η Carinae: linelist for the emission spectrum of the Weigelt blobs in the 1700 to 10 400 Å wavelength region

Home

All issues

Volume 540 (April 2012)

A&A, 540 (2012) A133

Full HTML

Free Access

Table C.1

continued.

λ_obs,vac	Intensity	Spectrum	Transition	λ_lab,vac	Comment
(Å)	(rel units)		(Å)

		Fe II	a⁴H_13/2 – x⁴G_11/2	2255.89
2256.64		Fe II (UV 4)	a⁶D_1/2 – z⁴F_3/2	2256.69
		Ni II (UV 51)	a²P_1/2 – y²P_1/2	2256.84
2270.93		Ni II (UV 12)	a⁴F_7/2 – z⁴G_9/2	2270.91
2275.15?		Ni II (UV 38)	a⁴P_3/2 – y²D_5/2	2275.43
2280.66		Fe II (UV 4)	a⁶D_7/2 – z⁴F_9/2	2280.62
2287.68		Ni II (UV 22)	a²F_5/2 – z²D_3/2	2287.79
2288.08		Ni II (UV 29)	b²D_5/2 – y²D_5/2	2288.35
2294.12		Co II (UV 9)	a⁵F₃ – z⁵G₃	2294.09
		Fe II (UV 184)	b⁴F_5/2 – x⁴F_5/2	2294.48
		Fe II (UV 184)	b⁴F_3/2 – x⁴F_3/2	2294.56
2298.97		Ni II (UV 21)	a²F_5/2 – z²F_5/2	2298.98
		Ni II (UV 39)	a⁴P_3/2 – z²P_1/2	2299.20
2299.69		Mn II (UV 2)	a⁷S₃ – z⁵P₂	2299.66
2304.25		Ni II (UV 59)	a²G_7/2 – x²F_7/2	2304.46
		Ni II (UV 51)	a²P_1/2 – y²P_3/2	2304.56
2309.10		Ni II (UV 50)	a²P_3/2 – x²D_3/2	2309.23
2317.67		Fe II (UV 183)	b⁴F_5/2 – x⁴G_5/2	2318.09
2318.92		Fe II (UV 183)	b⁴F_7/2 – x⁴G_7/2	2319.06
		Ni II (UV 29)	b²D_5/2 – y²D_3/2	2319.22
		Fe II (UV 132)	a²D_3/2 – z²F_5/2	2319.25
2322.09		Fe II (UV 183)	b⁴F_9/2 – x⁴G_9/2	2322.40
2325.92		Fe II (UV 183)	b⁴F_5/2 – x⁴G_7/2	2326.01
2333.8		Fe II (UV 3)	a⁶D_5/2 – z⁶P_2/2	2333.52
2337.02?		Co II (UV 8)	a⁵F₁ – z⁵D₀	2336.94
		Ni II (UV 27)	b²D_3/2 – z⁴P_3/2	2337.35
		Ni II (UV 50)	a²P_1/2 – x²D_3/2	2337.43
2338.81		Fe II (UV 3)	a⁶D_3/2 – z⁶P_3/2	2338.72
2351.0		Ni II (UV 19)	a²F_7/2 – z²F_5/2	2351.57
		Fe II (UV 36)	a⁴F_9/2 – z⁴D_7/2	2348.83
		Fe II (UV 3)	a⁶D_5/2 – z⁶P_5/2	2349.02
2355.60		Fe II (UV 35)	a⁴F_5/2 – z⁴F_3/2	2355.61
		Fe II (UV 165)	a⁴H_11/2 – y⁴G_11/2	2355.94
2361.10		Fe II (UV 35)	a⁴F_9/2 – z⁴F_9/2	2360.72
		Fe II (UV 36)	a⁴F_7/2 – z⁴D_5/2	2361.01
2369.65		Fe II (UV 36)	a⁴F_5/2 – z⁴D_3/2	2369.32
		Ni II (UV 36)	a⁴P_1/2 – z⁴P_1/2	2369.94
2390.3		Fe II (UV 2)	a⁶D_7/2 – z⁶F_7/2	2389.36
2400.9		Fe II (UV 36)	a⁴F_3/2 – z⁴D_5/2	2399.96
		Fe II (UV 2)	a⁶D_5/2 – z⁶F_5/2	2399.97
2414.72		Co II (UV 7)	a⁵F₃ – z⁵F₃	2414.80
		Fe II (UV 164)	a⁴H_13/2 – z²I_11/2	2414.84
		Fe II (UV 180)	b⁴F_9/2 – y⁴G_7/2	2415.24
2415.54		Fe II	c⁴P_3/2 – 5p ⁴P_5/2	2415.80	Lyα
		Fe II (UV 180)	b⁴F_3/2 – z²F_5/2	2415.80
		Fe II	c⁴P_3/2 – (b³P)4p ⁴P_3/2	2415.93	Lyα
2416.81		Ni II (UV 20)	a²F_5/2 – z²G_7/2	2416.87
2419.04		Fe II	c⁴P_3/2 – (b³P)4p ⁴P_1/2	2419.40	Lyα
		Fe III (UV 47)	a⁵S₂ – z⁷P₃	2419.31	Lyα
2423.46		Fe II (UV 301)	b⁴D_5/2 – w⁴D_7/2	2423.42
		Fe II (UV 115)	a²H_9/2 – y⁴F_7/2	2423.67
		Fe II (UV 301)	b⁴D_3/2 – w⁴D_5/2	2423.95
2424.99		Fe II	b⁴F_7/2 – y⁴G_7/2	2425.39
2425.70		Fe II	a⁴G_5/2 – y²D_3/2	2426.10
2426.02		Fe II	b²P_3/2 – y²D_5/2	2426.42
2426.25		Fe II	a²D2_5/2 – y⁴D_7/2	2426.65
2427.53		Fe II	a²H_11/2 – z⁴I_13/2	2427.93
2429.13		Fe II	a⁴G_11/2 – y⁴H_9/2	2429.53
2429.14		Fe II	b⁴D_3/2 – w⁴D_3/2	2429.54
2429.42		Ni II	²P_1/2 – y⁴D_1/2	2429.82
2429.85		Fe II	b⁴F_5/2 – y⁴G_5/2	2430.25
2430.76		Fe II	c⁴F_3/2 – ⁴F_3/2	2431.14	Lyα
2430.82		Fe II	c⁴P_3/2 – ⁴D_5/2	2431.20	Lyα
2431.35		Fe II	c⁴P_3/2 – ⁴S_3/2	2431.73	Lyα
2431.90		Ni II	²P_1/2 – ⁴D_3/2	2432.30
2433.04		Fe II	a²I_13/2 – y²I_11/2	2433.44
2433.89		Fe II	a⁴H_9/2 – z²I_11/2	2434.24
2433.92		Fe II	c²D_5/2 – w²P_3/2	2434.32
2436.15		Fe II	a⁴H_13/2 – z²I_13/2	2436.55
2436.56		Fe II	a⁴H_11/2 – y⁴H_11/2	2436.96
2436.89		Fe II	c²D_3/2 – w²P_3/2	2437.29
2437.50		Fe II	a⁴G_7/2 – y²D_5/2	2437.90
2437.61		Fe II	b⁴P_3/2 – y⁴D_1/2	2438.01
2438.63		[Fe III]	⁵D₄ – ⁵S₂	2439.03
2438.88		Fe II	c⁴P_5/2 – ⁴F_3/2	2439.26	Lyα
2438.96		Fe II	c⁴F_3/2 – ⁴F_5/2	2439.34	Lyα
2440.29		Fe II	c⁴F_3/2 – ⁴D_3/2	2440.67	Lyα
2440.45		Fe II	d²G_7/2 – ²G_7/2	2440.85
2441.47		Fe II	z⁴F_9/2 – e⁴G_9/2	2441.87
2442.95		Fe II	⁴F_5/2 – ⁴F_5/2	2443.33	Lyα
2444.11		Co II	b³F₂ – z³D₂	2444.51
2444.26		Fe II	c⁴F_5/2 – ⁴D_3/2	2444.66
2447.14		Fe II	c⁴P_5/2 – ⁴F_5/2	2447.52	Lyα
2448.47		Fe II	c⁴P_5/2 – ⁴D_3/2	2448.85	Lyα
2453.27		Fe II	b⁴D_7/2 – w⁴F_5/2	2453.67
2454.32		Fe II	z⁴D_7/2 – e⁴G_9/2	2454.72
2454.53		Fe II	b²P_3/2 – x⁴F_5/2	2454.91	Si III]
2454.92		Fe II	a²I_13/2 – w²H_11/2	2455.32
2455.86		Ni II	²F_7/2 – ⁴G_7/2	2456.26
2457.32		Fe II	c⁴P_5/2 – ⁴P_5/2	2457.71	Lyα
2457.45		Fe II	c⁴P_5/2 – ⁴P_3/2	2457.84	Lyα
2457.91		Fe II	b⁴D_3/2 – ⁴P_3/2	2458.30	Lyα
2459.45		Fe II	b²F_7/2 – w⁴D_7/2	2459.85
2459.46		Fe II	a⁴H_11/2 – z²G_9/2	2459.86
2460.78		Fe II	z⁴F_9/2 – e⁴G_11/2	2461.18
2460.99		Fe II	c²D_3/2 – w²P_1/2	2461.39
2463.10		Fe II	c⁴F_7/2 – ⁴F_7/2	2463.49	Lyα
2464.86		[Fe III]	⁵D₃ – ⁵S₂	2465.26
2464.92		Fe II	c⁴F_3/2 – ⁴D_5/2	2465.31	Lyα
2466.27		Fe II	a⁴G_7/2 – x⁴F_5/2	2466.66	Si III]
2469.72		Fe II	a⁴H_9/2 – z⁴H_7/2	2470.12
2470.57		[O II]	⁴S_3/2 – ²P_1/2	2470.97
2470.69		[O II]	⁴S_3/2 – ²P_3/2	2471.09
2470.76		Fe II	a⁴G_5/2 – x⁴F_5/2	2471.16
2472.95		Fe II	z⁴F_7/2 – e⁴G_9/2	2473.35
2473.27		Fe II	c⁴P_5/2 – ⁴D_5/2	2473.66	Lyα
2473.81		Fe II	c⁴P_5/2 – ⁴S_3/2	2474.20	Lyα
2475.47		Fe II	z⁴F_3/2 – e⁴G_5/2	2475.87
2475.89		Fe II	z⁴F_5/2 – e⁴G_7/2	2476.29
2477.84		Fe II	a²H_9/2 – z⁴H_7/2	2478.25
2478.79		Fe II	a⁴H_13/2 – z⁴I_11/2	2479.20
2479.63		Fe II	a⁴G_5/2 – x⁴F_7/2	2480.04
2481.91		Fe II	c²G_9/2 – w²H_9/2	2482.32
2483.19		[Fe III]	⁵D₂ – ⁵S₂	2483.79
2484.71		Fe II	b²F_7/2 – w⁴F_5/2	2485.12
2484.87		Fe II	b⁴P_3/2 – y⁶P_5/2	2485.28
2485.69		Co II	b³F₄ – z³G₃	2486.10
2488.66		Fe II	d²F_5/2 – ²F_5/2	2489.07	Lyα
2488.69		Fe II	d²F_7/2 – ²F_7/2	2489.08	Lyα
2489.43		Ni II	⁴G_9/2 – ²F_7/2	2489.84
2491.68		V II	a⁵P₃ – w³D₂	2492.09
2495.38		[Fe III]	⁵D₁ – ⁵S₂	2495.79
2496.24		Ni II	⁴D_5/2 – ²F_7/2	2496.65
2497.65		Fe II	a⁴G_7/2 – x⁴F_9/2	2498.06
2498.71		Fe II	a⁴H_7/2 – y⁴D_7/2	2499.12
2501.27		Fe II	c²D_5/2 – v²F_7/2	2501.68
2503.92		Fe II	b⁴F_3/2 – y⁴D_3/2	2504.33
2504.22		Fe II	b²G_9/2 – x²G_9/2	2504.63
2505.26		Fe II	c⁴F_9/2 – ⁶F_9/2	2505.65	Lyα
2506.19		Ni II	²P_3/2 – ²P_3/2	2506.60
2507.16		Fe II	c⁴F_7/2 – ⁶F_9/2	2507.55	Lyα
2508.05		Fe II	z⁶D_7/2 – e⁶D_5/2	2508.44	Lyα sec
2508.71		Fe II	c⁴F_7/2 – ⁴G_9/2	2509.10	Lyα
2510.23		Fe II	z⁶D_3/2 – e⁶D_1/2	2510.62	Lyα sec
2513.08		Fe II	a²D2_3/2 – z²D_5/2	2513.49
2513.52		Fe II	z⁶D_9/2 – e⁶D_7/2	2513.91	Lyα sec
2515.28		Fe II	b⁴F_5/2 – y⁴D_5/2	2515.69
2515.48		Fe II	c⁴F_5/2 – ⁴G_7/2	2515.88	Lyα
2516.41		Fe II	c⁴F_9/2 – ⁴G_7/2	2516.80	Lyα
2517.48		Fe II	b⁴P_1/2 – z²D_3/2	2517.89
2517.79		Co II	c³P₁ – z³P₁	2518.20
2519.76		Fe II	b²P_1/2 – x⁴F_3/2	2520.17
2519.92		Fe II	c⁴P_5/2 – ⁴G_7/2	2520.32	Lyα
2520.62		Fe II	z⁶D_5/2 – e⁶D_5/2	2521.02	Lyα sec
2521.58		Fe II	c⁴F_3/2 – ⁴G_5/2	2521.98	Lyα
2521.84		Fe II	d²G_9/2 – ²H_11/2	2522.24	Lyα
2522.16		Fe II	c²G_7/2 – w²G_7/2	2522.57
2523.80		Fe II	z⁶D_1/2 – e⁶D_3/2	2524.20	Lyα sec
2525.46		Fe II	c²G_7/2 – w²G_9/2	2525.87
2526.28		Fe II	z⁴D_7/2 – e⁶D_7/2	2526.68	Lyα sec
2527.80		Fe II	c²G_7/2 – x²F_5/2	2528.21
2528.03		Fe II	b²G_7/2 – x²G_9/2	2528.44
2529.03		Fe II	b⁴F_9/2 – y⁶P_7/2	2529.44
2530.11		Ti II	b⁴F_3/2 – y⁴D_3/2	2530.52
2530.28		Fe II	c²G_7/2 – ⁴D_7/2	2530.69
2534.23		Ti II	d²D1_1.5 – ⁴F_3/2	2534.64
2535.71		Fe II	c²F_5/2 – v²D_3/2	2536.12
2537.50		Fe II	z⁶D_9/2 – e⁶D_9/2	2537.90	Lyα sec
2539.44		Ni II	²P_1/2 – ²P_3/2	2539.86
2540.15		Fe II	b⁴F_7/2 – y⁶P_7/2	2540.57
2540.40		Fe II	a²F_7/2 – y⁴H_7/2	2540.82
2546.24		Ni II	²F_5/2 – ⁴G_7/2	2546.66
2546.40		Fe II	c²P_1/2 – u⁴F_3/2	2546.80	N IV
2549.27		Fe II	a²I_11/2 – x²H_9/2	2549.69
2550.12		Fe II	a²F_7/2 – x⁴F_5/2	2550.54
2551.55		Fe II	c²G_9/2 – w⁴D_7/2	2551.97
2553.31		V II	b³F₄ – x³D₃	2553.73
2554.09		Fe II	a²D2_5/2 – z⁴S_3/2	2554.51
2555.41		Fe II	b⁴F_5/2 – y⁴F_7/2	2555.83
2555.80		Fe II	b⁴F_3/2 – y⁴F_5/2	2556.22
2557.45		Fe II	a⁴H_7/2 – z⁴G_9/2	2557.85	Si III]
2557.68		Co II	a³P₀ – z³D₁	2558.10
2557.85		Fe II	b⁴F_9/2 – y⁴D_7/2	2558.27
2558.21		Ni II	²P_3/2 – ²D_3/2	2558.63
2558.69		Cr II	a²D_5/2 – x⁴G_7/2	2559.11
2559.21		Mn II	a⁵F₄ – x⁵D₄	2559.63
2565.57		Mn II	a⁵G₅ – z⁵F₅	2565.99
2565.71		Co II	a³P₂ – z³D₂	2566.13
2568.76		Fe II	b⁴P_1/2 – y⁴P_3/2	2569.18
2568.87		Mn II	b³G₅ – y³F₄	2569.29
