5D*	7	5
1121	5567.50	0.0060	63.33		0.0057		Fe II	5568.60		f4D	4f_4<1>*	2	2
1122	5576.31	0.0380	11.05		0.0358		[O I]	5577.34	F3	2p4_1D	2p4_1S	5	1
1123	5587.04	0.0080	21.25		0.0075		Fe II	5588.23		e4G	4f_3<5>*	8	10
1124	5590.96	0.0490	5.71		0.0461		O III	5592.24	V5	3s_1P*	3p_1P	3	3
1125	5605.13	0.0070	21.43		0.0066		[Fe II]	5606.25		a4D	b2P	8	4
1126	5611.78	0.0050	30.00		0.0047		N II	5612.34		3D	3D*	7	5
1127	5617.62	0.0060	23.33		0.0056		[Ca VII]	5618.75		3p2_3P	3p2_1D	5	5
1128	5621.18	0.0050	24.00		0.0047		[Mn VI]	5622.10		3d2_3F	3d2_3P	5	1
1129	5626.56	0.0030	56.67		0.0028		N II	5627.76		4p_3P	5d_3P*	1	3
1130	5629.57	0.0080	28.75		0.0075		[Fe VI]	5631.10		3d3_4F	3d3_4P	8	4
1131	5632.11	0.0030	83.33		0.0028		Fe II]	5633.37		d2F	w4F*	8	10
1132	5635.32	0.0060	23.33		0.0056		Mg I	5636.53		1S	1P*	1	3
1133	5639.03	0.0080	16.25		0.0075		Ni II	5640.23		1D_4d2P	5f_2<3>*	4	6
1134	5643.06	0.0050	20.00		0.0047		[Fe II]	5643.97		a4F	b4P	4	6
1135	5650.37	0.0030	26.67		0.0028		Fe II	5651.63		5D_4d4S	4f_3<1>*	4	4
1136	5659.42	0.0119	23.64		0.0110		[Cr III]	5660.58		3D	b3P	5	5
1137	5659.42					*	[Fe II]	5659.83		a4D	a4G	6	6
1138	5665.20	0.0684	6.64		0.0652		N II	5666.63	V3	3s_3P*	3p_3D	3	5
1139	5674.59	0.0380	11.95		0.0355		N II	5676.02	V3	3s_3P*	3p_3D	1	3
1140	5678.13	0.1390	4.78		0.1355		N II	5679.56	V3	3s_3P*	3p_3D	5	7
1141	5682.37	0.0030	73.33		0.0028		[Fe VI]	5683.70		3d3_2D2	3d3_2F	4	8
1142	5684.89	0.0260	11.15		0.0243		N II	5686.21	V3	3s_3P*	3p_3D	3	3
1143	5690.67	0.0170	15.88		0.0159		[Mn V]	5692.00		3d3_4F	3d3_2G	8	10
1144	5700.47	0.0360	7.78		0.0336		[Mn V]	5701.82		3d3_4F	3d3_2G	6	8
1145	5709.44	0.0210	12.86		0.0196		N II	5710.77	V3	3s_3P*	3p_3D	5	5
1146	5738.15	0.0080	13.75		0.0074		Si III	5739.73	V4	4s_1S	4p_1P*	1	3
1147	5745.67	0.0070	4.29		0.0065		[Fe II]	5746.97		(5D)4s_4D	(3P2)4s_2P	6	4
1148	5753.07	0.4250	4.02		0.3953		[N II]	5754.64	F3	2p2_1D	2p2_1S	5	1
1149	5755.43	0.0003		:	0.0003		[Fe II]	5756.74		3d7_2P	(3D)4s_2D	2	6
1150	5765.09	0.0070	25.71		0.0065		Si I	5765.97		3D	(3/2,5/2)*	7	7
1151	5770.89	0.0050	26.00		0.0046		N I	5771.96	V89	3p_4S*	7s_4P	4	4
1152	5783.68	0.0030		:	0.0028		He II	5784.94	5.40	5g+_2G	40h+_2H*	50
1153	5788.11	0.0070	20.00		0.0065		He II	5789.65	4.39	5g+_2G	39h+_2H*	50
1154	5793.58	0.0060	36.67		0.0056		He II	5794.57	5.38	5g+_2G	38h+_2H*	50
1155	5796.19	0.0050	40.00		0.0046		Fe II	5797.29		e4F	4f_2<2>*	8	6
1156	5799.41	0.0070	2.86		0.0065		He II	5800.48	5.37	5g+_2G	37h+_2H*	50
1157	5799.83	0.0590	3.22		0.0547		C IV	5801.33	V1	3s_2S	3p_2P*	2	4
1158	5805.51	0.0090	16.67		0.0083		He II	5806.57	5.36	5g+_2G	36h+_2H*	50
1159	5810.50	0.0410	7.32		0.0380		C IV	5811.98	V1	3s_2S	3p_2P*	2	2
1160	5812.12	0.0110	67.27		0.0102		He II	5813.19	5.35	5g+_2G	35h+_2H*	50
1161	5819.12	0.0150	22.67		0.0139		[Ni IV]	5820.10		3d7_4F*	3d7_4P	8	4
1162	5819.42	0.0120	65.83		0.0111		He II	5820.43	5.34	5g+_2G	34h+_2H*	50
1163	5826.63	0.0100	18.00		0.0093		He II	5828.60	5.33	5g+_2G	33h+_2H*	50
1164	5826.63					*	C II	5827.85	V22	3p'_4D	3d'_4P*	4	4
1165	5829.41	0.0040	62.50		0.0037		Fe III	5830.61		2I_5s3I	2I_5p3H*	11	9
1166	5829.41					*	Ni II	5830.76		3F_6s2F	2Psp'2D*	6	4
1167	5831.75	0.0050	56.00		0.0046		Fe II	5832.89		3F_4p4G*	3F_4d4F	6	6
1168	5835.69	0.0140	8.57		0.0129		He II	5836.50	5.32	5g+_2G	32h+_2H*	50
1169	5838.97	0.0030	36.67		0.0028		Ni II	5840.08		3P_4d4P	2F_sp4D*	6	8
1170	5842.39	0.0040	30.00		0.0037		C II	5843.62	V22	3p'_4D	3d'_4P*	6	6
1171	5845.67	0.0180	7.22		0.0166		He II	5847.10	5.31	5g+_2G	31h+_2H*	50
1172	5855.86	0.0170		:	0.0157		He II	5857.27	5.30	5g+_2G	30h+_2H*	50
1173	5860.17	0.0410		:	0.0379		[Mn V]	5861.00		3d3_4F	3d3_2G	8	8
1174	5867.63	0.0140	0.71		0.0129		He II	5869.00	5.29	5g+_2G	29h+_2H*	50
1175	5867.63					*	Ni II	5868.89		4s2_4F	3P_4p4D*	4	6
1176	5874.21	15.6290	0.97		14.4191		He I	5875.60	V11	2p_3P*	3d_3D	9	15
1177	5880.73	0.0160	1.25		0.0148		He II	5882.14	5.28	5g+_2G	28h+_2H*	50
1178	5884.80	0.0290		:	0.0267		C II	5886.05		2p3_2P*	7s_2S	4	2
1179	5884.80					*	[Mn V]	5885.40		3d3_4F	3d3_2G	10	10
1180	5904.75	0.0140	10.71		0.0129		[Ni IV]	5905.50		3d7_4F	3d7_4P	8	6
1181	5911.69	0.0170	9.41		0.0156		He II	5913.26	5.26	5g+_2G	26h+_2H*	50
1182	5911.69					*	C I	5912.58	V71	3p_1D	9d_1F*	5	7
1183	5926.42	0.0080	12.50		0.0074		N II	5927.81	V28	3p_3P	3d_3D*	1	3
1184	5930.56	0.0156		:	0.0144		He II	5931.83	5.25	5g+_2G	25h+_2H*	50
1185		0.0134		:	0.0120		N II	5931.78	V28	3p_3P	3d_3D*	3	5
1186	5940.26	0.0323	9.58		0.0296		N II	5941.65	V28	3p_3P	3d_3D*	5	7
1187	5940.26					*	N II	5940.24	V28	3p_3P	3d_3D*	3	3
1188	5943.96	0.0020	50.00		0.0018		N II	5945.37		4d_3F*	6f_1<4>	5	7
1189	5951.66	0.0240	4.58		0.0220		He II	5952.93	5.24	5g+_2G	24h+_2H*	50
1190	5951.66					*	N II	5952.39	V28	3p_3P	3d_3D*	5	5
1191	5956.11	0.0030	30.00		0.0028		Ar II	5957.46		4d_2D	4f'2<4>*	6	8
1192	5965.03	0.0050	20.00		0.0046		Ni II	5966.33		4f_3<2>*	3F_7d2F	6	6
1193	5968.84	0.0080	12.50		0.0073		V II	5969.93	V126	b3D	z5D	7	5
1194	5975.76	0.0320	3.75		0.0293		He II	5977.03	5.23	5g+_2G	23h+_2H*	50
1195	5985.65	0.0040	27.50		0.0037		Fe III	5986.66		3D	3D*	7	7
1196	5989.23	0.0150	7.33		0.0137		[Mn V]	5990.10		3d3_4F	3d3_4P	6	6
1197	6003.42	0.0310	5.16		0.0284		He II	6004.72	5.22	5g+_2G	22h+_2H*	50
1198	6003.42					*	Fe II	6004.69		4s2_4F	3F_4p4G*	10	10
1199	6003.42					*	Ni II	6004.72		4f_3<2>*	3F_7d4F	6	4
1200	6023.09	0.0120	10.83		0.0110		[Mn V]	6024.40		3d3_4F	3d3_4P	4	4
1201	6035.39	0.0330	4.85		0.0301		He II	6036.78	5.21	5g+_2G	21h+_2H*	50
1202	6035.39					*	Fe III	6036.55		4G_5s5G	4G_5p5G*	13	13
1203	6042.29	0.0030	43.33		0.0027		Ni II	6043.38		4Fsp'4G*	5g_4<5>	12	12
1204	6047.97	0.0030	43.33		0.0027		Ne II	6049.02		4d_2D	6f_1<3>*	6	8
1205	6064.68	0.0090	14.44		0.0082		N II	6065.92		4d_3D*	6f_2<2>	3	5
1206	6072.79	0.0380	4.47		0.0346		He II	6074.10	5.20	5g+_2G	20h+_2H*	50
1207	6072.79					*	Fe III	6081.87		4D_5p3F	4G_5d5F	9	11
1208	6082.42	0.0250	6.00		0.0228		[Mn V]	6083.20		3d3_4F	3d3_4P	4	2
1209	6094.60	0.1660	0.78		0.1509		[Fe III]	6096.30		3d6_3P2	3d6_1D2	5	5
1210	6100.38	0.0090	26.67		0.0082		[K IV]	6101.83	F1	3p4_3P	3p4_1D	5	5
1211	6100.38					*	Ne II	6101.42		4d_4D	6f_2<5>*	8	10
1212	6105.79	0.0090	15.56		0.0082		[Kr IV]	6107.80		5p3_2D	5d3_2P	4	4
1213	6109.97	0.0060	23.33		0.0055		Fe I	6111.02		y5Go	9/2[13/2]	13	13
1214	6113.38	0.0090	17.78		0.0082		Ni I	6114.47		3P_sp5P*	f3P	7	5
1215	6113.38					*	N II	6114.60	V36	3d_3F*	4p_3D	5	7
1216	6116.98	0.0440	3.18		0.0400		He II	6118.26	5.19	5g+_2G	19h+_2H*	50
1217	6123.69	0.0100	13.00		0.0091		[Ni IV]	6124.10		3d7_4F	3d7_4P	6	4
1218	6128.52	0.0050	26.00		0.0045		Fe II	6129.69	V46	a4G	z6F*	10	10
1219	6130.98	0.0040	27.50		0.0036		[Cr III]	6132.54		3d4_3G	3d4_1F	7	7
1220	6135.08	0.0050	14.00		0.0045		N II	6136.89	V36	3d_3F*	4p_3D	7	7
1221	6139.21	0.0070	34.29		0.0063		Ne II	6140.44		4f_2<4>*	6g_0<4>	8	10
1222	6142.66	0.0060	50.00		0.0054		Si I	6143.93		3S	(1/2,3/2)*	3	3
1223	6149.46	0.0006	10.00		0.0005		N II	6150.75	V36	3d_3F*	4p_3D	5	5
1224	6149.86	0.0306	11.64		0.0277		C II	6151.43	V16.04	4d_2D	6f_2F*	16	20
1225	6154.68	0.0040	27.50		0.0036		O I	6155.97	V10	3p_5P	4d_5D*	3	5
1226	6155.47	0.0070	27.14		0.0063		O I	6156.77	V10	3p_5P	4d_5D*	5	7
1227	6156.04	0.0140	69.29		0.0127		[Mn V]	6157.60		3d3_4F	3d3_4P	6	4
1228	6156.88	0.0090	28.89		0.0082		O I	6158.17	V10	3p_5P	4d_5D*	7	9
1229	6160.54	0.0070	32.86		0.0063		[Cl II]	6161.84		3p4_1D	3p4_1S	5	1
1230	6164.70	0.0210	12.86		0.0190		[Mn V]	6166.00		3d3_4F	3d3_4P	8	6
1231	6166.46	0.0080	25.00		0.0072		N II	6167.76	V36	3d_3F*	4p_3D	9	7
1232	6168.87	0.0030	20.00		0.0027		N II	6170.16	V36	3d_3F*	4p_3D	5	3
1233	6169.30	0.0480	14.58		0.0434		He II	6170.60	5.18	5g+_2G	18h+_2H*	50
1234	6172.01	0.0050	26.00		0.0045		N II	6173.31	V36	3d_3F*	4p_3D	7	5
1235	6178.31	0.0070	30.00		0.0063		[Co III]	6179.60		a4D	b4P	2	2
1236	6184.93	0.0100		:	0.0090		Fe III	6186.08		4P_5s5P	4P_5p5D*	5	5
1237	6187.60	0.0080		:	0.0072		Ne II	6188.72		4d_4D	6f_2<1>*	4	6
1238	6189.51	0.0120		:	0.0108		O I	6191.00		3D*	3D	3	7
1239	6192.44	0.0170	87.65		0.0154		[Fe IV]	6193.90		4P	2F3	6	8
1240	6195.76	0.0260	21.15		0.0235		[V II]	6197.12		a5D	b3G	7	7
1241	6199.39	0.0160	15.62		0.0145		Si I	6200.46		3P	(3/2,1/2)*	1	3
1242	6203.98	0.0190	8.95		0.0172		[Fe III]	6205.35		3P2	5P	5	5
1243	6212.30	0.0080	11.25		0.0072		O I	6213.59		3D*	3D	7	7
1244	6216.96	0.0100	4.00		0.0090		O I	6218.16		3D*	3D	7	5
1245	6218.11	0.0140	3.57		0.0126		[Mn V]	6219.10		3d3_2D2	3d3_2F	6	2
1246	6222.40	0.0090	10.00		0.0081		Fe III	6223.47		6S_5f5F*	4G_6s5G	7	9
1247	6227.26	0.0060	15.00		0.0054		[K VI]	6228.60		3p2_3P	3p2_1D	5	5
1248	6227.26					*	Fe II]	6229.35	V34	b4F	z6D	8	6
1249	6232.46	0.0420	3.10		0.0379		Fe II	6233.75		5D_4d4P	4f_0<3>*	6	8
1250	6232.66	0.0160	3.75		0.0144		He II	6233.82	5.17	5g+_2G	17h+_2H*	50
1251	6232.66					*	[Mn V]	6234.00		3d3_2D2	3d3_2F	4	6
1252	6237.28	0.0050	40.00		0.0045		Fe II	6238.39	V74	b4D	z4P	4	4
1253	6240.06	0.0060	28.33		0.0054		Ne II	6241.18		4d_4P	6f_1<3>*	4	6
1254	6243.19	0.0030	50.00		0.0027		[Cr III]	6244.67		3d4_3G	3d4_1F	11	7
1255	6249.14	0.0130	10.00		0.0117		[Cr III]	6250.38		3d4_b1G	3d4_b1D	9	5
1256	6253.26	0.0070	20.00		0.0063		[Fe II]	6254.30		a6D	a2G	8	8
1257	6257.14	0.0130	10.77		0.0117		[Fe V]	6258.36		3d4_3D	3d4_1F	5	7
1258	6262.15	0.0060	21.67		0.0054		Fe I	6263.22	V863	b3D	x3D*	3	5
1259	6265.63	0.0070	20.00		0.0063		O I	6266.89	V48	3p'_3F	4d'_3F*	9	9
1260	6271.67	0.0100	10.00		0.0090		Ne I	6273.02		1/2<1/2>	1/2<1/2>*	3	3
1261	6281.47	11.1110			9.9853		DIB	6284.31
1262	6286.75	0.0020		:	0.0018		N II	6288.18		3P	3D*	5	3
1263	6298.82	0.6230	0.74		0.5593		[O I]	6300.30	F1	2p4_3P	2p4_1D	5	5
1264	6309.56	0.1000	0.40		0.0897		He II	6310.80	5.16	5g+_2G	16h+_2H*	50
1265	6310.78	1.5490	0.37		1.3895		[S III]	6312.10	F3	2p2_1D	2p2_1S	5	1