2569.24		Fe II	b⁴F_7/2 – y⁴D_7/2	2569.66
2570.13		Fe II	a²S_1/2 – x²P_3/2	2570.55
2571.31		Mn II	a³F₃ – z³G₄	2571.73
2571.39		Ti II	a²F_7/2 – y²G_9/2	2571.81
2571.90		Fe II	b⁴F_9/2 – z⁴I_9/2	2572.32
2581.47		Fe II	a⁶S_5/2 – y⁶P_5/2	2581.89
2589.15		Fe II	a²F_7/2 – x⁴G_7/2	2589.57
2633.56		Fe II	c²D_5/2 – x²P_3/2	2633.99
2635.76		Fe II	b²H_9/2 – z²F_7/2	2636.19
2636.42		Co II	a³D₃ – y³P₂	2636.85
2637.11		Fe II	b⁴D_5/2 – x⁴P_3/2	2637.54
2639.92		Fe II	b²P_1/2 – z²P_1/2	2640.35
2641.48		Fe II	b⁴P_3/2 – z⁴S_3/2	2641.91
2642.37		Fe II	b²F_5/2 – y²F_5/2	2642.80
2644.18		Mn II	b³F₃ – x⁵D₃	2644.61
2645.44		Fe II	a²F_7/2 – y²G_7/2	2645.87
2645.44		Fe II	b²F_5/2 – y²F_7/2	2645.87
2645.58		Fe II	c²P_3/2 – u²D_5/2	2645.99	He II
2645.71		Fe II	d²F_7/2 – u²D_5/2	2646.12	He II
2646.57		Fe II	b²H_11/2 – y⁴G_9/2	2647.00
2648.46		Mn II	a³D₁ – y³P₀	2648.89
2649.08		Ni II	²F_5/2 – ⁴D_5/2	2649.51
2649.30		Mn II	b⁵D₄ – z³G₅	2649.73
2649.84		Fe II	²F_5/2 – u²G_7/2	2650.26	He II
2651.39		Mn II	b⁵D₄ – y⁵F₄	2651.82
2651.66		Fe II	b²H_11/2 – y⁴G_11/2	2652.09
2652.04		Fe II	c²D_3/2 – w²F_5/2	2652.47
2653.01		V II	a³P₁ – y³F₂	2653.44
2654.98		Mn II	b⁵D₂ – z³G₃	2655.41
2658.28		Fe II	b²G_9/2 – y²H_9/2	2658.71
2658.61		Fe II	b²F_7/2 – y²F_7/2	2659.04
2662.07		Cr II	a⁶D_5/2 – z⁴P_5/2	2662.51
2664.03		Cr II	a⁶D_1/2 – z⁶D_1/2	2664.47
2664.55		Fe II	b²H_9/2 – y⁴G_11/2	2664.99
2665.53		Mn II	a³G₅ – y⁵F₅	2665.97
2665.60		Ni II	²P_3/2 – ⁴P_3/2	2666.04
2667.38		Mn II	b⁵D₂ – y⁵F₃	2667.82
2667.41		Mn II	b³P₀ – z³S₁	2667.85
2669.51		Al II]	¹S₀ – ³P₁	2669.95
2670.42		Cr II	b⁴P_5/2 – z⁴S_3/2	2670.86
2670.57		Cr II	a²I_13/2 – z²I_13/2	2671.01
2670.67		Ni II	²P_1/2 – ⁴P_1/2	2671.11
2670.73		Fe II	c²D_5/2 – w²F_7/2	2671.17
2672.52		Fe II	d²F_5/2 – v⁴F_7/2	2672.94	Lyα
2674.79		Mn II	a³G₅ – z³G₅	2675.23
2680.69		Mn II	a³G₄ – z³G₄	2681.13
2681.40		Fe II	c⁴P_1/2 – v⁴D_1/2	2681.84
2682.85		Mn II	a³G₃ – z³G₄	2683.29
2682.88		Fe II	d²F_7/2 – u²G_9/2	2683.30	He II
2683.45		V II	a⁵D₀ – z⁵D₁	2683.89
2685.32		Fe II	a⁴G_11/2 – z²I_11/2	2685.76
2686.46		Fe II	a⁴G_5/2 – x⁴D_5/2	2686.90
2686.75		Fe II	a²F_5/2 – z²P_3/2	2687.19
2687.58		Fe II	z⁶F_7/2 – e⁴D_7/2	2688.00	Lyα sec
2688.65		Cr II	a⁴H_7/2 – y⁴G_5/2	2689.09
2689.57		Fe II	b²P_3/2 – y⁴D_3/2	2690.01
2692.10		Fe II	a⁴G_9/2 – x⁴D_7/2	2692.54
2692.10		Mn II	a³P₂ – z⁵D₃	2692.54
2693.55		Mn II	a⁵P₃ – z⁵D₃	2693.99
2693.89		Cr II	a⁴H_9/2 – y⁴G_7/2	2694.33
2694.22		Fe II	a²F_7/2 – z²F_5/2	2694.66
2695.04		Co II	b³F₃ – z⁵G₄	2695.48
2695.10		V II	a⁵D₂ – z³D₃	2695.54
2695.72		Mn II	a⁵P₂ – z⁵D₃	2696.16
2697.69		Fe II	b²D_3/2 – y²P_3/2	2698.13
2697.82		Fe II	b²D_3/2 – y²P_1/2	2698.26
2698.09		Fe II	c²G_9/2f – x²G_7/2	2698.53
2699.04		Cr II	a⁶D_1/2 – z⁴P_3/2	2699.48
2699.34		Mn II	a⁵P₃ – z⁵S₂	2699.78
2704.66	322	Cr II (UV 7)	a⁶D_3/2 – z⁴P_3/2	2704.65
		Mn II (UV 18)	a⁵G₆ – z⁵G₅	2704.78
		Fe II (UV 261)	a²F_7/2 – z²F_7/2	2704.79
2707.07	273	V II (UV 1)	a⁵D₃ – z⁵F₄	2706.97
		Fe II (UV 341)	b²D_5/2 – y²P_3/2	2707.37
		Mn II (UV 18)	a⁵G₄ – z⁵G₅	2707.44
2707.58	363	V II (UV 2)	a⁵D₂ – z³D₂	2707.50
		Fe II (UV 339)	b²D_3/2 – x²F	2707.94
		Mn II (UV 18)	a⁵G₅ – z⁵G₄	2708.35
2709.63	569	Mn II (UV 18)	a⁵G₃ – z⁵G₄	2709.61
		Fe II (UV 218)	b²P_3/2 – y⁴D_5/2	2709.86
		Cr II (UV 186)	b⁴G_5/2 – x⁴G_5/2	2710.11
2715.15	257	Fe II (UV 63)	a⁴D_7/2 – z⁴D_5/2	2715.22
		V II (UV 2)	a⁵D₃ – z³D₂	2715.01
2716.97	363	Fe II (UV 261)	a²F_5/2 – z²F_5/2	2717.02
		Mn II (UV 33)	a⁵P₃ – z⁵F₃	2717.60
2719.00	430	Fe II (UV 32)	a⁴F_9/2 – z⁶D_7/2	2718.32	?wl
		Cr II (UV 102)	a⁴F_3/2 – x⁴D_1/2	2719.13	?wl
2719.72	141	Mn II (UV 33)	a⁵P₂ – z⁵F₃	2719.81	?wl
		Fe II (UV 339)	b²D_5/2 – x²F_7/2	2720.11
2720.53	116	Mn II (UV 33)	a⁵P₃ – z⁵F₄	2720.81
		Cr II (UV 102)	a⁴F_5/2 – x⁴D_3/2	2720.88
		Cr II (UV 102)	a⁴F_5/2 – x⁴D_5/2	2721.06
2722.47	149	Fe II (UV 199)	a⁴G_11/2 – y⁴F_9/2	2722.62
		Fe II (UV 260)	a²F_7/2 – y⁴G_7/2	2722.87
		Mn II (UV 34)	a⁵P₂ – z⁵D₁	2722.89
		Mn II (UV 34)	a⁵P₁ – z⁵D₂	2722.91
2723.40	143	Cr II (UV 7)	a⁶D_3/2 – z⁴P_1/2	2723.55
2725.59	264	Fe II (UV 62)	a⁴D_5/2 – z⁴F_5/2	2725.69
2728.33	181	Fe II (UV 63)	a⁴D_5/2 – z⁴D_3/2	2728.35
2729.40	178	V II (UV 1)	a⁵D₁ – z⁵F₂	2729.45
		Fe II (UV 260)	a²F_7/2 – y⁴G_9/2	2729.71
2731.46	531	Fe II (UV 62)	a⁴D_3/2 – z⁴F_3/2	2731.54
2733.24	285	Fe II (UV 32)	a⁴F_9/2 – z⁶D_9/2	2733.26
2750.27	1082	Fe II (UV 63)	a⁴D_3/2 – z⁴D_3/2	2749.99
		Fe II (UV 62)	a⁴D_5/2 – z⁴F_7/2	2750.13
		Fe II (UV 63)	a⁴D_1/2 – z⁴D_1/2	2750.30
2751.51	1019	Cr II (UV 6)	a⁶D_5/2 – z⁶P_5/2	2751.54
		Fe II (UV 217)	b²P_3/2 – z²D_3/2	2751.94
2756.52	1682	Fe II (UV 62)	a⁴D_7/2 – z⁴F_9/2	2756.55
		Cr II (UV 101)	a⁴F_5/2 – y⁴F_7/2	2756.64
		Cr II (UV 99)	a⁴F_5/2 – z²D_5/2	2757.12
		Fe II (UV 200)	a⁴G_5/2 – z²G_7/2	2757.33
2758.32	535	Cr II (UV 6)	a⁶D_5/2 – z⁶P_3/2	2758.53
2760.2 ?	372	Fe II (UV 32)	a⁴F_7/2 – z⁶D_7/2	2760.15
2762.71	349	Fe II (UV 63)	a⁴D_1/2 – z⁴D_3/2	2762.63
		Fe II (UV 373)	z⁶F_5/2 – e⁶D_5/2	2763.15	Lyα sec.
		Fe II (UV 199)	a⁴G_5/2 – y⁴F_3/2	2763.26
2763.23	168	Cr II (UV 6)	a⁶D_7/2 – z⁶P_5/2	2763.41
		Cr II (UV 100)	a⁴F_7/2 – y⁴G_9/2	2763.60
		Fe II (UV 199)	a⁴G_7/2 – y⁴F_9/2	2764.23
2764.32	274	Fe II (UV 32)	a⁴F_5/2 – z⁶D_3/2	2764.32
		Cr II (UV 101)	a⁴F_9/2 – z⁴F_7/2	2764.40
		He I	2s ³S – 7p ³P	2764.62
		Fe II (UV 199)	a⁴G_7/2 – y⁴F_5/2	2764.73
2767.24	238	Cr II (UV 6)	a⁶D_9/2 – z⁶P_7/2	2767.35
		Cr II (UV 100)	a⁴F_9/2 – y⁴G_9/2	2767.48
2768.10	560	Fe II (UV 373)	z⁶F_3/2 – e⁶D_5/2	2768.23	Lyα sec.
		Fe II (UV 235)	b²H_11/2 – z²I_13/2	2768.32
		Fe II (UV 373)	z⁶F_9/2 – e⁶D_7/2	2768.33	Lyα
2769.92	525	Fe II (UV 63)	a⁴D_3/2 – z⁴D_5/2	2769.75
		Fe II (UV 200)	a⁴G_7/2 – z²G_9/2	2769.97
		Fe II (UV 198)	a⁴G_11/2 – z⁴I_13/2	2770.17
		Fe II (UV 199)	a⁴G_5/2 – y⁴F_5/2	2770.38
2770.95	264	Fe II (UV 198)	a⁴G_11/2 – z⁴I_9/2	2771.32
		Fe II (UV 199)	a⁴G_7/2 – y⁴F_7/2	2771.32
2771.76	252	Fe II (UV 282)	b²G_9/2 – y⁴H_11/2	2772.00
2775.1	258	Fe II (UV 32)	a⁴F_7/2 – z⁶D_9/2	2775.55
		Fe II (UV 218)	b²P_1/2 – y⁴D_3/2	2775.51
2777.25	281	Fe II (UV 373)	z⁶F_7/2 – e⁶D_7/2	2777.73	Lyα sec.
2778.39	335	Fe II (UV 233)	b²H_11/2 – y⁴F_9/2	2778.71
		Cr II (UV 101)	a⁴F_3/2 – y⁴F_3/2	2778.74
2779.81	482	Fe II (UV 234)	b²H_9/2 – z²G_7/2	2780.12
		Fe II (UV 348)	a²S_1/2 – y²P_1/2	2780.73
2784.29	336	Fe II (UV 234)	b²H_11/2 – z²G_9/2	2784.51
		Fe II (UV 295)	b⁴D_3/2 – y²D_3/2	2784.79
2785.6	499	Cr II (UV 101)	a⁴F_5/2 – y⁴F_5/2	2785.93
		Fe II (UV 373)	z⁶F_11/2 – e⁶D_9/2	2786.01	Lyα sec.
2787.57	546	Cr II (UV 307)	z⁶F_1/2 – e⁶D_1/2	2787.95
		Fe II (UV 380)	z⁶P_7/2 – e⁶D_5/2	2788.06	Lyα sec.
2789.63	161	Cr II (UV 101)	a⁴F_7/2 – y⁴F_5/2	2789.90
		Cr II (UV 307)	z⁶F_5/2 – e⁶D_5/2	2790.11	Lyα sec.
2810.27	453	Fe II (UV 380)	z⁶P_7/2 – e⁶D_7/2	2810.61	Lyα sec.
		Cr II (UV 307)	z⁶F_9/2 – e⁶D_7/2	2810.82	Lyα sec.
2811.6	113	Fe II (UV 196)	a⁴G_11/2 – z⁴H_9/2	2812.10
2812.89	185	Fe II (UV 215)	b²P_3/2 – y⁴P_3/2	2813.32
		Mn II (UV 71)	a³D₂ – y³D₂	2813.09
		Mn II (UV 71)	a³D₂ – y³D₃	2813.16
		Mn II (UV 71)	a³D₃ – y³D₂	2813.35
		Mn II (UV 71)	a³D₃ – y³D₃	2813.42
2813.99	135	Fe II (UV 198)	a⁴G_7/2 – z⁴I_9/2	2814.44
2815.45	70	Mn II (UV 66)	b³G₃ – z³G₃	2815.85
2817.38	332	Cr II (UV 307)	z⁶F_11/2 – e⁶D_9/2	2817.79	Lyα sec.
		Fe II (UV 380)	z⁶P_5/2 – e⁶D_3/2	2817.92	Lyα sec.
2818.8	106	Cr II (UV 182)	b⁴G_7/2 – y⁴H_9/2	2819.18
2819.7	60	Fe II (UV 196)	a⁴G_11/2 – z⁴H_11/2	2820.17
2822.81	273	Cr II (UV 82)	a⁴H_13/2 – z⁴I_15/2	2823.21
		Fe II (UV 231)	b²H_11/2 – z⁴I_11/2	2823.50
2823.71	157	Fe II (UV 196)	a⁴G_11/2 – z⁴H_13/2	2824.16
		Fe I (UV 44)	a⁵F₃ – y⁵G₃	2824.11	Mg II
2824.97	36	Fe II (UV 399)	z⁴D_5/2 – e⁴D_3/2	2825.40	Lyα sec.
2825.65	100	Ni II	a⁴P_5/2 – z²F_5/2	2826.06
2826.37	396	Fe II (UV 195)	a⁴G_11/2 – z⁴G_9/2	2826.58
		Fe II (UV 255)	a²F_7/2 – y⁴D_5/2	2826.86
2827.81	205	Fe II (UV 231)	b²H_11/2 – z⁴I_13/2	2828.26
2828.3 ?	88	Fe II (UV 196)	a⁴G_9/2 – z⁴H_7/2	2828.73
2829.07	269	Fe II (UV 231)	b²H_11/2 – z⁴I_9/2	2829.46
		Fe II (UV 255)	a²F_5/2 – y⁴D_3/2	2829.51
2829.53	279	He I (UV 12)	2s ³S – 6p ³P	2829.91	Not in 98
2831.21	212	Unidentified
2832.09	346	Fe II (UV 217)	b²P_3/2 – z²D_5/2	2832.40
		Fe II (UV 399)	z⁴D_3/2 – e⁴D_1/2	2832.71	Lyα sec.