1266	6342.12	0.0280	13.93		0.0251		[Mn V]	6343.60		3d3_4F	3d3_4P	8	4
1267	6342.12					*	[Ni IV]	6343.40		3d7_2H	3d7_2F	10	6
1268	6345.62	0.0550	7.09		0.0492		Si II	6347.10	V2	4s_2S	4p_2P*	2	4
1269	6345.62					*	Mg II	6346.80	V16	4d_2D	6f_2F*	10	14
1270	6345.62					*	Ni II	6347.03		3F_5d2H	6f_3<4>*	12	10
1271	6362.29	0.2160	1.81		0.1932		[O I]	6363.78	F1	2p4_3P	2p4_1D	3	5
1272	6370.10	0.0840	4.52		0.0751		Si II	6371.36	V2	4s_2S	4p_2P*	2	2
1273	6370.10					*	Ni II	6371.47		4f_2<2>*	3F_7d4F	4	4
1274	6386.54	0.0040	17.50		0.0036		Ne II	6387.77		2F	0<3>*	6	6
1275	6392.39	0.0490	2.04		0.0437		[Mn V]	6393.50		3d3_4F	3d3_4P	10	6
1276	6396.84	0.0060	16.67		0.0054		O II	6398.06		G<3>*	2<4>	8	10
1277	6400.26	0.0070	14.29		0.0062		[Ni III]	6401.40		3d8_3F	3d8_3P	7	3
1278	6400.26					*	N II	6401.44		4d_1F*	6f_2<2>	7	5
1279	6405.08	0.0780	1.67		0.0696		He II	6406.38	5.15	5g+_2G	15h+_2H*	50
1280	6410.08	0.0050	16.00		0.0045		N II	6411.54		4d_1F*	6f_2<5>	7	9
1281	6414.38	0.0040	25.00		0.0036		Fe II	6415.57		x4P*	f4D	6	8
1282	6417.74	0.0050	20.00		0.0045		Ni II	6419.12		4f_2<3>*	3P_5d4F	8	6
1283	6422.02	0.0030	50.00		0.0027		Si I	6423.25		3D	(1/2,1/2)*	3	3
1284	6424.76	0.0070	21.43		0.0062		O II	6425.90		G<4>*	3<5>	10	12
1285	6429.39	0.0060	15.00		0.0053		Cr II	6430.56		5D_4f4H*	6g_3<7>	12	14
1286	6433.46	0.0280	11.07		0.0249		[Ar V]	6435.10		3p2_3P	3p2_1D	3	5
1287	6435.72	0.0040	80.00		0.0036		[Cr V]	6436.20		3d2_3F	3d2_3P	7	5
1288	6439.76	0.0030	26.67		0.0027		[Ni II]	6441.29		4s_2F	4s_2P	8	4
1289	6444.64	0.0080	10.00		0.0071		Ne II	6445.81		2<2>*	2F	6	8
1290	6450.55	0.0090	8.89		0.0080		V II	6451.97		b1F	z1G*	7	9
1291	6455.17	0.0130	6.92		0.0116		Fe II	6456.38		b4D	z4P*	8	6
1292	6460.51	0.0874	1.72		0.0778		C II	6461.95	V17.04	4f_2F*	6g_2G	22	26
1293	6464.61	0.0060	16.67		0.0053		Fe II	6466.07		w4D*	5D_4d4P	4	6
1294	6470.18	0.0120	6.67		0.0107		[Mn V]	6471.30		3d3_2H	3d3_2F	10	8
1295	6470.18					*	O II	6471.42		4f_D1*	6g_2(2)	6	10
1296	6477.14	0.0050	32.00		0.0044		N III	6478.72	V14	3p'_4P	3d'_4D*	6	6
1297	6481.15	0.0160	10.62		0.0142		[Fe II]	6482.31		(3P2)4s_4P	(3D)4s_2D	6	6
1298	6481.15					*	N II	6482.05	V8	3s_1P*	3p_1P	3	3
1299	6484.95	0.0260	6.54		0.0231		Si I	6486.14		1D	(3/2,5/2)*	5	7
1300	6494.30	0.0180	13.33		0.0160		Cr II	6495.65		5D_4f4G*	6g_3<5>	8	10
1301	6494.30					*	Ni II	6495.74		3F_5d4G	7f_4<4>*	6	8
1302	6497.62	0.0210	15.24		0.0186		Ne II	6498.74		2F	1<3>*	6	6
1303	6500.31	0.0380	10.26		0.0337		O II	6501.41		4f_D3*	6g_0(4)	8	10
1304	6509.09	0.0360	4.44		0.0319		Fe II	6510.28		3F_4p4G*	3F_4d4H	10	12
1305	6514.92	0.0220	6.82		0.0195		N II	6516.15		4d_1P*	6f_2<3>	3	5
1306	6525.76	0.0900	2.56		0.0797		[N II]	6527.24	F1	2p2_3P	2p2_1D	1	5
1307	6525.76					*	He II	6527.11	5.14	5g+_2G	14h+_2H*	50
1308	6531.78	0.0070	20.00		0.0062		Ne II	6533.02		1<4>*	1<5>	8	10
1309	6538.02	0.0580	10.34		0.0513		Ne II	6539.14		4f_2<2>*	6g_2<3>	6	8
1310	6538.02					*	O II	6539.33		4f_F2*	6g_2(3)	6	8
1311	6546.65	6.3600	1.57		5.6254		[N II]	6548.04	F1	2p2_3P	2p2_1D	3	5
1312	6558.75	3.8190	7.86		3.3755		He II	6560.10	4.6	4f+_2F*	6g+_2G	32	72
1313	6561.45	301.3570	0.02		266.3203		H I	6562.80	H3	2p+_2P*	3d+_2D	8	18
1314	6576.70	0.5308	65.63		0.4686		C II	6578.05	V2	3s_2S	3p_2P*	2	4
1315	6581.53	0.2654	65.63		0.2343		C II	6582.88	V2	3s_2S	3p_2P*	2	2
1316	6581.97	17.7170	2.82		15.6386		[N II]	6583.46	F1	2p2_3P	2p2_1D	5	5
1317	6604.15	0.0220	13.64		0.0194		Ni II]	6605.47		4s2_4F	1D_4p2D*	4	6
1318	6608.84	0.0170	20.59		0.0150		N II	6610.57	V31	3p_1D	3d_1F*	5	7
1319	6612.40	11.1110			9.7904		DIB	6613.72
1320	6616.42	0.0090		:	0.0079		Si I	6617.78		4p_3P	8d_(23)*	5	7
1321	6619.79	0.0070		:	0.0062		Si I	6621.20		3d_1D*	7p_(22)	5	3
1322	6630.15	0.0030		:	0.0026		[Fe II]	6631.23		a4D	b4F	8	4
1323	6638.14	0.0080		:	0.0070		Ne II	6639.30		2<2>*	4F	6	8
1324	6639.78	0.0090	47.78		0.0079		O II	6641.05	V4	3s_2P	3p_2S*	2	2
1325	6654.65	0.0110		:	0.0097		Fe II]	6656.00		a2F	z6F*	8	6
1326	6666.25	0.0200	72.00		0.0176		He I	6667.72		3s_3S	35p_3P*	3	1
1327	6670.87	0.0240		:	0.0211		[Cr III]	6672.40		3d4_a3P	3d4_a1D	3	5
1328	6676.51	4.1880	7.70		3.6768		He I	6678.15	V46	2p_1P*	3d_1D	3	5
1329	6680.28	0.2260		:	0.1984		He II	6683.20	5.13	5g+_2G	13h+_2H*	50
1330	6680.28					*	[Ni III]	6682.20		3d8_3F	3d8_3P	5	1
1331	6700.46	0.0060		:	0.0053		[Ni XV]	6701.70		3p2_3P	3p2_3P	1	3
1332	6703.05	0.0060		:	0.0053		He I	6704.67		3s_3S	26p_3P*	3	9
1333	6708.54	0.0170	23.53		0.0149		[Cr V]	6709.90		3d2_3F	3d2_3P	9	5
1334	6715.48	1.5720	0.64		1.3771		[S II]	6716.44	F2	2p3_4S*	2p3_2D*	4	6
1335	6720.17	0.0160	18.75		0.0140		O II	6721.40	V4	3s_2P	3p_2S*	4	2
1336	6729.86	2.6090	0.77		2.2837		[S II]	6730.82	F2	2p3_4S*	2p3_2D*	4	4
1337	6729.86					*	C III	6731.04	V3	3s'_3P*	3p'_3D	3	5
1338	6738.93	0.0180	16.67		0.0157		[Fe IV]	6739.80		4G	2I	12	12
1339	6743.22	0.0190	15.79		0.0166		N II	6744.74		?	?
1340	6746.51	0.0080	25.00		0.0070		[Cr IV]	6747.50		3d3_4F	3d3_2G	6	8
1341	6750.74	0.0040	50.00		0.0035		O II	6751.86		1<4>	H<5>*	8	10
1342	6754.86	0.0070	42.86		0.0061		He I	6755.85		3s_3S	20p_3P*	3	9
1343	6760.45	0.0090	22.22		0.0079		[Fe IV]	6761.30		4G	2I	10	12
1344	6768.16	0.0040	50.00		0.0035		He I	6769.55		3s_3S	19p_3P*	3	9
1345	6779.04	0.0080	25.00		0.0070		C II	6780.61	V14	3s'_4P*	3p'_4D	2	4
1346	6785.74	0.0060	33.33		0.0052		C II	6787.22	V14	3s'_4P*	3p'_4D	2	2
1347	6785.74					*	Si I	6786.94		3d_3F*	9f_3F	7	9
1348	6791.01	0.0070	28.57		0.0061		Fe II	6792.54		5D_5p6F*	5D_5d6G	6	6
1349	6791.01					*	Fe II	6792.67		4s2_2F	t2F*	6	8
1350	6793.96	0.0530	5.66		0.0462		[K IV]	6795.10	F1	3p4_3P	3p4_1D	3	5
1351	6799.62	0.0040	50.00		0.0035		Fe I	6800.82		w5F*	9/2<7/2>	7	7
1352	6846.50	0.0130	23.08		0.0113		O II	6847.86		2<2>	D<2>*	6	6
1353	6854.98	0.0080	37.50		0.0070		He I	6855.91		3s_3S	15p_39*	3	9
1354	6863.74	0.0090	33.33		0.0078		N II	6865.16		?	?
1355	6890.08	0.1060	4.72		0.0920		He II	6890.90	5.12	5g+_2G	12h+_2H*	50
1356	6890.08					*	Si III	6891.32		6s_1S	7p_1P*	1	3
1357	6933.24	0.0200	25.00		0.0173		O II	6934.63		3d'_2F	5f_D3*	8	8
1358	6933.24					*	Fe I	6934.46		y3F*	f5F	9	11
1359	6989.08	0.0220	22.73		0.0190		N II	6990.70		?	?
1360	7004.58	0.0480	10.42		0.0414		[Ar V]	7005.67		3p2_3P	3p2_1D	5	5
1361	7004.58					*	Ni II	7006.19		3P_4d4F	5f_3<4>*	6	8
1362	7047.15	0.0240	16.67		0.0207		[Fe II]	7047.99		(5D)4s_4D	(3F2)4s_4F	2	4
1363	7064.17	5.0700	3.94		4.3592		He I	7065.71	V10	2p_3P*	3s_3S	9	3
1364	7101.73	0.0250	20.00		0.0215		[Ni II]	7102.66		(3F)4s_2F	(3P)4s_2P	6	4
1365	7109.86	0.0310	16.13		0.0266		[Fe IV]	7111.10		3d5_4D	3d5_4F	8	6
1366	7113.32	0.0400	12.50		0.0343		Fe I	7114.55	V267	a3G	z3G*	11	9
1367	7134.75	17.4640	1.89		14.9619		[Ar III]	7135.80	F1	3p4_3P	3p4_1D	5	5
1368	7154.26	0.0200	10.00		0.0171		[Fe II]	7155.16		3d7_4F	3d7_2G	10	10
1369	7159.66	0.0460	8.70		0.0394		He I	7160.61	3.10	3s_3S	10p_3P	3	9
1370	7169.63	0.1250	8.00		0.1069		[Fe IV]	7170.90		4D	4F	2	6
1371	7169.63					*	[Ar IV]	7170.62	F2	3p3_2D*	3p3_2P*	4	4
1372	7176.56	0.1560	6.41		0.1334		He II	7177.50	5.11	5g+_2G	11h+_2H*	50		*
1373	7189.63	0.0350	22.86		0.0299		Fe II	7191.30	V72	b4D	z4F*	6	4
1374	7189.63					*	[Fe IV]	7190.82		3d5_4D	3d5_4F	6	6
1375	7196.96	0.0280	17.86		0.0239		Ca I	7198.17		3S	3P*	3	3
1376	7213.03	0.0250	20.00		0.0213		N II	7214.71	V52	3d_3P*	4p_3D	5	3
1377	7220.30	0.0240	20.83		0.0205		[Fe II]	7221.84		b4P	b2D	2	6
1378	7230.26	0.1520	3.29		0.1296		C II	7231.32	V3	3p_2P*	3d_2D	2	4
1379	7235.98	0.3130	3.83		0.2668		[Ar IV]	7237.40	F2	3p3_2D*	3p3_2P*	6	4
1380	7235.98					*	C II	7236.42	V3	3p_2P*	3d_2D	4	6
1381	7235.98					*	C II	7237.17	V3	3p_2P*	3d_2D	4	4
1382	7261.89	0.1270	9.45		0.1081		[Ar IV]	7262.76	F2	3p3_2D*	3p3_2P*	4	2
1383	7280.36	0.5940	2.53		0.5052		He I	7281.35	V45	2p_1P*	3s_1S	3	1
1384	7296.77	0.0750	13.33		0.0637		He I	7298.04		3s_3S	9p_3P*	3	9
1385	7306.65	0.0300	33.33		0.0255		Fe II	7307.97	V73	b4D	z4D*	4	4
1386	7318.80	1.4030	3.56		1.1911		[O II]	7319.99	F2	2p3_2D*	2p3_2P*	6	4
1387	7329.09	1.3080	3.82		1.1099		[O II]	7330.73	F2	2p3_2D*	2p3_2P*	4	4
1388	7346.44	0.0190	52.63		0.0161		[V II]	7347.75		b3D	b1F	7	7
1389	7352.30	0.0230	43.48		0.0195		Fe II	7353.92		4s2_2G	u2G*	10	10
1390	7364.13	0.0190	52.63		0.0161		Ni II	7365.71		1G_4d2F	4f"2<1>*	6	4
1391	7454.07	0.0270	37.04		0.0228		Si I	7455.36	V57.02	4p_3D	5d_3D*	5	3
1392	7462.74	0.0290	34.48		0.0245		[Cr II]	7463.98		a4D	b4G	8	8
1393	7470.66	0.0300	33.33		0.0253		Ne I	7472.44	V8.02	3p_2<1>	3d_2<2>*	3	3
1394	7484.78	0.0250	40.00		0.0211		O II	7486.21		3d'_2G	5f_F2*	8	6
1395	7484.78					*	O II	7486.35		3d_4P	4p_4D*	6	4
1396	7498.76	0.0510	19.61		0.0429		He I	7499.85		3s_3S	8p_3P*	3	9
1397	7514.29	0.0330	30.30		0.0278		Fe II	7515.83	V73	b4D	z4D*	8	6
1398	7518.26	0.0360	27.78		0.0303		C II	7519.86	V17.13	5p_2P*	3p'_2D	2	4
1399	7518.26					*	C II	7519.50	V16.08	2p3_2P*	3p'_2P	4	4
1400	7518.26					*	C II	7519.86	V16.08	2p3_2P*	3p'_2P	2	2
1401	7529.40	0.4520	2.21		0.3800		[Cl IV]	7530.80		3p2_3P	3p2_1D	3	5
1402	7549.32	0.0190	52.63		0.0160		N II	7551.00		3P	3P*	5	3
1403	7577.64	0.0340	29.41		0.0285		Fe II	7579.41		y4G*	4s2_2H	8	10
1404	7591.41	0.1950	5.13		0.1635		He II	7592.75	5.10	5g+_2G	10h+_2H*	50
1405	7674.30	0.0300	33.33		0.0251		[Fe II]	7675.30		4s_6D	3d7_4P	4	2
1406	7680.38	0.0140	71.43		0.0117		Fe II	7682.10		e4D	3F_4p4D*	6	6
1407	7686.44	0.0210	47.62		0.0175		[Fe II]	7687.95		(5D)4s_6D	3d7_4P	6	4
1408	7705.95	0.4070	2.46		0.3395		C III	7707.43	V10.01	3p'_1P	3d'_1D*	3	5
1409	7712.50	0.0570	17.54		0.0475		He I	7714.54		3s_1S	15p_1P*	1	3
1410	7717.52	0.1770	5.65		0.1476		Si IV	7718.79	V19	6g_2G	7h_2H*	10	12
1411	7723.46	0.1880	5.32		0.1567		N II	7725.00		?	?