2833.44	407	Fe II (UV 380)	z⁶P_5/2 – e⁶D_5/2	2833.92	Lyα sec.
2836.46	563	Cr II (UV 5)	a⁶D_9/2 – z⁶F_11/2	2836.46
2837.67	226	Fe II (UV 231)	b²H_9/2 – z⁴I_11/2	2838.13
2838.53	32	Fe II (UV 61)	a⁴D_5/2 – z⁶P_3/2	2838.57
		Fe II (UV 380)	z⁶P_3/2 – e⁶D_1/2	2839.05	Lyα sec.
2839.88	1521	Fe II (UV 391)	z⁴F_9/2 – e⁴D_7/2	2840.35	Lyα sec.
		Fe II (UV 380)	z⁶P_7/2 – e⁶D_9/2	2840.63	Lyα sec.
2840.78	461	Fe II (UV 195)	a⁴G_11/2 – z⁴G_11/2	2841.18
2843.91	483	Cr II (UV 5)	a⁶D_7/2 – z⁶F_9/2	2844.08
2844.4	198	Fe I (UV 44)	a⁵F₂ – y⁵G₃	2844.83	Mg II
2845.4	506	Fe II (UV 399)	z⁴D_1/2 – e⁴D_1/2	2845.79	Lyα sec.
2845.92	2325	Fe II (UV 391)	z⁴F_7/2 – e⁴D_5/2	2846.43	Lyα sec.
		Fe II (UV 399)	z⁴D_3/2 – e⁴D_3/2	2846.26	Lyα sec.
2847.59	82	Fe II (UV 197)	a⁴G_7/2 – z²D_5/2	2848.05
2848.73	617	Fe II (UV 391)	z⁴F_5/2 – e⁴D_3/2	2849.16	Lyα sec.
2850.56	342	Cr II (UV 5)	a⁶D_5/2 – z⁶F_7/2	2850.68
2852.00	352	Fe II (UV 391)	z⁴F_3/2 – e⁴D_1/2	2852.56	Lyα sec.
2853.44?	198	Fe II (UV 197)	a⁴G_5/2 – z²D_5/2	2854.04
		Cr II (UV 81)	a⁴H_9/2 – z⁴G_7/2	2854.04
2856.65	584	Fe II (UV 195)	a⁴G_9/2 – z⁴G_9/2	2856.99
		Fe II (UV 380)	z⁶P_5/2 – e⁶D_7/2	2857.22	Lyα sec.
2857.33	1150	Fe II (UV 399)	z⁴D_7/2 – e⁴D_7/2	2857.75	Lyα sec.
		Cr II (UV 11)	a⁴D_3/2 – z⁴D_5/2	2857.60
2858.74	146	Fe II (UV 195)	a⁴G_7/2 – z⁴G_7/2	2859.17
		Fe II (UV 279)	b²G_9/2 – z²H_11/2	2859.18
2859.43	221	Cr II (UV 11)	a⁴D_1/2 – z⁴D_3/2	2859.49
		Cr II (UV 5)	a⁶D_9/2 – z⁶F_9/2	2859.75
2861.47	153	Cr II (UV 5)	a⁶D_1/2 – z⁶F_3/2	2861.77
		Fe II (UV 61)	a⁴D_3/2 – z⁶P_3/2	2862.01
2863.14	129	Cr II (UV 5)	a⁶D_7/2 – z⁶F_7/2	2863.41
2864.12	283	Ni II (UV 26)	b²D_3/2 – z²D_3/2	2864.53
2864.4	197	Fe II (UV 380)	z⁶P_3/2 – e⁶D_5/2	2864.96	Lyα sec.
2865.82	321	Cr II (UV 5)	a⁶D_5/2 – z⁶F_5/2	2865.94
		Cr II (UV 11)	a⁴D_1/2 – z⁴D_1/2	2866.17
		Fe II (UV 391)	z⁴F_3/2 – e⁴D_3/2	2866.30	Lyα sec.
2868.21	119	Cr II (UV 5)	a⁶D_1/2 – z⁶F_1/2	2868.49
		Cr II (UV 213)	b²F_5/2 – x⁴G_7/2	2868.79
2869.68	540	Fe II (UV 61)	a⁴D_5/2 – z⁶P_5/2	2869.72
		Fe II (UV 257)	a²F_7/2 – y⁴F_9/2	2870.00
		Fe II (UV 399)	z⁴D_3/2 – e⁴D_5/2	2870.15	Lyα sec.
2871.43	522	Cr II (UV 11)	a⁴D_5/2 – z⁴D_5/2	2871.28
		Fe II (UV 195)	a⁴G_7/2 – z⁴G_9/2	2871.45
		Fe II (UV 195)	a⁴G_9/2 – z⁴G_11/2	2871.90
		Fe II (UV 230)	b²H_11/2 – z⁴H_9/2	2871.97
2872.75	292	Fe II (UV 391)	z⁴F_5/2 – e⁴D_5/2	2873.10	Lyα sec.
		Fe II (UV 230)	b²H_9/2 – z⁴H_7/2	2873.23
2874.0	208	Fe II (UV 279)	b²G_7/2 – z²H_9/2	2874.24
		Cr II (UV 5)	a⁶D_3/2 – z⁶F_1/2	2874.32
		Cr II (UV 11)	a⁴D_3/2 – z⁴D_1/2	2874.65
2875.64	125	Fe II (UV 61)	a⁴D_1/2 – z⁶P_3/2	2875.70
		Fe II (UV 258)	a²F_7/2 – z²G_9/2	2876.19
2877.12	441	Cr II (UV 5)	a⁶D_5/2 – z⁶F_3/2	2877.09
		Fe II (UV 257)	a²F_7/2 – y⁴F_7/2	2877.65
2878.38	117	Cr II (UV 5)	a⁶D_7/2 – z⁶F_5/2	2878.82
2878.79	150	Cr II (UV 5)	a⁶D_9/2 – z⁶F_7/2	2879.29
2879.8 ?	198	Cr II (UV 56)	b⁴P_3/2 – z²S_1/2	2880.02
		Fe II (UV 278)	b²G_9/2 – y²G_7/2	2880.09
		Mn II (UV 61)	a³G₅ – z³F₄	2880.34
2881.46	72	Fe II (UV 61)	a⁴D_7/2 – z⁶P_7/2	2881.60
		Fe II (UV 258)	a²F_5/2 – z²G_7/2	2881.68
		Cr II (UV 11)	a⁴D_5/2 – z⁴D_3/2	2881.71
		Ni II (UV 25)	b²D_3/2 – z²F_5/2	2882.09
2882.31	91	Cr II	a²P_1/2 – (a³P)4p ²D_3/2	2882.77
		Fe II (UV 391)	z⁴F_7/2 – e⁴D_7/2	2883.03	Lyα sec.
2884.11	262	Fe II (UV 230)	a²H_11/2 – z⁴H_13/2	2884.56
2885.12	279	Fe II (UV 399)	z⁴D_5/2 – e⁴D_7/2	2885.61	Lyα sec.
2886.44	148	Fe II (UV 317)	a²I_13/2 – y²H_11/2	2886.78
2888.48	322	Fe II (UV 215)	b²P_3/2 – y⁴P_5/2	2888.94
2889.0 ?	171	Cr II (UV 315)	z⁶P_7/2 – e⁶D_9/2	2889.48	Lyα sec.
2890.27	150	Fe II (UV 391)	z⁴F_3/2 – e⁴D_5/2	2890.53	Lyα sec.
		Cr II (UV 160)	b⁴F_9/2 – y⁴F_9/2	2890.65
2893.83	179	Fe II (UV 61)	a⁴D_3/2 – z⁶P_5/2	2893.67
		V II (UV 12)	a⁵F₄ – z⁵D₃	2894.16
2895.1 ?	94	Fe II (UV 230)	b²H_9/2 – z⁴H_11/2	2895.63
2895.55	251	Fe II (UV 257)	a²F_5/2 – y⁴F_5/2	2895.94
		Fe II (UV 294)	b⁴D_7/2 – x⁴F_9/2	2896.07
2897.68	286	Fe II (UV 254)	a²F_5/2 – z²D_3/2	2898.11
2902.76	164	Fe II (UV 257)	a²F_5/2 – y⁴F_7/2	2903.17
		Fe II (UV 278)	b²G_9/2 – y²G_9/2	2903.31
2905.76	48	Fe II (UV 255)	a²F_7/2 – y⁴D_7/2	2906.03
2906.58	74	Cr II (UV 227)	b²H_11/2 – y²G_9/2	2906.96
		Fe II (UV 215)	b²P_1/2 – y⁴P_3/2	2906.97
2907.40	16	Cr II (UV 315)	z⁶P_5/2 – e⁶D_5/2	2907.82	Lyα sec.
2908.29	254	Fe II (UV 60)	a⁴D_7/2 – z⁶F_5/2	2908.71
2909.51	82	Cr II (UV 315)	z⁶P_3/2 – e⁶D_3/2	2909.95	Lyα sec.
		V II (UV 12)	a⁵F₅ – z⁵D₄	2909.66
2911.01	85	Fe II	a⁴G_5/2 – y⁴P_5/2	2911.47
		Cr II (UV 211)	b²F_7/2 – y²D_5/2	2911.50
2912.12	72	Cr II (UV 212)	b²F_5/2 – y²G_7/2	2912.54
2913.96	142	Ni II (UV 35)	a⁴P_5/2 – z²D_5/2	2914.44
2915.56	99	Cr II (UV 227)	b²H_9/2 – y²G_7/2	2916.03
		Cr II (UV 315)	z⁶P_3/2 – e⁶D_1/2	2916.04	Lyα sec.
		Cr II (UV 239)	a²G_7/2 – y²H_9/2	2916.08
2916.52	366	Fe II (UV 60)	a⁴D_7/2 – z⁶F_7/2	2917.00
2917.42	41	Fe II	b²H_9/2 – z⁴G_11/2	2917.78
		Cr II (UV 315)	z⁶P_5/2 – e⁶D_3/2	2917.78	Lyα sec.
2922.36	149	Cr II (UV 95)	a⁴F_7/2 – z⁴G_9/2	2922.67
		Fe II (UV 293)	b⁴D_7/2 – x⁴G_9/2	2922.88
2927.16	1148	Fe II (UV 60)	a⁴D_7/2 – z⁶F_9/2	2927.44
2928.63	233	Cr II (UV 55)	b⁴P_3/2 – y⁴D_5/2	2929.00
		Cr II (UV 256)	b²G_7/2 – x²G_7/2	2929.15
		Cr II (UV 95)	a⁴F_5/2 – z⁴G_7/2	2929.16
2931.28	109	V II (UV 10)	a⁵F₃ – z⁵F₃	2931.65
		Cr II (UV 55)	b⁴P_1/2 – y⁴D_3/2	2931.70
2934.82	155	V II (UV 10)	a⁵F₁ – z⁵F₂	2935.25
2936.95	140	Mg II (UV 2)	3p ²P_3/2 – 4s ²S_1/2	2937.37
2940.03	402	Mn II (UV 5)	a⁵S₂ – z⁵P₂	2940.17
		Fe II (UV 60)	a⁴D_5/2 – z⁶F_3/2	2940.37
2943.52	71	Mn II (UV 82)	b³D₂ – y³F₃	2944.00
2944.88	207	Fe II (UV 78)	a⁴P_3/2 – z⁴P_1/2	2945.26
2945.73	45	Fe II (UV 60)	a⁴D_5/2 – z⁶F_5/2	2946.13
2947.17	57	Cr II (UV 192)	a²H_11/2 – z²H_11/2	2947.69
2948.25	386	Fe II (UV 78)	a⁴P_5/2 – z⁴P_3/2	2948.52
2949.88	257	Mn II (UV 5)	a⁵S₂ – z⁵P₃	2950.07
		Cr II (UV 178)	b⁴G_11/2 – z²I_13/2	2950.31
2951.66	100	Fe II (UV 214)	b²P_3/2 – z⁴S_3/2	2951.95
		Cr II	z⁴P_3/2 – e⁶D_5/2	2952.01	Lyα sec.
		Mn II (82)	b³D₃ – y³F₄	2952.03
2954.37	736	Fe II (UV 60)	a⁴D_5/2 – z⁶F_7/2	2954.64
		Cr II (UV 192)	a²H_9/2 – z²H_9/2	2954.56
2956.48?	21	Mn II (UV 50)	b⁵D₃ – z⁵D₂	2956.87
		Mn II (UV 50)	b⁵D₂ – z⁵D₂	2957.03
2957.87?	11	V II (UV 11)	a⁵F₂ – z³D₁	2958.37
		Cr II (104)	a²G_7/2 – y²G_7/2	2958.41
2960.10	436	Fe II (UV 254)	a²F_7/2 – z²D_5/2	2960.46
		Cr II	b²F_5/2 – (a³P)4p ²D_5/2	2960.42
2961.78	443	Fe II (UV 60)	a⁴D_3/2 – z⁶F_1/2	2962.14
		Cr II (UV 94)	a⁴F_7/2 – y⁴D_7/2	2962.44
		Cr II (UV 177)	b⁴G_11/2 – y⁴F_9/2	2962.58
		Cr II (UV 55)	b⁴P_3/2 – y⁴D_3/2	2962.59
2964.57	192	Fe II (UV 252)	a²F_7/2 – z⁴G_5/2	2965.00
2965.60	651	Fe II (UV 78)	a⁴P_3/2 – z⁴P_3/2	2965.90
2966.45	139	Cr II (UV 94)	a⁴F_9/2 – y⁴D_7/2	2966.90
		Ni II (6)	a⁴P_3/2 – z²F_5/2	2966.92
2970.4	182	Fe II (UV 277)	b²G_7/2 – z²F_5/2	2970.80
2971.10	638	Fe II (UV 60)	a⁴D_3/2 – z⁶F_5/2	2971.38
		Fe II (UV 276)	b²G_9/2 – y⁴G_7/2	2971.56
2972.45	200	Cr II (UV 80)	a⁴H_13/2 – z⁴H_13/2	2972.77
2976.37	402	Cr II (UV 321)	z⁶D_7/2 – e⁶D_9/2	2976.67	Lyα sec.
		Fe II (UV 60)	a⁴D_1/2 – z⁶F_1/2	2976.81
2977.1	109	Cr II (UV 55)	b⁴P_5/2 – y⁴D_5/2	2977.58
2979.93	839	Fe II (UV 60)	a⁴D_1/2 – z⁶F_3/2	2980.22
2980.3	98	Cr II (UV 80)	a⁴H_11/2 – z⁴H_11/2	2980.61
		Cr II (UV 80)	a⁴H_7/2 – z⁴H_9/2	2980.67
2981.36	103	Fe II (UV 253)	a²F_5/2 – z⁴H_7/2	2981.83
2982.53	145	Fe II (UV 335)	b²D_3/2 – y²F_5/2	2982.93
2985.38	186	Fe II (UV 78)	a⁴P_5/2 – z⁴P_5/2	2985.69
		Fe II (UV 252)	a²F_7/2 – z⁴G_9/2	2985.76
2986.18	428	Fe II (UV 78)	a⁴P_1/2 – z⁴P_3/2	2986.42
		Fe II (UV 390)	z⁴F_7/2 – e⁶D_7/2	2986.51	Lyα sec.
		Fe II (UV 398)	z⁴D_3/2 – e⁶D_5/2	2986.75	Lyα sec.
2987.07	72	Fe II (UV 254)	a²F_5/2 – z²D_5/2	2987.48
2988.46	124	V II (27)	a⁵P₂ – z⁵P₃	2988.90
		Cr II (UV 80)	a⁴H_13/2 – z⁴H_11/2	2988.92
		Ni II (UV 25)	b²D_5/2 – z²F_5/2	2988.93
2989.65	185	Fe II (UV 390)	z⁴F_5/2 – e⁶D_5/2	2989.94	Lyα sec.
		Cr II (UV 80)	a⁴H_7/2 – z⁴H_7/2	2990.06
2992.5 ?	43	Cr II (UV 321)	z⁶D_5/2 – e⁶D_3/2	2992.94	Lyα sec.
2992.9	94	Cr II (UV 80)	a⁴H_11/2 – z⁴H_9/2	2993.31
2993.33	210	Cr II (UV 321)	z⁶D_9/2 – e⁶D_9/2	2993.83	Lyα sec.
2993.91	103	Fe II (UV 335)	b²D_5/2 – y²F_5/2	2994.23
		Cr II (UV 321)	z⁶D_7/2 – e⁶D_7/2	2994.40	Lyα sec.