1412	7727.41	0.1710	5.85		0.1425		[Fe II]	7728.66		a6S	b2D	6	6
1413	7731.27	0.1470	6.80		0.1225		[V II]	7733.19		b1G	d3P	9	5
1414	7736.69	0.1330	7.52		0.1108		Ni II	7738.31		4f_4<2>*	3F_6d2F	4	6
1415	7749.98	4.0400	0.25		3.3633		[Ar III]	7751.10		3p4_3P	3p4_1D	3	5
1416	7762.27	0.0700	10.00		0.0582		Ni II	7763.87		4s2_2F	3F_5p4F*	8	6
1417	7771.91	0.0610	11.48		0.0507		Ni II	7773.62		4f_2<1>*	1D_5d2D	4	4
1418	7782.36	0.1240	6.45		0.1031		Fe II	7784.21		e4D	v4F*	8	8
1419	7803.56	0.0830	9.64		0.0689		[Fe II]	7805.01		a6S	b2D	6	4
1420	7808.82	0.0480	13.54		0.0399		Cl II	7810.40		4p'_1P	3d'_1D*	3	5
1421	7815.08	0.0930	8.60		0.0772		He I	7816.13	3.7	3s_3S	7p_3P*	3	9
1422	7831.94	0.0680	11.76		0.0564		Ni II	7833.68		2I	4<7>*	14	14
1423	7837.02	0.1160	6.90		0.0962		Ne II	7838.55		3d_2P	4p_2P*	2	4
1424	7858.49	0.0700	11.43		0.0580		O II	7859.76		3d'_2D	5f_D2*	4	4
1425	7861.36	0.0580	13.79		0.0481		Fe II	7862.95		4D_sp6F*	5D_5d6G	8	10
1426	7864.98	0.0550	14.55		0.0456		Ni II	7866.76		3P_4d2F	5f_4<4>*	8	10
1427	7868.54	0.0300	26.67		0.0249		[V II]	7870.00		a1G	d3F	9	9
1428	7873.05	0.0750	10.67		0.0621		[Fe II]	7874.65		(5D)4s_6D	3d7_4P	2	4
1429	7877.12	0.0330	24.24		0.0273		Fe I	7878.66		c3F	y3G*	9	7
1430	7882.12	0.0730	10.96		0.0604		N I	7883.40		2P*	2P	4	4
1431	7888.55	0.0870	9.20		0.0720		[Ni III]	7889.90		3d8_3F	3d8_1D	7	5
1432	7895.29	0.0410	19.51		0.0339		He I	7896.89		3p_3P*	35s_3S	1	3
1433	7924.87	0.0290	27.59		0.0240		He I	7926.38		3p_3P*	29s_3S	9	3
1434	7979.14	0.0170	47.06		0.0140		N II	7980.70		4p_3P	5s_3P*	5	3
1435	8000.21	0.0370	21.62		0.0305		Ar I	8001.86		3d_2<1>*	8p_2<1>	3	3
1436	8012.60	0.0380	18.42		0.0313		N III	8014.00		3p'_2D	3d'_2D*	6	4
1437	8016.71	0.0370	18.92		0.0305		Fe II	8018.08		3P_5s4P	3H_5p4G*	6	8
1438	8020.86	0.0260	26.92		0.0214		[Fe II]	8022.65		a4D	a2D2	2	4
1439	8032.15	0.0330	21.21		0.0272		[Ni II]	8033.54		(3F)4s_4F	(3P)4s_4P	4	6
1440	8044.11	0.7740	1.29		0.6366		[Cl IV]	8045.63		3p2_3P	3p2_1D	5	5
1441	8057.31	0.0350	17.14		0.0288		Fe II	8058.95		4D_sp6F*	5D_5d6D	10	8
1442	8066.98	0.0170	35.29		0.0140		C III	8068.40		5g_3G	6h_3H*	33	27
1443	8075.16	0.0190	31.58		0.0156		[V II]	8076.62		a3G	a1F	7	7
1444	8081.51	0.0310	19.35		0.0255		Fe II	8083.88		z4D*	d4P	4	6
1445	8094.43	0.0300	20.00		0.0246		Ti III	8096.26		3G*	3/2<9/2>	11	9
1446	8099.83	0.0220	27.27		0.0181		Ti III	8101.56		3d5f_1F*	6g_2<4>	7	7
1447	8099.83					*	Fe III	8101.31		b2D_4s3D	4P_4p5P*	5	7
1448	8109.21	0.0320	18.75		0.0262		N II	8111.00		?	?
1449	8115.33	0.0120	33.33		0.0098		He I	8116.60	3.16	3p_3P*	16d_3D	9
1450	8121.51	0.3480	7.18		0.2853		Al II	8123.42	V110	5d_3D	8f_3F*	5	5
1451	8131.83	0.0250	20.00		0.0205		Si I	8133.90		3d_3F*	7p_(11)	5	3
1452	8139.67	0.0290	17.24		0.0238		Fe III	8141.18		4D_4d5G	4G_5p5H*	9	7
1453	8158.27	0.0270	18.52		0.0221		Fe II]	8159.95		f4F	3F_5p4G*	8	10
1454	8167.51	0.0120	41.67		0.0098		He I	8168.91		3p_3P*	15s_3S	9	3
1455	8173.05	0.0210	23.81		0.0172		Na I	8174.86		2D	2P*	6	6
1456	8174.47	0.0210	23.81		0.0172		Na I	8176.22		2D	2P*	6	6
1457	8183.57	0.0340	14.71		0.0278		Ne I	8185.51		4s_2<2>*	7p_2<1>	3	3
1458	8184.53	0.0160	31.25		0.0131		Na I	8186.56		2D	2P*	6	6
1459	8194.97	0.1160	8.62		0.0948		Fe I	8196.61		d3F	w3F*	9	7
1460	8202.80	0.0160	31.25		0.0131		Fe II	8204.42		4P_sp4P*	3F_4d4P	2	4
1461	8214.12	0.0180	22.22		0.0147		N II	8215.90		?	?
1462	8220.41	0.0480	20.83		0.0392		[Fe II]	8222.04		a4G	c2D	6	4
1463	8223.31	0.0430		:	0.0351		N II	8225.10		3P*	3P	5	3
1464	8235.14	0.4110	10.95		0.3355		He II	8236.77	5.9	5g+_2G	9h+_2H*	50
1465	8235.14					*	He I	8237.15		3d_3D	35p_3P*	5	6
1466	8242.11	0.0090		:	0.0073		H I	8243.69	P41	3d+_2D	41f+_2F*	18
1467	8249.41	0.0140	71.43		0.0114		H I	8249.97	P40	3d+_2D	40f+_2F*	18
1468	8253.69	0.0040		:	0.0033		H I	8255.02	P38	3d+_2D	38f+_2F*	18
1469	8260.54	0.0080		:	0.0065		H I	8260.93	P36	3d+_2D	36f+_2F*	18
1470	8263.12	0.0260	38.46		0.0212		H I	8264.28	P35	3d+_2D	35f+_2F*	18
1471	8263.12					*	He I	8265.71	3.9	3s_1S	9p_1P*	1	3
1472	8266.63	0.0220	45.45		0.0179		H I	8267.94	P34	3d+_2D	34f+_2F*	18
1473	8270.24	0.0130	76.92		0.0106		H I	8271.93	P33	3d+_2D	33f+_2F*	18
1474	8275.28	0.0200	50.00		0.0163		H I	8276.31	P32	3d+_2D	32f+_2F*	18
1475	8279.77	0.0240	48.75		0.0196		H I	8281.12	P31	3d+_2D	31f+_2F*	18
1476	8284.91	0.0460	25.43		0.0375		H I	8286.43	P30	3d+_2D	30f+_2F*	18
1477	8290.70	0.0560	20.89		0.0456		H I	8292.31	P29	3d+_2D	29f+_2F*	18
1478	8297.13	0.0790	14.81		0.0643		H I	8298.83	P28	3d+_2D	28f+_2F*	18
1479	8304.51	0.0830	13.98		0.0676		H I	8306.11	P27	3d+_2D	27f+_2F*	18
1480	8312.42	0.1120	10.45		0.0912		H I	8314.26	P26	3d+_2D	26f+_2F*	18
1481	8321.59	0.1160	10.00		0.0944		H I	8323.42	P25	3d+_2D	25f+_2F*	18
1482	8331.94	0.1510	7.81		0.1228		H I	8333.78	P24	3d+_2D	24f+_2F*	18
1483	8343.53	0.1960	6.12		0.1594		H I	8345.47	P23	3d+_2D	23f+_2F*	18
1484	8357.64	0.2810	4.45		0.2283		H I	8359.00	P22	3d+_2D	22f+_2F*	18
1485	8372.81	0.2130	5.73		0.1730		H I	8374.48	P21	3d+_2D	21f+_2F*	18
1486	8390.68	0.2320	5.34		0.1883		H I	8392.40	P20	3d+_2D	20f+_2F*	18
1487	8411.59	0.2980	4.36		0.2417		H I	8413.32	P19	3d+_2D	19f+_2F*	18
1488	8420.39	0.0260	19.23		0.0211		He I	8421.99	3.18	3d_3D	18p_3P*	15
1489	8436.22	0.3000	4.37		0.2431		H I	8437.95	P18	3d+_2D	18f+_2F*	18
1490	8443.15	0.0260	19.23		0.0211		He I	8444.69		3p_3P*	11d_3D	9	15
1491	8449.72	0.0150	33.33		0.0121		He I	8451.20	3.17	3d_3D	17p_3P*	15
1492	8465.50	0.3910	3.61		0.3165		H I	8467.25	P17	3d+_2D	17f+_2F*	18
1493	8479.12	0.0250	20.00		0.0202		[Cl III]	8480.85		3p3_2D*	3p3_2P*	6	4
1494	8484.83	0.0270	18.52		0.0218		He I	8486.31	3.16	3d_3D	16p_3P*	15
1495	8500.67	0.4270	3.35		0.3452		H I	8502.48	P16	3d+_2D	16f+_2F*	18
1496	8516.92	0.0170	23.53		0.0137		He II	8519.35	6.31	6s+_2S	31p+_2P*	72
1497	8527.62	0.0490	8.16		0.0396		He I	8528.99	3.15	3d_3D	15p_3P*	15
1498	8543.64	0.5130	2.81		0.4141		H I	8545.38	P15	3d+_2D	15f+_2F*	18
1499	8560.50	0.0080	25.00		0.0065		[V II]	8561.99		b3D	d3P	7	3
1500	8565.62	0.0260	15.38		0.0210		He II	8566.92	6.29	6s+_2S	29p+_2P*	72
1501	8577.20	0.0690	7.25		0.0556		[Cl II]	8578.69		3p4_3P	3p4_1D	5	5
1502	8580.50	0.0630	7.94		0.0508		He I	8581.87		3d_3D	14f_3F*	15	21
1503	8596.61	0.6110	2.41		0.4923		H I	8598.39	P14	3d+_2D	14f+_2F*	18
1504	8606.63	0.0060	33.33		0.0048		He I	8608.31		3p_1P*	15d_1D	3	5
1505	8615.42	0.0200	15.00		0.0161		[Fe II]	8616.95		4s_4H	4s_2I	14	14
1506	8624.53	0.0280	10.71		0.0225		He II	8626.19	6.27	6s+_2S	27p+_2P*	72
1507	8631.36	0.0130	30.77		0.0105		He I	8632.97	3.10	3p_3P*	10s_3S	9	9
1508	8646.98	0.0450	8.89		0.0362		He I	8648.25	3.13	3d_3D	13f_3F*	15
1509	8663.22	0.8980	1.71		0.7219		H I	8665.02	P13	3d+_2D	13f+_2F*	18
1510	8674.89	0.0160	18.75		0.0129		Ne II	8676.35		4d_4D	5f_1<3>*	4	6
1511	8678.89	0.0190	15.79		0.0153		N I	8680.28	V1	3s_4P	3p_4D*	6	8
1512	8678.89					*	Ca III	8680.53		5d_2<4>*	5f_2<3>	9	7
1513	8684.21	0.0170	17.65		0.0137		N I	8686.15	V1	3s_4P	3p_4D*	2	4
1514	8689.80	0.0050	54.00		0.0040		Fe III	8691.28		4D_4d3G	4G_5p3G*	9	9
1515	8700.14	0.0160	18.75		0.0128		N II	8701.83	V65.02a	4d_3F*	5f_2<4>	7	7
1516	8702.94	0.0070	28.57		0.0056		[Ni II]	8703.87		(3F)4s_2F	(1D)4s_2D	8	6
1517	8708.64	0.0060		:	0.0048		N II	8710.54	V65.02b	4d_3F*	5f_2<5>	9	11
1518	8727.43	0.0230	13.04		0.0184		[Fe III]	8728.90		3P4	3D	5	7
1519	8731.87	0.0940	10.64		0.0754		He I	8733.43	3.12	3d_3D	12f_3F*	15
1520	8738.06	0.0090	55.56		0.0072		He I	8739.97		3d_3D	12p_3P*	5	3
1521	8748.67	0.8890	1.79		0.7126		H I	8750.47	P12	3d+_2D	12f+_2F*	18
1522	8774.88	0.0470	10.64		0.0376		He I	8776.97	3.9	3p_3P*	9d_3D	1	3
1523	8787.29	0.0130	30.77		0.0104		O II	8788.83		4d_4F	5f_G4*	6	8
1524	8791.99	0.0400	10.00		0.0320		C II	8793.80	V28.01	3p'_2D	3d'_2F*	6	8
1525	8793.20	0.0061	18.75		0.0049		[Cr II]	8795.17		a2D	b2D	4	6
1526	8797.20	0.0110	18.18		0.0088		He II	8799.00	6.23	6s+_2S	23p+_2P*	72
1527	8798.10	0.0280	14.29		0.0224		C II	8799.90	V28.01	3p'_2D	3d'_2F*	4	6
1528	8807.99	0.0180	11.11		0.0144		Fe II	8809.83		b4G	x4G*	12	12
1529	8814.86	0.0110	18.18		0.0088		He I	8816.64		3p_1P*	12d_1D	3	5
1530	8820.68	0.0080	25.00		0.0064		O II	8822.18		4d_4F	5f_G3*	6	8
1531	8820.68					*	N II	8822.73	V65.01	4d_3F*	5f_1<4>	7	7
1532	8844.14	0.0930	5.38		0.0743		He I	8845.37	3.11	3d_3D	11f_3F*	15
1533	8860.93	1.4550	1.23		1.1620		H I	8862.78	P11	3d+_2D	11f+_2F*	18
1534	8897.79	0.0100	20.00		0.0080		C I	8899.31		3d_1D*	8p_1D	5	5
1535	8913.02	0.0160	12.50		0.0128		He I	8914.77	3.7	3s_1S	7p_1P*	1	3
1536	8927.43	0.0400	7.50		0.0319		He II	8929.11	6.21	6s+_2S	21p+_2P*	72
1537	8955.55	0.0040	50.00		0.0032		Si IV	8957.25	V3.01	5s_2S	5p_2P*	2	4
1538	8969.09	0.0110	18.18		0.0088		Fe II]	8970.93		a2F	z6D*	8	10
1539	8969.09					*	Ne II	8970.83		4p_4P*	4d_4D	2	4
1540	8977.90	0.0170	17.65		0.0135		Ni II	8980.69		3F_5s2F	3F_5p2D*	6	6