2995.14	75	Cr II (UV 80)	a⁴H_9/2 – z⁴H_7/2	2995.62
2996.40	43	V II (27)	a⁵P₁ – z⁵P₂	2996.86
2997.72	130	Fe II (UV 335)	b²D_5/2 – y²F_7/2	2998.17
2999.34	48	Fe II (UV 252)	a²F_5/2 – z⁴G_7/2	2999.73
3000.47	62	Cr II (UV 137)	a²F_7/2 – z²G_9/2	3000.81
		Fe II (UV 276)	b²G_7/2 – y⁴G_5/2	3000.94
3001.07	31	Cr II (UV 321)	z⁶D_3/2 – e⁶D_5/2	3001.51	Lyα sec.
		Ni II (5)	a⁴P_5/2 – z⁴F_3/2	3001.54
3001.60	48	V II (27)	a⁵P₃ – z⁵P₃	3002.08
3003.24	864	Fe II (UV 78)	a⁴P_3/2 – z⁴P_5/2	3003.52
3004.4	85	Cr II (UV 94)	a⁴F_7/2 – y⁴D_5/2	3004.79
		Fe II (UV 276)	b²G_7/2 – y⁴G_7/2	3005.13
3008.40	85	Cr II (UV 321)	z⁶D_7/2 – e⁶D_5/2	3008.84
3009.86	28	Fe II	d⁴P_5/2 – (b³P)4p ⁴S_3/2	3010.34	Lyα
3011.27	118	Cr II (UV 321)	z⁶D_9/2 – e⁶D_7/2	3011.78	Lyα sec.
3015.22	95	V II (27)	a⁵P₂ – z⁵P₁	3015.69
3015.94	166	Cr II (87)	b²F_7/2 – z²F_7/2	3016.37
3017.2	126	V II (27)	a⁵P₃ – z⁵P₂	3017.65
3017.55	133	[Fe II]	a⁴F_3/2 – b²D_5/2	3017.91
		Ti II (85)	a²H_11/2 – z²H_11/2	3018.06
3018.15	71	Cr II (UV 321)	z⁶D_3/2 – e⁶D_1/2	3018.64	Lyα sec.
		Cr II (95)	b²H_9/2 – z²H_11/2	3018.64
3020.35	111	Mn II	b³G₅ – z³F₄	3020.81
		Fe II (110)	a²I_11/2 – x⁴F_9/2	3020.89
3021.02	18	V II (28)	a⁵P₂ – y⁵D₁	3021.54
3021.83	40	Fe II (UV 251)	a²F_7/2 – y⁴P_5/2	3022.30
3023.00	14	V II (28)	a⁵P₁ – y⁵D₀	3023.47
3024.47	50	Fe II (84)	b⁴D_3/2 – z²F_5/2	3024.71
		Cr II	z⁴P_5/2 – e⁶D_3/2	3025.04	Lyα sec.
3025.45	21	V II (85)	b³P₂ – z³S₁	3025.86
3027.14	195	Cr II (95)	b²H_11/2 – z²H_11/2	3027.52
		Cr II (41)	a²F_7/2 – z⁴G_9/2	3027.71
3028.56	96	V II (85)	b³P₁ – z³S₁	3028.93
		Cr II (87)	b²F_5/2 – z²F_5/2	3029.01
3029.45	31	Mn II (10)	z⁵P₃ – e⁵S₂	3029.93
3030.10	21	Ti II (85)	a²H_9/2 – z²H_9/2	3030.61
3031.53	144	Mn II	b³G₅ – z³H₆	3031.93
3033.35	68	Cr II (15)	a⁴P_5/2 – z⁴D_7/2	3033.80
3033.82	69	Fe II (181)	z⁴P_3/2 – e⁴D_1/2	3034.33	Lyα sec.
		Mn II	b³P₁ – z³P₀	3034.47
3035.11	57	Cr II (33)	a⁴F_5/2 – y⁴D_3/2	3035.42
		Fe II (84)	b⁴D_7/2 – z²F_5/2	3035.62
		Mn II	b³P₂ – z³P₁	3035.69
3035.75	38	Mn II	b³G₄ – z³H₅	3036.24
3037.38	313	Fe II (181)	z⁴P_5/2 – e⁴D_5/2	3037.85	Lyα sec.
3038.6	55	Mn II	b³G₃ – z³H₄	3038.98
3039.0	67	Mn II	b³G₄ – z³F₃	3039.39
		Ti II (85)	a²H_11/2 – z²H_9/2	3039.61
3040.00	32	Mn II (10)	z⁵P₂ – e⁵S₂	3040.44
3041.37	189	Fe II (123)	c²G_7/2 – x⁴F_7/2	3041.73
		Cr II (65)	a²H_9/2 – z²I_11/2	3041.81
3042.12	222	Cr II (95)	b²H_9/2 – z²H_9/2	3042.60
3043.19	18	Cr II (47)	b⁴F_9/2 – z⁴G_11/2	3043.66
		[Cr II]	a⁶S_5/2 – b⁴F_5/2	3043.68
3044.15	9	V II (40)	b³G₄ – y³F₄	3044.41
		[Cr II]	a⁶S_5/2 – b⁴F_3/2	3044.62
3045.26	46	Fe II (98)	b²F_7/2 – y²G_9/2	3045.73
3048.11	114	Cr II (15)	a⁴P_5/2 – z⁴D_5/2	3048.49
		Cr II (15)	a⁴P_3/2 – z⁴D_5/2	3048.64
3049.6	253	Fe II (181)	z⁴P_3/2 – e⁴D_3/2	3049.88	Lyα sec.
		Mn II	b³P₀ – z³P₁	3049.91
		[Mn II] (4F)	a⁷S₃ – b⁵D₄	3049.91
		Fe II (109)	a²I_11/2 – x⁴G_9/2	3050.07
3050.60	253	Cr II (65)	a²H_11/2 – z²I_13/2	3051.02
3051.1	98	Mn II	b³P₂ – z³P₂	3051.54
		Cr II (95)	b²H_11/2 – z²H_9/2	3051.62
3051.94	78	Mn II	b³G₃ – z³F₂	3052.32
3053.8	57	V II (34)	a³G₄ – z³H₅	3054.28
3054.30	110	V II (40)	b³G₅ – y³F₄	3054.78
3055.81	452	Fe II (181)	z⁴P_1/2 – e⁴D_1/2	3056.24	Lyα sec.
		Cr II (33)	a⁴F_3/2 – y⁴D_1/2	3056.33
3057.13	177	Ti II (47)	a⁴P_1/2 – z⁴P_3/2	3057.65
		Fe II (109)	a²I_13/2 – x⁴G_11/2	3057.69
3058.47	73	Ti II (47)	a⁴P_5/2 – z⁴P_5/2	3058.99
3059.93	157	Cr II (15)	a⁴P_5/2 – z⁴D_3/2	3060.26
		Cr II (15)	a⁴P_1/2 – z⁴D_3/2	3060.38
		Cr II (15)	a⁴P_3/2 – z⁴D_3/2	3060.41
3062.69	477	Fe II (108)	a²I_11/2 – z²H_9/2	3063.13
3063.3	436	[N II] (2F)	2p²³P₁ – 2p²¹S₀	3063.72	Not in 98
3064.42	137	Ni II (3)	b²D_3/2 – z⁴F_3/2	3064.82
3065.73	160	Fe II (97)	b²F_5/2 – z²F_5/2	3066.21
3066.63	97	Ti II (5)	a⁴F_5/2 – z⁴D_5/2	3067.12
		[Cr II] (8F)	a⁶S_5/2 – a²F_5/2	3067.16
		Ti II (5)	a⁴F_3/2 – z⁴D_3/2	3067.24
3067.56	57	V II (34)	a³G₃ – z³H₄	3068.00
		Cr II (15)	a⁴P_1/2 – z⁴D_1/2	3068.03
		Cr II (15)	a⁴P_3/2 – z⁴D_1/2	3068.06
3071.59	237	Fe II (181)	z⁴P_1/2 – e⁴D_3/2	3072.02
3075.6 ?	19	Ti II (5)	a⁴F_5/2 – z⁴D_3/2	3076.12
3076.65	973	V II (34)	a³G₄ – z³H₄	3076.90
		[Ni II] (6F)	a²D_5/2 – a²G_9/2	3076.97
		Fe II (181)	z⁴P_1/2 – e⁴D_5/2	3077.33	Lyα sec.
3077.60	360	Fe II (108)	a²I_13/2 – z²H_11/2	3078.06
3079.16	501	Fe II (181)	z⁴P_5/2 – e⁴D_7/2	3079.57	Lyα sec.
		Ti II (5)	a⁴F_7/2 – z⁴D_5/2	3079.55
3080.77	34	Fe II (108)	a²I_11/2 – z²H_11/2	3081.31
3081.70	18	V II (66)	a³D₂ – y³P₁	3082.15
3083.41	25	Fe II (97)	b²F_7/2 – z²F_5/2	3083.91
3084.95	15	Cr II (72)	a²P_1/2 – y⁴F_3/2	3085.36
3087.51	178	Ni II	b²D_5/2 – z²D_5/2	3087.97
3088.57	78	Ti II (5)	a⁴F_9/2 – z⁴D_7/2	3088.93
3089.83	140	Ti II (90)	b²G_7/2 – x²F_5/2	3090.31
3090.3	15	[Cr II] (8F)	a⁶S_5/2 – a²F_7/2	3090.65
3093.93	156	V II (39)	b³G₅ – y³G₅	3094.06
		Cr II (125)	b²G_9/2 – x⁴G_11/2	3094.37
3094.60	51	Cr II (47)	b⁴F_3/2 – z⁴G_5/2	3094.84
		Ni II (5)	a⁴P_5/2 – z⁴F_7/2	3095.06
		V II (39)	b³G₄ – y³G₄	3095.09
3096.70	166	Fe II (97)	b²F_7/2 – z²F_7/2	3097.19
3097.54	66	Ti II (67)	b⁴P_3/2 – z⁴P_5/2	3098.09
3098.66	37	Cr II (86)	b²F_7/2 – x⁴D_7/2	3099.05
3100.45	13	Unidentified
3101.32	23	V II (39)	b³G₄ – y³G₃	3101.83
3102.93	40	V II (1)	a⁵F₄ – z⁵G₅	3103.19
3104.11	452	Cr II (71)	a²P_1/2 – z²P_1/2	3104.38
		Ti II (90)	b²G_9/2 – x²F_7/2	3104.71
3105.78	439	Ti II (67)	b⁴P_1/2 – z⁴P_3/2	3106.00
		Fe II (82)	b⁴D_3/2 – x⁴D_1/2	3106.07
3107.09	86	Fe II (68)	b²G_7/2 – x⁴D_7/2	3107.47
3108.02	83	Cr II (125)	b²G_7/2 – x⁴G_9/2	3108.47
3109.14	10	Cr II (55)	b⁴G_7/2 – z²G_9/2	3109.55
		V II (39)	b³G₃ – y³G₃	3109.60
3109.54	28	[Ar III] (2F)	3p⁴³P₁ – 3p⁴¹S₀	3110.08	Not in 98
3109.76	74	Unidentified
3110.57	18	Ti II (77)	b²D_5/2 – x²D_5/2	3110.98
		Mn II	b³P₂ – y⁵P₂	3111.09	?id
3111.36	35	Ti II (67)	b⁴P_3/2 – z⁴P_3/2	3111.60
		V II (1)	a⁵F₃ – z⁵G₄	3111.60
3112.43	21	Cr II (55)	b⁴G_5/2 – z²G_7/2	3112.85
		Ti II (67)	b⁴P_1/2 – z⁴P_1/2	3112.95
3113.94	25	V II (174)	a¹H₅ – y¹H₅	3114.47	?id
3114.78	244	Fe II (82)	b⁴D_3/2 – x⁴D_3/2	3115.20
3115.1	106	Fe II (82)	b⁴D_1/2 – x⁴D_3/2	3115.59
3115.81	52	Fe II (121)	c²G_9/2 – z²H_9/2	3116.25
3117.04	228	Fe II (82)	b⁴D_5/2 – x⁴D_3/2	3117.48
3117.69	112	Cr II (46)	b⁴F_9/2 – y⁴D_7/2	3118.16
3119.35	216	Cr II (5)	a⁴D_1/2 – z⁴F_3/2	3119.55
		Fe II (121)	c²G_7/2 – z²H_9/2	3119.64
		Ti II (27)	a²D_5/2 – y⁴D_7/2	3119.73
3120.10?	35	Ni II	b²D_5/2 – z²F_7/2	3120.69
		Ti II (67)	b⁴P_5/2 – z⁴P_3/2	3120.73
3121.06	116	Cr II (5)	a⁴D_3/2 – z⁴F_5/2	3121.26
3121.5	46	Cr II (70)	a²P_3/2 – z²D_5/2	3121.95
		V II (1)	a⁵F₅ – z⁵G₅	3122.04
3122.43	39	Cr II (55)	b⁴G_7/2 – z²G_7/2	3122.87
3123.02	140	Cr II (54)	b⁴G_11/2 – z⁴G_11/2	3123.50
3125.75	276	Cr II (5)	a⁴D_5/2 – z⁴F_7/2	3125.88
		V II (1)	a⁵F₁ – z⁵G₂	3126.18
		Cr II (55)	b⁴G_11/2 – z²G_9/2	3126.37
3127.06		Unidentified			Not in 99
3129.32	158	Cr II (5)	a⁴D_3/2 – z⁴F_3/2	3129.60
3130.96	102	V II (1)	a⁵F₃ – z⁵G₃	3131.16
		Fe II (66)	b²G_9/2 – z²G_7/2	3131.47
3132.73	254	Cr II (5)	a⁴D_7/2 – z⁴F_9/2	3132.96
3133.49	171	Fe II (82)	b⁴D_3/2 – x⁴D_5/2	3133.96
3134.79	44	Cr II (94)	b²H_9/2 – z²I_11/2	3135.21
3135.79	450	Fe II (82)	b⁴D_5/2 – x⁴D_5/2	3136.27
		Cr II (124)	b²G_7/2 – y²H_9/2	3136.24
		Cr II (94)	b²H_11/2 – z²I_13/2	3136.62
3137.35	167	Cr II (5)	a⁴D_5/2 – z⁴F_5/2	3137.59
3140.21	83	Mn II	a¹F₃ – z¹D₂	3140.74	?id
		Cr II (54)	b⁴G_5/2 – z⁴G_7/2	3140.81
3140.63	87	Cr II (124)	b²G_9/2 – y²H_11/2	3141.11
3142.71	84	Fe II (7)	a⁴P_5/2 – z⁴F_3/2	3143.13
3143.2	33	Cr II (82)	b²F_5/2 – z²D_3/2	3143.64
3144.14	26	Cr II (53)	b⁴G_9/2 – z⁴I_11/2	3144.59
		Ti II (4)	a⁴F_7/2 – z²D_5/2	3144.68
3145.21	239	Fe II (82)	b⁴D_7/2 – x⁴D_5/2	3145.66
3146.24	39	Cr II (82)	b²F_7/2 – z²D_5/2	3146.67
3147.67	219	Cr II (5)	a⁴D_7/2 – z⁴F_7/2	3148.13
		Cr II (54)	b⁴G_9/2 – z⁴G_9/2	3148.12
3150.49	119	Cr II (54)	b⁴G_5/2 – z⁴G_5/2	3150.74
		Cr II (54)	b⁴G_7/2 – z⁴G_7/2	3151.02
3152.67	135	Cr II (72)	a²P_3/2 – y⁴F_3/2	3153.13
		Ti II (10)	b⁴F_5/2 – z⁴D_5/2	3153.17
3154.63	454	Fe II (66)	b²G_9/2 – z²G_9/2	3155.11	bl rd sh
3156.06	39	Ti II (10)	b⁴F_7/2 – z⁴D_7/2	3156.59
3156.46	39	Fe II (67)	b²G_9/2 – y⁴F_7/2	3156.87
3158.58	58	Cr II (72)	a²P_3/2 – y⁴F_5/2	3158.94
3159.46	36	Ca II (4)	4p ²P_1/2 – 4d ²D_3/2	3159.78
		Cr II (5)	a⁴D_7/2 – z⁴F_5/2	3160.01
3161.63?		Ti II (10)	b⁴F_3/2 – z⁴D_1/2	3162.14
3162.47	736	Fe II (7)	a⁴P_3/2 – z⁴F_3/2	3162.89
3163.52	827	Fe II (7)	a⁴P_5/2 – z⁴F_5/2	3164.01
		Fe II (120)	c²G_7/2 – y²G_7/2	3163.71
3165.28	16	Ni II (5)	a⁴P_1/2 – z⁴F_3/2	3165.70
3167.16	217	Fe II (6)	a⁴P_5/2 – z⁴D_3/2	3167.58
3168.33	448	Fe II (66)	b²G_7/2 – z²G_7/2	3168.77
		Fe II	z⁴P_5/2 – e⁶D_5/2	3168.77	Lyα sec.