1541	8982.90	0.0090	33.33		0.0072		O II	8984.40		2D	P<1>*	6	4
1542	8995.48	0.0820	6.10		0.0652		He I	8997.02	3.10	3d_3D	10f_3F*	15
1543	9012.94	1.8210	1.09		1.4473		H I	9014.91	P10	3d+_2D	10f+_2F*	18
1544	9019.60	0.0120	25.00		0.0095		O II	9021.02		4d_4D	5f_F2*	4	6
1545	9023.37	0.0050	60.00		0.0040		O II	9026.05		4d_4D	5f_F2*	4	4
1546	9029.30	0.0090	27.78		0.0071		Fe II]	9031.20		4f_4<4>*	5D_6d6D	8	10
1547	9037.09	0.0140	17.86		0.0111		C II	9039.10		4P*	4D	6	8
1548	9048.52	0.0070	35.71		0.0056		O II	9050.26		4d_4D	5f_D1*	2	2
1549	9066.91	29.1710	0.51		23.1453		[S III]	9068.60		3p2_3P	3p2_1D	3	5
1550	9082.89	0.0120	25.00		0.0095		Ne II	9084.60		3d_4F	4p_4D*	6	4
1551	9093.62	0.0190	15.79		0.0151		C I	9095.46		3d_3D*	9p_3D	5	7
1552	9093.62					*	Ne II	9095.94		4p_4D*	4d_4F	8	10
1553	9103.04	0.0170	14.71		0.0135		O II	9104.95		4d_4D	5f_F4*	8	10
1554	9106.63	0.0220	11.36		0.0174		He II	9108.54	6.19	6s+_2S	19p+_2P*	72
1555	9113.11	0.0110	22.73		0.0087		Ne II	9114.78		4d_4F	5f_0<3>*	8	6
1556	9121.78	0.0270	11.11		0.0214		[Cl II]	9123.60		3p4_3P	3p4_1D	3	5
1557	9133.49	0.0020		:	0.0016		O II	9135.08		4d_4D	5f_F2*	8	6
1558	9161.00	0.0190	13.16		0.0150		[Fe III]	9162.53		7S	5S	7	5
1559	9171.81	0.0170	14.71		0.0134		He I	9174.49	3.8	3p_3P*	8s_3S	9	3
1560	9180.68	0.0160	15.62		0.0127		C I	9182.83	V48	3p_1D	4d_1D*	5	5
1561	9189.26	0.0100	24.00		0.0079		Ne II	9190.96		4p'_2F*	4d'_2G	8	10
1562	9198.25	0.0070	34.29		0.0055		Ne II	9199.74		4p_4S*	5s_4P	4	4
1563	9208.66	0.1370	7.30		0.1082		He I	9210.33	V83	3d_3D	9f_3F*	15	21
1564	9226.97	3.1880	0.69		2.5173		H I	9229.01	P9	3d+_2D	9f+_2F*	18
1565	9239.58	0.0120	33.33		0.0095		Ne II	9241.44		2D	2<3>*	6	6
1566	9259.11	0.0130	26.92		0.0103		O II	9260.50		5d_4P	4f'_P1*	2	2
1567	9264.37	0.0230	17.39		0.0181		N II	9266.62	V65.05a	4d_3D*	5f_1<3>	5	7
1568	9270.67	0.0090	33.33		0.0071		Ne I	9272.40		3/2<2/1>*	3/2<3/2>	1	3
1569	9274.33	0.0120	29.17		0.0095		Fe I	9276.23		z5I*	e5H	11	9
1570	9281.26	0.0130	26.92		0.0102		Fe II	9283.39		c4F	z4G*	8	8
1571	9287.81	0.0130	15.38		0.0102		[Fe IV]	9289.40		4D	2D5	8	6
1572	9295.26	0.0100	30.00		0.0079		N II	9297.34	V65.05a	4d_3D*	5f_1<3>	7	7
1573	9301.93	0.0080	37.50		0.0063		He I	9303.19	3.9	3p_1P*	9d_1D	3	5
1574	9304.75	0.0090	33.33		0.0071		O II	9306.56		4d_4D	5f_D3*	6	8
1575	9321.14	0.0150	22.00		0.0118		Fe II	9323.06		e4D	5D_5p4P*	4	6
1576	9329.70	0.0220	15.00		0.0173		Ne II	9331.50		5g_2<4>	8f_2<5>*	8	10
1577	9337.51	0.0130	25.38		0.0102		N II	9339.40		?	?
1578	9343.02	0.1080	4.63		0.0850		He II	9344.93	5.8	5g+_2G	8h+_2H*	50
1579	9348.76	0.0170	17.65		0.0134		Ne II	9350.15		5g_2<6>	8f_2<5>*	12	10
1580	9364.92	0.0170	17.65		0.0134		He II	9367.03		6f_2F*	17g_2G	32
1581	9384.41	0.0120	20.83		0.0094		Ni II	9386.10		4f_4<2>*	3F_6d4P	6	4
1582	9390.01	0.0100	25.00		0.0079		[Fe IV]	9391.70		3d5_2I	3d5_2G2	12	10
1583	9395.83	0.0160	15.62		0.0126		Ni II	9397.77		3F_5d4G	3F_7p4F*	12	10
1584	9401.19	0.0140	14.29		0.0110		Ne II	9402.17		4f_2<4>*	5g_1<5>	10	12
1585	9407.04	0.0130	23.08		0.0102		Ne I	9408.85		3d_2<4>*	8f_2<4>	9	9
1586	9407.04					*	O II	9409.06		4d_4P	5f_D2*	4	6
1587	9415.59	0.0120	16.67		0.0094		Ne II	9417.43		6g_2<2>	4f'2<3>*	4	6
1588	9423.47	0.0210	11.90		0.0165		Ne I	9425.38	V8.01	3p_2<1>	3d_2<1>*	1	3
1589	9434.65	0.0320	12.50		0.0251		[Fe II]	9436.63		(3F2)4s_2F	(1D2)4s_2D	6	4
1590	9448.11	0.0140	25.00		0.0110		Ne II	9449.81		4d_4P	5f_1<3>*	6	8
1591	9451.88	0.0070		:	0.0055		Ne I	9453.98		3d_1<2>*	8f1<3,4>	5	7
1592	9458.25	0.0170	17.65		0.0133		Ne II	9459.07		4d_2F	5f_2<5>*	8	10
1593	9462.28	0.0940	4.26		0.0737		He I	9463.58	V67	3s_3S	5p_3P*	3	9
1594	9472.60	0.0160	21.88		0.0125		Ni II	9475.03		4f_3<3>*	3F_6d2G	8	10
1595	9476.97	0.0350	11.43		0.0274		[Co IV]	9479.00		3F2	1I	9	13
1596	9485.10	0.0200	17.50		0.0157		[Fe II]	9486.98		b4P	b4D	6	2
1597	9489.22	0.0100	35.00		0.0078		O II	9490.85		4d_4P	5f_D3*	6	8
1598	9498.01	0.0090	44.44		0.0071		Ne II	9499.27		4d_2F	5f_2<3>*	8	8
1599	9515.26	0.0790	6.33		0.0619		He I	9516.63	V76	3p_3P*	7d_3D	9	15
1600	9529.21	55.7150	1.44		43.6169		[S III]	9530.60		3p2_3P	3p2_1D	5	5
1601	9543.97	1.8760	1.33		1.4680		H I	9545.97	P8	3d+_2D	8f+_2F*	18
1602	9560.71	0.0260	19.23		0.0203		Ne I	9562.65		3/2<1/2>	3/2<3/2>*	3	3
1603	9574.04	0.0170	29.41		0.0133		Ar II	9576.17		4f_2<3>*	5g_2<2>	6	6
1604	9577.48	0.0130	30.77		0.0102		[Mn III]	9579.60		b4P	d2G	6	8
1605	9584.52	0.0180	19.44		0.0141		Ni II	9586.59		4f_4<5>*	3F_6d4H	12	14
1606	9596.54	0.0100	30.00		0.0078		C III	9597.81	V17.01	4f_1F*	3p'_1D	7	5
1607	9596.54					*	Fe II	9598.78		e4D	5D_5p6F*	6	8
1608	9601.65	0.0260	11.54		0.0203		He I	9603.44	V71	3s_1S	6p_1P*	1	3
1609	9607.80	0.0100	30.00		0.0078		Fe I	9609.45		e7D	4F_5p3D*	7	7
1610	9612.63	0.0140	17.86		0.0109		Ne II	9614.55		4d_2F	5f_1<3>*	6	8
1611	9618.77	0.0090	27.78		0.0070		C III	9620.50		3H*	3G	33	27
1612	9624.25	0.0210	14.29		0.0164		He I	9625.70	V90	3p_1P*	8d_1D	3	5
1613	9630.37	0.0150	16.67		0.0117		Ne II	9632.33		4d_2D	5f_2<2>*	4	6
1614	9632.46	0.0130	15.38		0.0101		Fe II	9634.21		e6D	4P_sp6D*	8	10
1615	9643.00	0.0150	16.67		0.0117		[Fe III]	9645.10		5P	3D	3	7
1616	9651.86	0.0330	7.58		0.0257		[Fe II]	9652.70		a4F	a4P	4	6
1617	9658.45	0.0100	23.00		0.0078		Ar I	9660.70		3/2<1/2>	3/2<3/2>*	3	3
1618	9668.10	0.0130	17.69		0.0101		[Fe II]	9669.66		(3P2)4s_2P	(3D)4s_2D	4	4
1619	9678.65	0.0110	22.73		0.0086		C I	9680.62		3d_3D*	7f_2<2>	7	5
1620	9690.51	0.0160	18.75		0.0125		O I	9693.00		?	?