		Fe II (82)	b⁴D_5/2 – x⁴D_7/2	3168.86
3170.82	568	Fe II (6)	a⁴P_3/2 – z⁴D_1/2	3171.26
3172.55	62	Cr II (71)	a²P_3/2 – z²P_1/2	3172.99
3175.90	271	[Fe II] (11F)	a⁶D_9/2 – b⁴D_7/2	3176.30
3178.06	403	Fe II (82)	b⁴D_7/2 – x⁴D_7/2	3178.45
		Fe II (79)	b⁴D_1/2 – y⁴D_1/2	3178.58
3180.00	158	Ca II (4)	4p ²P_3/2 – 4d ²D_5/2	3180.25
		Fe II (157)	c²D_5/2 – y²F_5/2	3180.42
3181.45	237	Cr II (9)	a⁴G_11/2 – z⁴F_9/2	3181.61
		[Fe II] (12F)	a⁶D_7/2 – b²F_5/2	3181.97
		Ca II (4)	4p ²P_3/2 – 4d ²D_3/2	3182.19
		Cr II (9)	a⁴G_7/2 – z⁴F_9/2	3182.19
		Cr II (9)	a⁴G_9/2 – z⁴F_9/2	3182.35
3183.59	1156	Fe II (7)	a⁴P_3/2 – z⁴F_5/2	3184.03
3185.76	680	Fe II (7)	a⁴P_1/2 – z⁴F_3/2	3186.24
3187.60	607	Fe II (6)	a⁴P_3/2 – z⁴D_3/2	3187.66
		Fe II (120)	c²G_9/2 – y²G_9/2	3188.22
3188.2	289	He I (3)	2s ³S – 4p ³P	3188.67	Not in 98
3189.35	171	[Cr II] (7F)	a⁶S_5/2 – a²D_5/2	3189.70	Not in 99
3193.34	633	Fe II (6)	a⁴P_5/2 – z⁴D_5/2	3193.83
3194.29	675	Fe II (6)	a⁴P_1/2 – z⁴D_1/2	3194.72
3196.51	1444	Fe II (7)	a⁴P_5/2 – z⁴F_7/2	3197.00	bl rd sh
3197.5	260	Cr II (9)	a⁴G_7/2 – z⁴F_7/2	3197.85
		Cr II (9)	a⁴G_9/2 – z⁴F_7/2	3198.00
3201.73	22	Cr II (114)	c⁴D_7/2 – x⁴F_9/2	3202.18
3202.98	40	Ti II (26)	a²D_3/2 – y²F_5/2	3203.46
3205.46	48	Mn II	a³D₃ – z³P₂	3205.80
		Cr II (114)	c⁴D_5/2 – x⁴F_7/2	3206.03
3209.68	175	Cr II (9)	a⁴G_7/2 – z⁴F_5/2	3210.10
3211.03	423	Fe II (6)	a⁴P_1/2 – z⁴D_3/2	3211.37
		Fe II	z⁴P_3/2 – e⁶D_5/2	3211.76	Lyα sec.
3212.21	62	Mn II	b³D₂ – z³D₂	3212.66
3213.92	674	Fe II (6)	a⁴P_3/2 – z⁴D_5/2	3214.24	bl rd sh
3217.0	74	Cr II (83)	b²F_5/2 – z²P_3/2	3217.48
3217.85	125	Ti II (2)	a⁴F_7/2 – z⁴F_9/2	3217.99
		Cr II (9)	a⁴G_5/2 – z⁴F_3/2	3218.32
3219.49	17	Cr II (140)	c²G_9/2 – x⁴G_11/2	3220.05
3223.60	343	[Ni II] (6F)	a²D_3/2 – a²G_7/2	3224.08
		Ti II (2)	a⁴F_5/2 – z⁴F_7/2	3223.77
3226.56	56	Unidentified
3228.49	1003	Fe II (6)	a⁴P_5/2 – z⁴D_7/2	3228.68	bl rd sh
3229.2	133	Ti II (24)	a²D_3/2 – z²P_1/2	3229.53
3230.71	34	[Fe II] (12F)	a⁶D_3/2 – b²F_5/2	3231.10	Not in 99 ?id
3233.15	228	Fe II (119)	c²G_7/2 – z²F_5/2	3233.72
3235.42	119	Fe II (1)	a⁴D_7/2 – z⁶D_5/2	3235.86
3237.0	62	Ti II (23)	a²D_3/2 – y²D_3/2	3237.05
		Ti II (2)	a⁴F_7/2 – z⁴F_7/2	3237.51
3238.23	159	Fe II (81)	b⁴D_1/2 – y⁴F_3/2	3238.75
		Fe II (81)	b⁴D_3/2 – y⁴F_3/2	3238.33
		V II (38)	b³G₄ – z³H₅	3238.81
3240.23	97	Ti II (23)	a²D_5/2 – y²D_3/2	3240.60
		V II (61)	a³D₃ – y³F₃	3240.76
		Fe II (81)	b⁴D_5/2 – y⁴F_3/2	3240.80
3242.18	69	Fe II (80)	b⁴D_7/2 – z²G_7/2	3242.62
3244.21	148	Fe II (119)	c²G_9/2 – z²F_7/2	3244.66
3247.72	280	Fe II (81)	b⁴D_3/2 – y⁴F_5/2	3248.11
		Fe II (119)	c²G_7/2 – z²F_7/2	3248.33
3249.22	85	Ti II (66)	b⁴P_5/2 – y⁴D_7/2	3249.54
		Ti II (9)	b⁴F_5/2 – z²D_3/2	3249.64
3250.16	36	V II (38)	b³G₅ – z³H₅	3250.55
		Fe II (81)	b⁴D_5/2 – y⁴F_5/2	3250.59
3253.34	51	Ti II (2)	a⁴F_7/2 – z⁴F_5/2	3253.86
		Ti II (23)	a²D_5/2 – y²D_5/2	3253.88
3254.78	59	Ti II (2)	a⁴F_9/2 – z⁴F_7/2	3255.19
3256.33	1108	Fe II (1)	a⁴D_7/2 – z⁶D_7/2	3256.83
3259.38	565	Fe II (81)	b⁴D_5/2 – y⁴F_7/2	3259.71	bl rd sh
		Fe II (81)	b⁴D_7/2 – y⁴F_9/2	3259.99
3262.08	104	Ti II (89)	b²G_9/2 – z²H_11/2	3262.53
		Ti II (66)	b⁴P_3/2 – y⁴D_5/2	3262.56
3265.18	367	Fe II (1)	a⁴D_5/2 – z⁶D_3/2	3265.70
3267.42	36	Fe II (65)	b²G_9/2 – z⁴H_9/2	3267.88
		Fe II (80)	b⁴D_7/2 – z²G_9/2	3267.98
3270.41	105	Fe II (118)	c²G_9/2 – y⁴G_7/2	3270.71
		Cr II (61)	a²H_11/2 – z⁴G_9/2	3271.07
3272.31	163	Ti II (66)	b⁴P_5/2 – y⁴D_5/2	3272.60
		Ti II (66)	b⁴P_1/2 – y⁴D_3/2	3273.02
3275.52	141	Ni II (4)	a⁴P_5/2 – z⁴D_3/2	3275.86
		Ti II (24)	a²D_3/2 – z²P_3/2	3276.23
3277.81	1557	Fe II (1)	a⁴D_7/2 – z⁶D_9/2	3278.29
		[Fe II] (11F)	a⁶D_3/2 – b⁴D_3/2	3278.49
3281.69	1642	Fe II (1)	a⁴D_5/2 – z⁶D_5/2	3282.24
3285.77	421	Fe II (1)	a⁴D_3/2 – z⁶D_1/2	3286.35
3288.94	47	Ti II (66)	b⁴P_5/2 – y⁴D_3/2	3289.38
		Ti II (66)	b⁴P_3/2 – y⁴D_1/2	3289.53
3289.92	181	Fe II (65)	b²G_7/2 – z⁴H_7/2	3290.30
		[Fe II] (11F)	a⁶D_1/2 – b⁴D_1/2	3290.40
3292.18	50	Cr II (68)	a²P_1/2 – z²S_1/2	3292.71
3296.21	1471	Fe II (1)	a⁴D_3/2 – z⁶D_3/2	3296.77
3298.42	48	Fe II (91)	b²F_5/2 – z²D_3/2	3298.83
		Mn II	b³P₁ – z⁵D₂	3299.00
3303.68	1362	Fe II (1)	a⁴D_5/2 – z⁶D_7/2	3303.81
		Fe II (1)	a⁴D_1/2 – z⁶D_1/2	3304.42
3307.44	237	Cr II (150)	c²F_7/2 – y²G_9/2	3307.91
		Cr II (51)	b⁴G_9/2 – z⁴H_11/2	3307.99
3309.12	37	Ti II (7)	b⁴F_7/2 – z⁴F_9/2	3309.76	?wl
3311.17	71	Cr II (120)	b²G_9/2 – z²F_7/2	3311.60
		Mn II	a⁵D₅ – b³F₄	3311.73
3312.66	244	Cr II (51)	b⁴G_7/2 – z⁴H_9/2	3312.88
		Cr II (51)	b⁴G_5/2 – z⁴H_7/2	3313.13
3314.49	346	Fe II (1)	a⁴D_1/2 – z⁶D_3/2	3314.94
3315.7 ?	65	Ti II (65)	b⁴P_1/2 – z⁴S_3/2	3316.27	?wl
3318.69?	28	Ti II (7)	b⁴F_5/2 – z⁴F_7/2	3318.98
3322.00	44	Ti II (65)	b⁴P_3/2 – z⁴S_3/2	3322.65	?wl
3323.56	126	Ti II (7)	b⁴F_9/2 – z⁴F_9/2	3323.90
		Fe II (92)	b²F_7/2 – z²G_9/2	3324.02
3324.58	129	Cr II (3)	a⁴D_3/2 – z⁴P_5/2	3325.00
		Cr II (120)	b²G_7/2 – z²F_5/2	3325.09
		Cr II (80)	b²F_7/2 – z²G_9/2	3325.29
3327.25	61	Ti II (7)	b⁴F_3/2 – z⁴F_5/2	3327.73
		Ti II	b⁴P_5/2 – y²F_7/2	3327.81
3328.86	124	Cr II (4)	a⁴D_1/2 – z⁶D_3/2	3329.30
3329.91	68	Ti II (7)	b⁴F_7/2 – z⁴F_7/2	3330.41
		Cr II (150)	c²F_7/2 – y²G_7/2	3330.49
3332.61	59	Ti II (65)	b⁴P_5/2 – z⁴S_3/2	3333.07
3335.71	89	Ti II (7)	b⁴F_5/2 – z⁴F_5/2	3336.16
		Cr II (80)	b²F_5/2 – z²G_7/2	3336.26
3336.77	154	Cr II (14)	a⁴P_5/2 – z⁴F_7/2	3337.07
		Cr II (4)	a⁴D_1/2 – z⁶D_1/2	3337.28
3338.3 ?	93	Ti II (55)	a²P_3/2 – y²F_5/2	3338.82
3339.14	159	Fe II (76)	b⁴D_5/2 – y⁴P_3/2	3339.48
3340.45	159	Cr II (4)	a⁴D_3/2 – z⁶D_3/2	3340.75
		Ti II (7)	b⁴F_3/2 – z⁴F_3/2	3341.32
3341.74	34	[Mn II] (3F)	a⁷S₃ – a⁵P₂	3342.31
3343.11	186	Cr II (3)	a⁴D_5/2 – z⁴P_5/2	3343.54
3345.28	73	[Mn II] (3F)	a⁷S₃ – a⁵P₃	3345.65
3347.30	45	Ti II (7)	b⁴F_7/2 – z⁴F_5/2	3347.71
3348.35	126	Cr II (4)	a⁴D_3/2 – z⁶D_1/2	3348.78
3350.03	70	Cr II (4)	a⁴D_5/2 – z⁶D_7/2	3350.32
		Cr II (14)	a⁴P_3/2 – z⁴F_5/2	3350.60
		Ti II (1)	a⁴F_9/2 – z⁴G_11/2	3350.37
3350.87	63	Ni II (1)	b²D_3/2 – z⁴D_3/2	3351.38
3353.63	209	Cr II (4)	a⁴D_7/2 – z⁶D_9/2	3354.09
		Co II (2)	a⁵P₂ – z⁵D₁	3353.77
3357.95	31	Cr II (79)	b²F_7/2 – z⁴G_9/2	3358.36
3359.08	158	Cr II (4)	a⁴D_5/2 – z⁶D_3/2	3359.46
		Co II (2)	a⁵P₃ – z⁵D₂	3359.56
3360.79	216	Cr II (21)	b⁴D_7/2 – z⁴D_7/2	3361.26
		Ti II (53)	a²P_1/2 – y²D_3/2	3361.14
		Fe II (105)	a²I_11/2 – z²I_11/2	3361.08
3362.21	202	Cr II (21)	b⁴D_5/2 – z⁴D_7/2	3362.73
3366.77	81	Ti II (54)	a²P_3/2 – z²P_1/2	3367.15
3369.17	331	Cr II (3)	a⁴D_7/2 – z⁴P_5/2	3369.01
		Cr II (91)	b²H_11/2 – z⁴G_9/2	3369.67
3374.49	136	Ni II (4)	a⁴P_5/2 – z⁴D_5/2	3374.94
3376.70	929	[Fe II] (26F)	a⁴F_9/2 – b⁴D_7/2	3377.17
3378.64	284	[Ni II] (5F)	a²D_5/2 – a²P_1/2	3379.13
		Cr II (21)	b⁴D_7/2 – z⁴D_5/2	3379.30
3380.26	348	Cr II (21)	b⁴D_5/2 – z⁴D_5/2	3380.79
3381.74	66	Fe II (5)	a⁴P_3/2 – z⁶P_5/2	3382.33
3383.03	163	Cr II (4)	a⁴D_5/2 – z⁶D_5/2	3383.65
3384.3 ?	47	Ti II (1)	a⁴F_3/2 – z⁴G_5/2	3384.74
3387.56	257	[Fe II] (26F)	a⁴F_9/2 – b⁴D_5/2	3388.06
3388.64	142	Ti II (1)	a⁴F_7/2 – z⁴G_7/2	3388.82
		Co II (2)	a⁵P₂ – z⁵D₂	3389.16
3391.94	156	Cr II (3)	a⁴D_1/2 – z⁴P_3/2	3392.40
3393.47	115	Cr II (21)	b⁴D_1/2 – z⁴D_3/2	3393.96
3394.60	341	Cr II (21)	b⁴D_5/2 – z⁴D_3/2	3395.27
		Cr II (21)	b⁴D_3/2 – z⁴D_3/2	3394.81
		Ti II (1)	a⁴F_5/2 – z⁴G_5/2	3395.55
3398.67	65	Fe II (105)	a²I_13/2 – z²I_13/2	3399.32
3402.81	190	Cr II (21)	b⁴D_1/2 – z⁴D_1/2	3403.37
		Ti II (54)	a²P_1/2 – z²P_3/2	3403.40
		Ni II (4)	a⁴P_3/2 – z⁴D_1/2	3402.74
3403.82	320	Cr II (3)	a⁴D_3/2 – z⁴P_3/2	3404.28
		Cr II (21)	b⁴D_3/2 – z⁴D_1/2	3404.23
3407.73	210	Ni II (4)	a⁴P_1/2 – z⁴D_1/2	3408.28
		Ti II (1)	a⁴F_9/2 – z⁴G_7/2	3408.19
3409.39	288	Cr II (4)	a⁴D_7/2 – z⁶D_5/2	3409.74
		Cr II (8)	a⁴G_11/2 – z⁶D_9/2	3409.91
3410.96	29	Cr II	b²G_9/2 – x⁴D_7/2	3411.52	?id
3416.48	719	Fe II (16)	a²P_3/2 – z⁴P_1/2	3417.00
		Fe II	a⁶S_5/2 – z⁸P_7/2	3417.03
		Co II (2)	a⁵P₃ – z⁵D₃	3416.75
3419.96	34	Mn II	b³D₃ – z³P₂	3420.39
3421.75	243	Cr II (3)	a⁴D_1/2 – z⁴P_1/2	3422.18
3423.29	464	Cr II (3)	a⁴D_5/2 – z⁴P_3/2	3423.71
3424.3		Co II (2)	a⁵P₁ – z⁵D₂	3424.81
3426.01	70	Fe II (5)	a⁴P_5/2 – z⁶P_7/2	3426.56
3433.87	283	Cr II (3)	a⁴D_3/2 – z⁴P_1/2	3434.28
3436.54	118	Fe II (91)	b²F_7/2 – z²D_5/2	3437.09
3439.42	1315	[Ni II] (5F)	a²D_5/2 – a²P_3/2	3439.86
		Mn II (1)	a⁵S₂ – z⁷P₃	3439.96
3441.35	177	[Fe II] (26F)	a⁴F_7/2 – b⁴D_7/2	3441.98
3442.75	348	Mn II (3)	a⁵D₄ – z⁵P₃	3442.97
		Fe II (89)	b²F_7/2 – z⁴G_5/2	3443.21
3444.51	224	Fe II (16)	a²P_3/2 – z⁴P_3/2	3444.82
		Ti II (6)	b⁴F_9/2 – z⁴G_11/2	3445.30
3446.91	43	Co II (2)	a⁵P₂ – z⁵D₃	3447.37
3448.01	48	He I (7)	2s ¹S – 6p ¹P	3448.57	Not in 98
3449.98	71	Fe II	a⁶S_5/2 – z⁸P_5/2	3450.45
3452.81	478	[Fe II] (26F)	a⁴F_7/2 – b⁴D_5/2	3453.30
3454.66	224	Ni II (1)	b²D_3/2 – z⁴D_5/2	3455.15
3455.55	320	[Fe II] (26F)	a⁴F_7/2 – b⁴D_3/2	3456.10
3457.42	106	Fe II (76)	b⁴D_7/2 – y⁴P_5/2	3457.92
3458.6 ?	59	Fe II (10)	a²G_9/2 – z⁴F_7/2	3459.11	?id
3461.01	287	Mn II (3)	a⁵D₃ – z⁵P₂	3461.31
		Mn II (1)	a⁵S₂ – z⁷P₂	3461.02
3461.97	146	Ti II (6)	b⁴F_7/2 – z⁴G_9/2	3462.49
3463.3 ?	25	Cr II (2)	a⁴D_1/2 – z⁶P_3/2	3463.72
3464.47	135	Fe II (4)	a⁴P_5/2- z⁶F_5/2	3464.95
3466.09	221	Ni II (4)	a⁴P_3/2 – z⁴D_3/2	3466.63
3466.95	306	[N I] (2F)	⁴S_3/2 – ²P_3/2	3467.49
		[N I] (2F)	⁴S_3/2 – ²P_1/2	3467.54
3469.11	119	Fe II (114)	c²G_7/2 – z²G_7/2	3469.67
3471.80	256	Ni II (4)	a⁴P_1/2 – z⁴D_3/2	3472.38
3474.79	115	Mn II (3)	a⁵D₃ – z⁵P₃	3475.03
		Mn II (3)	a⁵D₂ – z⁵P₁	3475.12
3476.17	488	Fe II (4)	a⁴P_3/2 – z⁶F_1/2	3476.25
		Fe II (4)	a⁴P_5/2 – z⁶F_7/2	3476.73
		Cr II (2)	a⁴D_3/2 – z⁶P_3/2	3476.23
3479.01	39	Fe II (16)	a²P_1/2 – z⁴P_1/2	3479.56
3480.39	174	Fe II (4)	a⁴P_3/2 – z⁶F_3/2	3480.91
3483.48	315	Mn II (3)	a⁵D₂ – z⁵P₂	3483.90
3484.55	133	[Fe II] (27F)	a⁴F_3/2 – b²F_5/2	3485.00
		Cr II (2)	a⁴D_5/2 – z⁶P_5/2	3485.14
3488.41	83	Fe II (4)	a⁴P_3/2 – z⁶F_5/2	3488.98
3489.34	100	Mn II (3)	a⁵D₁ – z⁵P₁	3489.68
3490.17	17	Ti II (6)	b⁴F_7/2 – z⁴G_7/2	3490.74
3491.40	28	Ti II (6)	b⁴F_3/2 – z⁴G_5/2	3492.06
3493.93	135	Fe II (114)	c²G_9/2 – z²G_9/2	3494.47
3495.13	570	Fe II (16)	a²P_3/2 – z⁴P_5/2	3495.67
		Cr II (2)	a⁴D_7/2 – z⁶P_7/2	3495.51
3496.28	93	Mn II (3)	a⁵D₀ – z⁵P₁	3496.83
3497.30	92	Mn II (3)	a⁵D₂ – z⁵P₃	3497.81
3498.07	117	Mn II (3)	a⁵D₁ – z⁵P₂	3498.53
		Fe II (114)	c²G_7/2 – z²G_9/2	3498.72
3500.84	25	Ti II (6)	b⁴F_5/2 – z⁴G_5/2	3501.34
3502.12	432	[Fe II] (26F)	a⁴F_5/2 – b⁴D_5/2	3502.63
		Co II (2)	a⁵P₃ – z⁵D₄	3502.72
3504.65	634	[Fe II] (26F)	a⁴F_5/2 – b⁴D_1/2	3505.02
		[Fe II] (26F)	a⁴F_5/2 – b⁴D_3/2	3505.51
		V II (6)	a³F₃ – z⁵D₂	3505.44
		Fe II (4)	a⁴P_1/2 – z⁶F_1/2	3504.47
		Ti II (88)	b²G_9/2 – y²G_9/2	3505.90
3507.94	206	Fe II (16)	a²P_1/2 – z⁴P_3/2	3508.40
3508.59	200	Fe II (4)	a⁴P_1/2 – z⁶F_3/2	3509.21
3511.34	28	Ti II (88)	b²G_7/2 – y²G_7/2	3511.85
3512.31	209	Cr II (2)	a⁴D_7/2 – z⁶P_5/2	3512.83
3514.49	343	Ni II (4)	a⁴P_5/2 – z⁴D_7/2	3514.99
3516.51	10	V II (6)	a³F₄ – z⁵D₄	3517.01
3517.73	49	V II (6)	a³F₄ – z⁵D₃	3518.31
3519.08	18	Unidentified
3520.73	61	Ti II (98)	b²P_1/2 – z²D_3/2	3521.27
3522.10	36	Fe II (10)	a²G_9/2 – z⁴F_9/2	3522.63
3524.08	14	Co II	a³G₄ – z³F₃	3524.55
3525.15	15	V II (6)	a³F₃ – z⁵D₃	3525.72
3526.84	44	Ni II	a²P_3/2 – z²D_5/2	3527.43
3529.18	6	Unidentified			Not in 99
3531.33	106	V II (4)	a³F₂ – z⁵F₁	3531.77
		He I (36)	2p ³P – 11d ³D	3531.51
3533.32	62	[Fe II]	a⁴D_7/2 – b²D_5/2	3533.87
3536.10	80	Ti II (98)	b²P_3/2 – z²D_5/2	3536.42
		Fe II (75)	b⁴D_5/2 – z⁴S_3/2	3536.63
3536.73	100	[Fe II] (26F)	a⁴F_3/2 – b⁴D_5/2	3537.26
3539.56	543	[Fe II] (26F)	a⁴F_3/2 – b⁴D_1/2	3539.70
		[Fe II] (26F)	a⁴F_3/2 – b⁴D_3/2	3540.20
3541.97	31	Fe II	c²F_7/2 – w²G_7/2	3542.55
3543.35	13	Unidentified
3543.95	8	Fe II	c²F_5/2 – w²G_7/2	3544.37
3545.60	91	Co II (1)	a⁵P₃ – z⁵F₃	3546.04
		V II (5)	a³F₃ – z³D₂	3546.21
3546.94	9	Unidentified
3548.42	15	Fe II	c²F_7/2 – w²G_9/2	3549.05
3554.89	56	He I (34)	2p ³P – 10d ³D	3555.43	Not in 98
3556.5	54	Co II (1)	a⁵P₁ – z⁵F₂	3556.94	Not in 98
3557.37	56	V II (5)	a³F₄ – z³D₃	3557.81
3559.99	310	[Ni II] (5F)	a²D_3/2 – a²P_1/2	3560.43
3561.66	144	Co II	a³G₅ – z³F₄	3562.12
3564.93	26	Fe II (113)	c²G_9/2 – z⁴I_9/2	3565.55
3566.2	18	Ti II (42)	a⁴P_3/2 – z²S_1/2	3566.99
		Fe II (155)	c²D_3/2 – z²S_1/2	3567.08
		Fe II (132)	b²D_5/2 – z²F_7/2	3567.17
		V II (4)	a³F₂ – z⁵F₂	3567.19
3575.64	10	Co II	b³P₁ – z³D₂	3576.24
3577.28	292	Ni II (4)	a⁴P_3/2 – z⁴D_5/2	3577.79
3578.61	61	Co II (1)	a⁵P₂ – z⁵F₃	3579.03
3581.56	56	Unidentified
3585.93	405	Cr II (12)	a⁴P_5/2 – z⁴P_5/2	3586.31
		Cr II (12)	a⁴P_3/2 – z⁴P_5/2	3586.51
3587.66	109	Ti II (15)	a²F_7/2 – z⁴D_7/2	3588.16
		He I (31)	2p ³P – 9d ³D	3588.29
3588.78	4	V II (76)	b³P₁ – z³P₀	3589.16
		[Fe II]	a⁴D_5/2 – b²D_5/2	3589.25
3590.29	87	V II (5)	a³F₂ – z³D₁	3590.77
3592.52	44	V II (4)	a³F₃ – z⁵F₂	3593.05
3593.81	87	V II (4)	a³F₄ – z⁵F₃	3594.36
3596.51	122	Ti II (15)	a²F_7/2 – z⁴D_5/2	3597.08
3598.46	23	[Co II]	a³P₂ – c³F₄	3598.90
3604.29	186	Cr II (13)	a⁴P_5/2 – z⁶D_3/2	3604.63
		Cr II (13)	a⁴P_1/2 – z⁶D_3/2	3604.80
		Cr II (13)	a⁴P_3/2 – z⁶D_3/2	3604.84
3606.53	24	Co II	a³G₅ – z³G₄	3607.01
3607.49	14	Unidentified
3609.30	127	Ni II (1)	b²D_5/2 – z⁴D_5/2	3609.84
3613.63	259	Cr II (13)	a⁴P_1/2 – z⁶D_1/2	3614.16
		Cr II (13)	a⁴P_3/2 – z⁶D_1/2	3614.20
		He I (6)	2s ¹S – 5p ¹P	3614.67
3615.32	66	Fe II (112)	c²G_7/2 – z⁴H_7/2	3615.91
3616.67	26	Cr II	c²F_5/2 – z²D_5/2	3617.28
3617.72	9	Cr II	c²F_5/2 – z²D_3/2	3618.29
3619.8	47	Co II	a³G₃ – z³G₃	3620.31
		[Co II]	a³P₂ – c³F₃	3620.74
3621.77	152	Co II (1)	a⁵P₃ – z⁵F₄	3622.25
		Fe II (144)	a²S_1/2 – z²P_3/2	3622.30
3625.36	43	Ti II (52)	a²P_1/2 – z²S_1/2	3625.86
		Fe II (144)	a²S_1/2 – z²P_1/2	3625.93
3627.51	7	[Ni II] (5F)	a²D_3/2 – a²P_3/2	3627.92
3632.12	352	Cr II (13)	a⁴P_5/2 – z⁶D_5/2	3632.50
		Cr II (13)	a⁴P_3/2 – z⁶D_5/2	3632.71
3634.74	121	He I (28)	2p ³P – 8d ³D	3635.27	Not in 98
3637.91	110	[Co II]	a³F₄ – a³D₃	3638.40
3639.1	4	[Co II]	a³P₁ – c³F₃	3639.68
3641.79	11	Ti II (52)	a²P_3/2 – z²S_1/2	3642.37
3643.67	76	Cr II (1)	a⁴D_7/2 – z⁶F_9/2	3644.24
3645.25	45	Cr II (1)	a⁴D_5/2 – z⁶F_7/2	3645.73
3647.84	51	Cr II (1)	a⁴D_3/2 – z⁶F_5/2	3648.41
3650.91	59	Cr II (156)	b²I_13/2 – z²I_13/2	3651.40
3652.26	52	Cr II (1)	a⁴D_1/2 – z⁶F_3/2	3652.71
		He I (27)	2p ³P – 8s ³S	3653.04
3653.65	32	Co II	c³P₁ – z³D₁	3654.02	?id
		[Co II]	a³P₁ – c³F₂	3654.09
3656.95	22	H₃₈	Balmer 38	3657.15	?id
		Co II	c³P₂ – z³D₂	3657.20	?id
3658.72	19	Cr II (147)	c²F_5/2 – y⁴F_3/2	3659.20
		Cr II (133)	c²G_7/2 – y⁴F_5/2	3659.20
3660.27	106	H₃₃	Balmer 33	3660.46
		H₃₂	Balmer 32	3661.32
		Ti II (75)	b²D_5/2 – y²F_7/2	3660.80
		[Fe II] (10F)	a⁶D_9/2 – a²F_7/2	3661.00	?id
3661.67	77	H₃₁	Balmer 31	3662.26
3662.71	46	H₃₀	Balmer 30	3663.30
		Ti II (75)	b²D_3/2 – y²F_5/2	3663.28
3663.90	21	H₂₉	Balmer 29	3664.45	Not in 98
3665.22	71	H₂₈	Balmer 28	3665.72
		[Fe II]	a⁴D_1/2 – b²D_3/2	3665.74
		Cr II (156)	b²I_11/2 – z²I_11/2	3665.98
3666.55	55	H₂₇	Balmer 27	3667.14	Not in 98
3668.13	78	H₂₆	Balmer 26	3668.73
3669.92		H₂₅	Balmer 25	3670.51
		Cr II (1)	a⁴D_5/2 – z⁶F_5/2	3670.74
3671.97	180	H₂₄	Balmer 24	3672.52
3674.32		H₂₃	Balmer 23	3674.80
3675.44	54	Cr II (1)	a⁴D_7/2 – z⁶F_7/2	3676.03
3677.03	117	H₂₂	Balmer 22	3677.41
		Cr II (1)	a⁴D_3/2 – z⁶F_1/2	3677.52
3678.29	492	Cr II (12)	a⁴P_5/2 – z⁴P_3/2	3678.71
		Cr II (12)	a⁴P_1/2 – z⁴P_3/2	3678.89
		Cr II (12)	a⁴P_3/2 – z⁴P_3/2	3678.93
3679.76	108	H₂₁	Balmer 21	3680.40
3681.19	188	[Co II]	a³F₃ – a³D₂	3681.68
3683.20	138	H₂₀	Balmer 20	3683.88	?wl
3685.86	463	Ti II (14)	a²F_5/2 – z²D_3/2	3686.24
		Ti II (14)	a²F_7/2 – z²D_5/2	3686.25
3687.12	348	Cr II (118)	b²G_9/2 – z²G_9/2	3687.72
		H₁₉	Balmer 19	3687.88
3688.63	61	Cr II (1)	a⁴D_5/2 – z⁶F_3/2	3689.04
		[Co II]	a³F₄ – a³H₆	3689.23
3691.95	498	H₁₈	Balmer 18	3692.63
3697.61	648	H₁₇	Balmer 17	3698.23
3704.38	849	H₁₆	Balmer 11	3704.93
3705.44	615	He I (25)	2p ³P – 7d ³D	3706.06	Not in 98
3706.52	437	Ca II (3)	4p ²P_1/2 – 5s ²S_1/2	3707.08
3712.47	630	H₁₅	Balmer 15	3713.05	bl rd sh
3713.40	617	Cr II (12)	a⁴P_1/2 – z⁴P_1/2	3713.95
		Cr II (12)	a⁴P_3/2 – z⁴P_1/2	3713.99
		H₁₅	Balmer 15	3713.05
3715.69	508	Cr II (20)	b⁴D_7/2 – z⁴F_9/2	3716.23
3722.23	872	[S III] (2F)	3p²³P₁ – 3p²¹S₀	3722.69
		H₁₄	Balmer 14	3723.02
3727.74	163	[O II] (1F)	2p³⁴S_3/2 – 2p³²D_3/2	3727.09	?wl
3730.45?	82	[O II] (1F)	2p³⁴S_3/2 – 2p³²D_5/2	3729.88	?wl
3734.95	754	H₁₃	Balmer 13	3735.45	rd sh
3737.38	228	Ca II (3)	4p ²P_3/2 – 5s ²S_1/2	3737.96
3738.79	187	Cr II (20)	b⁴D_5/2 – z⁴F_7/2	3739.42
3742.06	262	Ti II (72)	b²D_5/2 – y²D_5/2	3742.70
		Fe II (15)	a²P_3/2 – z⁴F_5/2	3742.62
3743.81	73	Cr II (6)	a⁴G_9/2 – z⁶F_7/2	3744.21
3749.13	496	Cr II (11)	a⁴P_5/2 – z⁶P_5/2	3749.73