1621	9699.74	0.0350	10.00		0.0273		He I	9702.71	V75	3p_3P*	7s_3S	9	3
1622	9706.31	0.0130	23.08		0.0101		C III	9708.20		6h_3H*	7i_3I	33	39
1623	9711.61	0.0170	17.65		0.0132		Ar I	9713.99		3d_2<2>*	8p_2<1>	3	1
1624	9718.03	0.0140	17.86		0.0109		Ne II	9720.13		4p_2S*	4d_2P	2	2
1625	9739.64	0.0100	24.00		0.0078		O I	9741.50	V55.04	3p'_1F	3d'_1G*	7	9
1626	9746.19	0.0130	18.46		0.0101		O I]	9748.40		5P	3D*	5	15
1627	9760.45	0.0530	7.55		0.0412		He II	9762.15		6f_2F*	15g_2G	32
1628	9788.41	0.0120	33.33		0.0093		Fe II	9790.52		4f_4<6>*	5g_4<7>	14	16
1629	9791.64	0.0140	25.00		0.0109		N II	9794.01	V65.14	4d_1F*	5f_2<5>	7	9
1630	9797.36	0.0090	38.89		0.0070		Ne II	9799.26		2P*	2P	4	4
1631	9806.89	0.0070	50.00		0.0054		Ne II	9808.85		4s_2P	4p_2P*	2	4
1632	9814.67	0.0060	58.33		0.0047		Fe II	9816.40		y2H*	4s2_2G	10	8
1633	9822.25	0.0100	33.00		0.0078		[C I]	9824.13		2p2_3P	2p2_1D	3	5
1634	9831.74	0.0050		:	0.0039		O II	9833.39		D<2>*	2<2>	6	10
1635	9848.24	0.0360	9.17		0.0279		[C I]	9850.26		2p2_3P	2p2_1D	5	5
1636	9848.24					*	O II	9849.96		4d_2D	5f_F3*	4	6
1637	9866.10	0.0120	29.17		0.0093		N II	9868.21	V65.09	4f_1<3>	5g_1<4>*	5	7
1638	9888.75	0.0120	26.67		0.0093		N II	9891.09	V65.11b	4f_1<4>	5g_1<5>*	18	27
1639	9901.82	0.2650	3.64		0.2054		C II	9903.46	V17.02	4f_2F*	5g_2G	22	26
1640	9901.82					*	O II	9903.39		4d_2D	5f_F3*	6	6
1641	9901.82					*	O II	9903.45		4d_2D	5f_F3*	6	8
1642	9909.63	0.0060		:	0.0047		O II	9911.46		2<4>	H<5>*	10	10
1643	9961.60	0.0380	13.16		0.0294		Fe II	9963.77		4f_1<3>*	5g_1<4>	6	8
1644	9966.65	0.0150	21.33		0.0116		N II	9969.34	V65.16a	4f_2<4>	5g_2<5>*	9	11
1645	9966.65					*	N II	9969.43	V65.16a	4f_2<4>	5g_2<5>*	9	9
1646	9980.62	0.0320	13.44		0.0248		O II	9982.42		4f_G5*	5g_2(6)	12	14
1647	9988.51	0.1520	6.58		0.1176		O II	9990.27		4f_D2*	5g_1(3)	6	8
1648	9988.51					*	O II	9990.27		4f_D3*	5g_0(4)	6	8
1649	9991.12	0.0330	30.30		0.0255		C II	9993.30		4S	4P*	4	4
1650	10002.64	0.0230	43.48		0.0255		O II	10004.46		G<4>*	1<3>	10	8
1651	10008.47	0.0570	17.54		0.0255		Ne II	10010.22		4d_4P	5f_2<2>*	4	4
1652	10012.53	0.2180	5.87		0.0255		[Fe II]	10013.89		3d7_2G	(3H)4s_2H	8	10
1653	10020.79	0.0800	12.50		0.0255		He I	10023.10		3d_1D	7p_1P*	5	3
1654	10026.10	0.3120	3.53		0.2411		He I	10027.72	V81	3d_3D	7f_3F*	15	21
1655	10028.19	0.0130	38.46		0.2411		Ne II	10030.20		4f_2<3>*	5g_2<5>	8	10
1656	10037.08	0.1310	8.40		0.2411		O II	10038.70		3d7_2H	(3G)4s_2G	10	8
1657	10047.60	5.7340	1.08		4.4294		H I	10049.37	P7	3d+_2D	7f+_2F*	18
1658	10081.76	0.1530	9.80		4.4294		Ne II	10083.80		4d_4P	5f_2<2>*	6	6
1659	10096.17	0.0830	15.66		4.4294		[Fe II]	10098.09		b2H	b2D	10	6
1660	10108.75	0.0970	13.40		4.4294		Ne II	10110.70		4p_2P*	5s_2P	4	4
1661	10121.80	3.7810	1.80		2.9155		He II	10123.61	4.5	4f+_2F*	5g+_2G	32	50
1662	10158.39	0.0610	18.85		2.9155		Cr II	10160.60		5D_4f4D*	5g_0<4>	6	8
1663	10189.87	0.0750	16.00		2.9155		Ne II	10191.73		2D	2D*	6	4
1664	10201.94	0.0880	16.48		2.9155		Ca I	10203.60		4s4d_3D	4s8f_1F*	7	7
1665	10210.39	0.1070	18.69		2.9155		[Cr II]	10212.11		a4G	b4P	8	4
1666	10290.43	0.0990	17.68		2.9155		O II	10292.08		G<5>*	0<4>	10	18
1667	10309.19	0.0990	17.68		2.9155		He I	10311.00	V74	3p_3P*	6d_3D	9	15
1668	10372.08	0.2240	11.38		2.9155		N II	10374.40		?	?
1669	10387.62	0.0700	36.43		2.9155		N II	10389.80		3P*	5P	5	7
1670	10402.21	0.0950	42.63		2.9155		Si I	10404.00		3d_3D*	7f_2<2>	3	5
1671	10418.60	0.4490	17.82		0.3439		Ne II	10420.71		3d_4P	4p_4P*	4	4
1672	10469.32	0.2290	26.20		0.3439		Fe I	10471.30		w5F*	f5P	3	3
1673	10489.56	0.0710		:	0.3439		O II	10491.40		4f_D3*	5d_4D	8	6
1674	10528.42	0.1960	42.86		0.3439		O II	10530.70		4f_F2*	5d_2F	6	8
1675	10620.70	0.1650	51.52		0.1258		N I	10623.00	V52	3p_4P*	3d_4P	2	2