		Fe II (154)	c²D_5/2 – z²P_3/2	3749.55	rd sh
3750.74	1315	H₁₂	Balmer 12	3751.24	rd sh
3755.06	278	Cr II (20)	b⁴D_3/2 – z⁴F_5/2	3755.63
3758.21	71	Ti II (73)	b²D_3/2 – z²P_3/2	3758.76
3759.94	114	Ti II (13)	a²F_7/2 – z²F_7/2	3760.36
		Fe II (154)	c²D_3/2 – z²P_1/2	3760.53
3762.20	146	Ti II (13)	a²F_5/2 – z²F_5/2	3762.39
		Cr II (11)	a⁴P_5/2 – z⁶P_3/2	3762.73
		Cr II (11)	a⁴P_1/2 – z⁶P_3/2	3762.92
		Cr II (11)	a⁴P_3/2 – z⁶P_3/2	3762.96
3764.63	298	Fe II (29)	b⁴P_5/2 – z⁴P_3/2	3765.17
3770.19	2696	H₁₁	Balmer 11	3771.72	rd sh
		Ni II (1)	b²D_5/2 – z⁴D_7/2	3770.53
		[Co II]	a³F₃ – a³H₅	3770.94
3778.84	31	V II (21)	b³F₃ – z³F₂	3779.43
3780.09	77	Fe II (23)	a²D2_5/2 – z⁴P_5/2	3780.65
3783.85	284	Fe II (14)	a²P_3/2 – z⁴D_5/2	3784.42
3786.84	27	Fe II (15)	a²P_1/2 – z⁴F_3/2	3787.44
3798.6	1460	H₁₀	Balmer 10	3799.00	rd sh
		[S III] (2F)	3p²³P₂ – 3p²¹S₀	3798.25
3800.98	758	[Co II]	a³F₂ – a³H₄	3801.55
3806.87	206	[Cu II] (2F)	3d¹⁰¹S₀ – 4s ¹D₂	3807.41
3813.8	6	Ti II (12)	a²F_7/2 – z⁴F_7/2	3814.46
3814.73	199	Fe II (153)	c²D_3/2 – z²F_5/2	3815.21
		Ti II (12)	a²F_5/2 – z⁴F_3/2	3815.67
3820.11	315	He I (22)	2p ³P – 6d ³D	3820.69	Not in 98
3822.34	40	Fe II (14)	a²P_1/2 – z⁴D_3/2	3823.01
3825.42	355	Fe II (29)	b⁴P_5/2 – z⁴P_5/2	3826.01
3827.61	26	Fe II (153)	c²D_5/2 – z²F_7/2	3828.17
3836.1	2073	H₉	Balmer 9	3836.47	rd sh, ?wl
3839.13	1011	H₉	Balmer 9	3836.47	?wl
3844.71	30	Mn II	b³F₄ – z³G₅	3845.25	?id
3845.74	32	Fe II (127)	b²D_3/2 – z²D_3/2	3846.27
3847.50	19	[Co II]	a³F₂ – a¹P₁	3847.93	?wl
3848.16		[Fe II]	a⁶D_9/2 – a⁴G_7/2	3848.80
3848.73	17	Mg II (5)	3d ²D_5/2 – 5p ²P_3/2	3849.30	Not in 98
		Mg II (5)	3d ²D_3/2 – 5p ²P_3/2	3849.43
3850.08	85	Ni II (11)	a²G_7/2 – z²F_5/2	3850.65
3854.11	12	Si II (1)	3p²²D_3/2 – 4p ²P_3/2	3854.76
3856.56	257	Si II (1)	3p²²D_5/2 – 4p ²P_3/2	3857.11
3860.41	20	Unidentified
3863.12	52	Si II (1)	3p²²D_3/2 – 4p ²P_1/2	3863.69
3866.19	51	Cr II (167)	b²D_5/2 – z²F_7/2	3866.69
3869.24	2316	[Ne III] (1F)	2p⁴³P₂ – 2p⁴¹D₂	3869.85	Not in 98
3873.26	69	Fe II (29)	b⁴P_3/2 – z⁴P_1/2	3873.86
3874.54	31	[Fe II]	a⁶D_9/2 – a⁴G_9/2	3875.17
3879.24	38	V II (33)	a³G₅ – z³F₄	3879.82
3888.97	5573	He I (2)	2s ³S – 3p ³P	3889.75
		H₈	Balmer 8	3890.15	rd sh
3896.56	53	Fe II	a²D2_3/2 – z⁴P_5/2	3897.21
		V II (9)	a³P₀ – z⁵F₁	3897.26
3899.63	17	V II (33)	a³G₄ – z³F₃	3900.24
3901.04	207	Ti II (34)	a²G_9/2 – z²G_9/2	3901.66
		Al II (1)	3s3p ¹P₁ – 3p²¹D₂	3901.78	?id
3903.81	61	V II (11)	a³P₂ – z⁵D₃	3904.37
3906.23	71	Cr II (167)	b²D_3/2 – z²F_5/2	3906.75
3914.00	110	Ti II (34)	a²G_7/2 – z²G_7/2	3914.58
3914.97	333	Fe II (3)	a⁴P_5/2 – z⁶D_3/2	3915.61
		V II (33)	a³G₃ – z³F₂	3915.43
3916.87	34	V II (10)	a³P₁ – z³D₂	3917.52
3919.01	15	Fe II (191)	d²D1_3/2 – y²P_1/2	3919.64	?id
3919.6	15	N II (17)	3p ¹P₁ – 3d ¹P₁	3920.11	Not in 98
3930.82	213	Fe II (3)	a⁴P_3/2 – z⁶D_1/2	3931.42
3936.54	85	Fe II (173)	c²F_7/2 – z²G_9/2	3937.08
3938.81	690	Fe II (3)	a⁴P_5/2 – z⁶D_5/2	3939.41
3943.35	13	[Fe III]	3d⁶³G₄ – 3d⁶³F1₃	3944.10	Not in 98
3945.70	255	Fe II (3)	a⁴P_3/2 – z⁶D_3/2	3946.33
3952.51	63	V II (10)	a³P₂ – z³D₃	3953.08
3965.31	186	He I (5)	2s ¹S₀ – 4p ¹P₁	3965.85	rd sh, Not in 98
		Fe II (29)	b⁴P_1/2 – z⁴P_1/2	3965.70
		Cr II (10)	a⁴P_3/2 – z⁶F_5/2	3965.70
3967.93	485	[Ne III] (1F)	2p⁴³P₁ – 2p⁴¹D₂	3968.58	Not in 98
3970.06	3224	Hϵ		3971.19	rd sh
		Fe II (3)	a⁴P_3/2 – z⁶D_5/2	3970.50
		Fe II (3)	a⁴P_5/2 – z⁶D_7/2	3970.52
3974.61	680	Fe II (29)	b⁴P_3/2 – z⁴P_5/2	3975.29
3978.14	12	V II (10)	a³P₂ – z³D₂	3978.86
3980.06	35	Cr II (183)	c²D_5/2 – y²F_7/2	3980.63
3982.16		Fe II (3)	a⁴P_1/2 – z⁶D_3/2	3982.73
3986.26	0.2	Cr II (10)	a⁴P_5/2 – z⁶F_3/2	3986.82
3988.15	6	Ti II (11)	a²F_7/2 – z⁴G_9/2	3988.73
3993.63	484	[Ni II] (3F)	a²D_5/2 – b²D_5/2	3994.19
3995.52	45	N II (12)	3s ¹P₁ – 3p ¹D₂	3996.13	Not in 98
3997.60	31	V II (9)	a³P₂ – z⁵F₃	3998.25
4002.70	100	Fe II (29)	b⁴P_1/2 – z⁴P_3/2	4003.21
4003.7	62	V II (10)	a³P₁ – z³D₁	4004.07
		Cr II (194)	d²G_7/2 – w²H_9/2	4004.41
4006.19	55	V II (32)	a³G₅ – z³G₅	4006.84
4008.77	18	[Fe III] (4F)	3d⁶⁵D₄ – 3d⁶³G₄	4009.48	Not in 98
		V II (32)	a³G₃ – z³G₄	4009.30
4009.76	412	He I (55)	2p ¹P₁ – 7d ¹D₂	4010.39	Not in 98
4011.67	10	[Fe II] (9F)	a⁶D_3/2 – b²P_3/2	4012.04	?id; ?wl
4012.99	63	Ti II (11)	a²F_5/2 – z⁴G_5/2	4013.52
		Cr II (183)	c²D_3/2 – y²F_5/2	4013.63
4016.02	28	Ni II (12)	a²G_7/2 – z²D_5/2	4016.61
4017.87	17	[Fe II] (24F)	a⁴F_7/2 – a²F_7/2	4018.51
4026.76	537	He I (18)	2p ³P – 5d ³D	4027.33
4028.91	53	Ti II (87)	b²G_9/2 – y²F_7/2	4029.48
4033.73	160	[Ni II] (4F)	a²D_5/2 – a⁴P_3/2	4034.18
		Fe II (126)	b²D_5/2 – z⁴G_5/2	4034.08
4036.19	21	V II (32)	a³G₃ – z³G₃	4036.77
4037.32		V II (9)	a³P₂ – z⁵F₂	4037.92
4038.60	21	Cr II (194)	d²G_9/2 – w²H_11/2	4039.11
4042.09	20	[Ti II] (11F)	a⁴F_7/2 – c²D_3/2	4042.80
4046.53	42	[Co II]	a⁵F₃ – a³D₁	4047.25
4049.70	36	Cr II (193)	d²G_7/2 – w²F_5/2	4050.24
		[Fe II]	a⁴P_5/2 – c²D_5/2	4050.26
4052.61	32	Cr II (18)	b⁴D_7/2 – z⁴P_5/2	4053.07
4054.46	63	Ti II (87)	b²G_7/2 – y²F_5/2	4054.98
		Cr II (18)	b⁴D_5/2 – z⁴P_5/2	4055.22
4056.86	6	Ti II (11)	a²F_7/2 – z⁴G_5/2	4057.33
4057.8	6	Unidentified
4064.44	13	Cr II (19)	b⁴D_5/2 – z⁶D_7/2	4065.21
4065.65	16	Fe II (39)	b⁴F_3/2 – z⁴P_1/2	4065.90
		V II (215)	d³F₄ – x³G₅	4066.22	?id
4067.44	164	Ni II (11)	a²G_9/2 – z²F_7/2	4068.18
4068.91	1532	[S II] (1F)	3p³⁴S_3/2 – 3p³²P_3/2	4069.75	?wl
4076.76	282	[S II] (1F)	3p³⁴S_3/2 – 3p³²P_1/2	4077.50
4080.35	57	[Fe II] (24F)	a⁴F_3/2 – a²F_5/2	4081.14	?wl
4082.54	37	[Fe II]	a⁴P_3/2 – c²D_5/2	4083.13
4084.4	101	[Fe II] (23F)	a⁴F_9/2 – b²H_9/2	4084.93
		[Fe II] (24F)	a⁴F_5/2 – a²F_7/2	4085.47
4089.3 ?	23	Fe II (39)	b⁴F_5/2 – z⁴P_3/2	4089.91
		Cr II (19)	b⁴D_3/2 – z⁶D_1/2	4089.99
4100–10		Hδ		4102.89	rd sh
4111.38	47	Cr II (26)	b⁴P_3/2 – z⁴D_5/2	4112.15
		Cr II (19)	b⁴D_7/2 – z⁶D_5/2	4112.16
4115.01	495	[Fe II] (23F)	a⁴F_9/2 – b²H_11/2	4115.63
4120.5		[Co II]	a³F₂ – c³P₀	4121.28	?id
4121.3		He I (16)	2p ³P – 5s ³S	4121.98	Not in 98
4123.17	305	Fe II (28)	b⁴P_5/2 – z⁴F_5/2	4123.83
4125.31	77	Fe II (22)	a²D2_5/2 – z⁴F_5/2	4125.95
		[Co II]	a⁵P₃ – a⁵D₁	4125.89
4128.74	397	Mn II (2)	a⁵D₄ – z⁷P₃	4129.29
4129.3		Fe II (27)	b⁴P_5/2 – z⁴D_3/2	4129.91
4138.90	28	Fe II (39)	b⁴F_7/2 – z⁴P_5/2	4139.57
4144.61	284	He I (53)	2p ¹P₁ – 6d ¹D₂	4144.93
4146.33	16	Cr II (162)	b²D_5/2 – z²D_5/2	4146.95
4147.6	64	[Fe II] (21F)	a⁴F_9/2 – a⁴G_7/2	4147.82
		[Ni II] (10F)	a⁴F_9/2 – a²G_9/2	4148.41
4153.21	290	[Co II]	a³F₄ – b³P₂	4153.76
4158.5	21	[Fe II] (37F)	a⁴D_7/2 – b²F_7/2	4159.08
4161.21	21	Fe II (39)	b⁴F_5/2 – z⁴P_5/2	4161.80
4162.00?	8	Ti II (21)	a²D_5/2 – z⁴D_7/2	4162.71
4164.20	108	Ti II (105)	b²F_7/2 – x²D_5/2	4164.82
4172.48	57	Ti II (105)	b²F_5/2 – x²D_3/2	4173.09
		Cr II (18)	b⁴D_3/2 – z⁴P_3/2	4173.08
4174.02	964	Fe II (27)	b⁴P_5/2 – z⁴D_5/2	4174.64
4177.92	1043	[Fe II] (21F)	a⁴F_9/2 – a⁴G_9/2	4178.37
		Fe II (21)	a²D_5/2 – z⁴D_7/2	4178.87
4179.41	2127	Fe II (28)	b⁴P_5/2 – z⁴F_7/2	4180.03
4188.39	36	Ni II (10)	a²G_9/2 – z²G_7/2	4189.03
4190.11	20	Unidentified			Not in 98
4190.90	24	Ti II (21)	a²D_5/2 – z⁴D_3/2	4191.41
		V II (25)	a⁵P₁ – z⁵D₂	4191.59
4192.66	36	Ni II (10)	a²G_7/2 – z²G_7/2	4193.25
4198.31	22	[Fe II] (22F)	a⁴F_3/2 – b²P_1/2	4198.98
4198.8		[Fe IV]	3d⁵⁴G_11/2 – 3d⁵²H_9/2	4199.4	Not in 98
4201.83	497	[Ni II] (3F)	a²D_5/2 – b²D_3/2	4202.35
4204.9	8	V II (25)	a⁵P₃ – z⁵D₃	4205.40
4205.91	56	Mn II (2)	a⁵D₃ – z⁷P₂	4206.57
		V II (37)	b³G₄ – z³F₃	4206.27
4207.15	48	[Fe IV]	3d⁵⁴G_9/2 – 3d⁵²H_9/2	4207.8	Not in 98
4207.86	13	Mn II (2)	a⁵D₂ – z⁷P₃	4208.42
4209.35	23	[Fe IV]	3d⁵⁴G_7/2 – 3d⁵²H_9/2	4210.1	Not in 98
4211.7	181	[Fe II] (23F)	a⁴F_7/2 – b²H_11/2	4212.29
4214.00	15	Unidentified			Not in 99
4215.25	19	N I (5)	3s ⁴P_3/2 – 4p ⁴P_5/2	4215.99
		[Co II]	a³F₂ – c³P₁	4215.79	?id
4216.61	12	N I (5)	3s ⁴P_1/2 – 4p ⁴P_3/2	4217.28
		Cr II (18)	b⁴D_1/2 – z⁴P_1/2	4216.92
4217.68	7	Cr II (18)	b⁴D_3/2 – z⁴P_1/2	4218.24
		[Co II]	a⁵P₂ – a⁵D₂	4218.23
4218.79	5	Unidentified			Not in 98
4223.08	7	Unidentified			Not in 98
4223.99	8	[Co II]	a⁵P₁ – a⁵D₁	4224.74	Not in 98
4225.61	61	N I (5)	3s ⁴P_3/2 – 4p ⁴P_1/2	4226.07
		V II (37)	b³G₃ – z³F₂	4226.41
4226.88	24	Unidentified			Not in 98
4227.69	21	Fe II (45)	a⁶S_5/2 – z⁴P_5/2	4228.36	Not in 98
4233.72	3625	Fe II (27)	b⁴P_5/2 – z⁴D_7/2	4234.36	rd sh
4237.4 ?		V II (18)	b³F₄ – z³D₃	4238.00	Not in 98 id?
4238.3 ?		Mn II (6)	a⁵F₁ – z⁵F₂	4239.06	Not in 98 id?
4239.3 ?		Cr II (17)	b⁴D_5/2 – z⁶P_7/2	4239.92
		Mn II (2)	a⁵D₂ – z⁷P₂	4239.98
4243.02	68	Cr II (31)	a⁴F_9/2 – z⁴D_7/2	4243.56
4244.60	4378	[Fe II] (21F)	a⁴F_9/2 – a⁴G_11/2	4245.16	rd sh
4245.4	1223	[Fe II] (21F)	a⁴F_7/2 – a⁴G_7/2	4246.01
4249.49	267	[Ni II] (3F)	a²D_3/2 – b²D_5/2	4250.00
		[Fe II] (36F)	a⁴D_7/2 – b⁴D_7/2	4250.28
4252.02	28	[Fe II] (23F)	a⁴F_5/2 – b²H_9/2	4252.64
4253.21	17	Cr II (31)	a⁴F_5/2 – z⁴D_5/2	4253.83
4255.22	11	N I (6)	3s ⁴P_3/2 – 4p ⁴D_5/2	4255.93
4256.60	11	Cr II (192)	d²G_9/2 – w²G_9/2	4257.31
4258.74	264	Fe II (28)	b⁴P_3/2 – z⁴F_3/2	4259.35
4262.63	190	Cr II (31)	a⁴F_7/2 – z⁴D_5/2	4263.11
4267.00	79	[Fe II] (36F)	a⁴D_7/2 – b⁴D_5/2	4267.55
4269.8	15	Cr II (31)	a⁴F_3/2 – z⁴D_3/2	4270.48
4273.86	214	Fe II (27)	b⁴P_3/2 – z⁴D_1/2	4274.53
4276.2	126	Cr II (31)	a⁴F_5/2 – z⁴D_3/2	4276.77
4277.43	2707	[Fe II] (21F)	a⁴F_7/2 – a⁴G_9/2	4278.03	rd sh
4282.99	52	[Mn II] (6F)	a⁵S₂ – b⁵D₀	4283.51
4284.74	42	Cr II (31)	a⁴F_3/2 – z⁴D_1/2	4285.39
4287.95	6470	[Fe II] (7F)	a⁶D_9/2 – a⁶S_5/2	4288.60	rd sh
4290.75	150	Ti II (41)	a⁴P_3/2 – z⁴D_5/2	4291.43
		Ti II	b²P_3/2 – y²F_5/2	4291.56
4294.66	201	[Ni II] (4F)	a²D_3/2 – a⁴P_3/2	4295.30
		Ti II (20)	a²D_5/2 – z²D_5/2	4295.31
4297.11	657	Fe II (28)	b⁴P_3/2 – z⁴F_5/2	4297.78
4300.58	204	Ti II (41)	a⁴P_5/2 – z⁴D_7/2	4301.26
4302.45	113	Ti II (41)	a⁴P_1/2 – z⁴D_3/2	4303.12
4303.73	882	Fe II (27)	b⁴P_3/2 – z⁴D_3/2	4304.38
4306.50	856	[Fe II] (21F)	a⁴F_5/2 – a⁴G_5/2	4307.10
4308.42	142	Ti II (41)	a⁴P_3/2 – z⁴D_3/2	4309.08
4310.85?	15	[Ni II] (10F)	a⁴F_7/2 – z²G_7/2	4311.55
4313.39	120	Ti II (41)	a⁴P_5/2 – z⁴D_5/2	4314.08
4314.90	310	Fe II (32)	a⁴H_9/2 – z⁴F_7/2	4315.52
4315.4	46	[Ni II] (10F)	a⁴F_7/2 – z²G_9/2	4316.02
		Ti II (41)	a⁴P_1/2 – z⁴D_1/2	4316.19
4320.13	1852	[Fe II] (21F)	a⁴F_5/2 – a⁴G_7/2	4320.84
4323.74	36	[Co II]	a³F₃ – b³P₂	4324.49
4326.82	494	[Ni II] (4F)	a²D_5/2 – a⁴P_5/2	4327.45
4337–46		Hγ		4341.68	rd sh
4347.39	1179	[Fe II] (21F)	a⁴F_7/2 – a⁴G_11/2	4348.07
4352.34	2349	Fe II (27)	b⁴P_3/2 – z⁴D_5/2	4352.99
4353.35	1452	[Fe II] (21F)	a⁴F_5/2 – a⁴G_9/2	4354.00
4358.9	1848	[Fe II] (21F)	a⁴F_3/2 – a⁴G_5/2	4359.58
4359.90	5126	[Fe II] (7F)	a⁶D_7/2 – a⁶S_5/2	4360.56	rd sh
4365.41	94	Unidentified
4368.17	27	Ti II (104)	b²F_7/2 – y²G_9/2	4368.89
4369.98	157	Fe II (28)	b⁴P_1/2 – z⁴F_3/2	4370.64
4373.02	981	[Fe II] (21F)	a⁴F_3/2 – a⁴G_7/2	4373.66
4375.39	6	Ti II (93)	b²P_3/2 – y²D_5/2	4376.04
4376.26	4	[Cu II] (1F)	3d¹⁰¹S₀ – 4s ³D₂	4376.92
4383.33	467	[Fe II] (6F)	a⁶D_9/2 – b⁴F_7/2	4383.97
4384.96	460	[Fe II] (36F)	a⁴D_3/2 – b⁴D_7/2	4385.44
		Fe II (32)	a⁴H_11/2 – z⁴F_9/2	4385.55
4385.99	1130	Fe II (27)	b⁴P_1/2 – z⁴D_1/2	4386.61	rd sh
4388.48	117	He I (51)	2p ¹P₁ – 5d ¹D₂	4389.16	Not in 98
4394.66	54	Ti II (51)	a²P_1/2 – z⁴D_3/2	4395.29
4395.61	156	Ti II (19)	a²D_5/2 – z²F_7/2	4396.27
4396.4	35	Ti II (61)	b⁴P_5/2 – z⁴D_7/2	4397.08
4400.38	148	Ti II (51)	a²P_3/2 – z⁴D_5/2	4401.01
4403.34	44	[Fe II] (36F)	a⁴D_3/2 – b⁴D_5/2	4403.83	?wl
4405.34	30	V II (30)	a³G₅ – z⁵F₅	4405.90
4410.50	5	[Fe II] (22F)	a⁴F_3/2 – b²P_3/2	4411.09
		[Co II]	a³F₂ – b³P₁	4411.07
4411.69?		[Co II]	a⁵P₂ – a⁵D₄	4412.29	?id
4414.37	3562	[Fe II] (7F)	a⁶D_5/2 – a⁶S_5/2	4415.02
		Fe II (32)	a⁴H_9/2 – z⁴F_9/2	4414.84
4416.89	4328	[Fe II] (6F)	a⁶D_9/2 – b⁴F_9/2	4417.51	rd sh
		Fe II (27)	b⁴P_1/2 – z⁴D_3/2	4418.07
4422.5	105	Ti II (94)	b²P_3/2 – z²P_3/2	4423.18
4428.1	16	[Fe II]	a⁴P_3/2 – b²D_5/2	4428.75	Not in 98
4433.03	289	[Fe II] (6F)	a⁶D_7/2 – b⁴F_5/2	4433.69
4435.80	2	[Fe II] (36F)	a⁴D_1/2 – b⁴D_5/2	4436.33	Not in 99
4438.14	24	He I (50)	2p ¹P₁ – 5s ¹S₀	4438.80	Not in 98
4439.48	4	[Fe II] (36F)	a⁴D_1/2 – b⁴D_1/2	4440.17
4440.36	5	[Fe II] (36F)	a⁴D_1/2 – b⁴D_3/2	4440.96	Not in 99
4444.39	105	Ti II (19)	a²D_3/2 – z²F_5/2	4445.04
4447.52	25	N II (15)	3p ¹P₁ – 3d ¹D₂	4448.28	Not in 98
4451.07	24	Ti II (19)	a²D_5/2 – z²F_5/2	4451.73
4452.69	2334	[Fe II] (7F)	a⁶D_3/2 – a⁶S_5/2	4453.35
4455.85	41	Fe II	c⁴P_5/2 – w⁴D_7/2	4456.52	?id
4458.54	1899	[Fe II] (6F)	a⁶D_7/2 – b⁴F_7/2	4459.20
4462.07	75	[Ni II] (10F)	a⁴F_5/2 – z²G_7/2	4462.72
4469.17	134	Ti II (31)	a²G_9/2 – z²F_7/2	4469.70
4471.04	1373	[Fe II] (6F)	a⁶D_5/2 – b⁴F_3/2	4471.55	?wl
4472.04	1231	He I (14)	2p ³P – 4d ³D	4472.73	Not in 98
4473.54	118	Fe II (37)	b⁴F_5/2 – z⁴F_3/2	4474.18
4475.50	1110	[Fe II] (7F)	a⁶D_1/2 – a⁶S_5/2	4476.16
4479.80	73	[Fe II]	a²G_9/2 – c²D_5/2	4480.38
4481.45	16	Fe II	c⁴P_5/2 – w⁴D_3/2	4481.94	?id
		Mg II (4)	3d ²D_5/2 – 4f ²F_7/2	4482.38
		Mg II (4)	3d ²D_5/2 – 4f ²F_5/2	4482.41
		Mg II (4)	3d ²D_3/2 – 4f ²F_5/2	4482.58
4485.88	186	[Ni II] (3F)	a²D_3/2 – b²D_3/2	4486.47
4489.53	1536	[Fe II] (6F)	a⁶D_5/2 – b⁴F_5/2	4490.01
		Fe II (37)	b⁴F_7/2 – z⁴F_5/2	4490.44
4492.00	1115	Fe II (37)	b⁴F_3/2 – z⁴F_3/2	4492.67
4493.23	595	[Fe II] (6F)	a⁶D_7/2 – b⁴F_9/2	4493.89
4501.82	98	Ti II (31)	a²G_7/2 – z²F_5/2	4502.54
4508.86	1431	Fe II (38)	b⁴F_3/2 – z⁴D_1/2	4509.55
4510.15	336	[Fe II] (6F)	a⁶D_3/2 – b⁴F_3/2	4510.87
4513.14	59	Unidentified
4515.5		[Fe II] (6F)	a⁶D_5/2 – b⁴F_7/2	4516.17
4515.9	2046	Fe II (37)	b⁴F_5/2 – z⁴F_5/2	4516.60
4520.78	1828	Fe II (37)	b⁴F_9/2 – z⁴F_7/2	4521.49
4523.2	1580	Fe II (38)	b⁴F_5/2 – z⁴D_3/2	4523.90
4528.95	187	[Fe II] (6F)	a⁶D_3/2 – b⁴F_5/2	4529.65
4533.65	68	[Fe II] (6F)	a⁶D_1/2 – b⁴F_3/2	4534.27
4534.69	448	Ti II (50)	a²P_3/2 – z²D_5/2	4535.24
		Fe II (37)	b⁴F_3/2 – z⁴F_5/2	4535.44
4540.17?	19	Cr II (39)	a²F_5/2 – z⁴D_5/2	4540.87
4542.11	355	Fe II (38)	b⁴F_3/2 – z⁴D_3/2	4542.79
4550.06	2825	Fe II (38)	b⁴F_7/2 – z⁴D_5/2	4550.75
4556.47	2605	Fe II (37)	b⁴F_7/2 – z⁴F_7/2	4557.17
4559.26	405	Cr II (44)	b⁴F_9/2 – z⁴D_7/2	4559.93
		Cr II (44)	b⁴F_5/2 – z⁴D_7/2	4560.06
4564.33	111	Ti II (50)	a²P_1/2 – z²D_3/2	4565.04
4566.26	24	Cr II (39)	a²F_5/2 – z⁴D_3/2	4567.02
4571.72	191	Mg I (1)	3s²¹S₀ – 3p ³P₁	4572.38
4572.55	130	Ti II (82)	a²H_9/2 – z²G_7/2	4573.25
4577.01	721	Fe II (38)	b⁴F_5/2 – z⁴D_5/2	4577.62
		[Fe II]	a²G_7/2 – c²D_3/2	4577.68
4580.7	101	Fe II (26)	b⁴P_5/2 – z⁶P_7/2	4581.35
4581.74	410	[Cr II] (3F)	a⁶S_5/2 – a⁴P_5/2	4582.42
4583.3	460	Fe II (37)	b⁴F_5/2 – z⁴F_7/2	4584.12
4584.42	4398	Fe II (38)	b⁴F_9/2 – z⁴D_7/2	4585.12	rd sh
4588.77	237	Cr II (44)	b⁴F_7/2 – z⁴D_5/2	4589.48
4590.4	39	Cr II (44)	b⁴F_3/2 – z⁴D_5/2	4591.19
		Ti II (50)	a²P_3/2 – z²D_3/2	4591.24
4592.65	99	Cr II (44)	b⁴F_5/2 – z⁴D_5/2	4593.34
4594.24	13	Fe II (44)	a⁶S_5/2 – z⁴F_5/2	4595.11
		Ni II	a²G_9/2 – z⁴G_7/2	4594.93
4596.54	39	Fe II (28)	b⁴F_3/2 – z⁴D_5/2	4596.97
		Fe II	c⁴P_5/2 – w⁴P_5/2	4597.30	?id
4597.6	47	[Ni III]	3d⁸³F₃ – 3d⁸¹G₄	4598.1	Not in 98, ?wl. ?id
4601.58	14	Unidentified			Not in 99
4602.08	27	N II (5)	3s ³P₁ – 3p ³P₂	4602.77	Not in 98
		Fe II (43)	a⁶S_5/2 – z⁴D_3/2	4602.67
4607.71	134	[Fe III] (3F)	3d⁶⁵D₄ – 3d⁶³F2₃	4608.32	Not in 98
4614.62	24	N II (5)	3s ³P₁ – 3p ³P₁	4615.16	Not in 98
4617.27	103	Cr II (44)	b⁴F_3/2 – z⁴D_3/2	4617.92
4619.49	184	Cr II (44)	b⁴F_5/2 – z⁴D_3/2	4620.10
4621.14	267	Fe II (38)	b⁴F_7/2 – z⁴D_7/2	4621.81
4623.76	225	[Co II]	a³F₄ – a³G₅	4624.35
4628.8	297	[Ni II] (4F)	a²D_3/2 – a⁴P_5/2	4629.34
4629.98	2884	Fe II (37)	b⁴F_9/2 – z⁴F_9/2	4630.64	rd sh
4634.76	98	Cr II (44)	b⁴F_3/2 – z⁴D_1/2	4635.37
4635.91	46	Fe II	d²D2_5/2 – y²F_7/2	4636.61
4640.33	950	[Fe II] (4F)	a⁶D_3/2 – b⁴P_1/2	4640.97
4643.54	17	N II (5)	3s ³P₂ – 3p ³P₁	4644.39	Not in 98
4649.59	51	Fe II (25)	b⁴P_5/2 – z⁶F_5/2	4650.25
4652.37	12	N I	3s ²P_1/2 – 4p ²P_3/2	4653.12	Not in 99
4657.69	268	Fe II (43)	a⁶S_5/2 – z⁴D_5/2	4658.29
4658.3		[Co II]	a³F₃ – a³G₃	4658.94
4658.72	1732	[Fe III] (3F)	3d⁶⁵D₄ – 3d⁶³F2₄	4659.35	Not in 98
4661.13	259	N I	3s ²P_1/2 – 4p ²P_1/2	4661.76
4664.4	74	Fe II (44)	a⁶S_5/2 – z⁴F_7/2	4665.01
4665.08	288	[Fe II] (4F)	a⁶D_1/2 – b⁴P_1/2	4665.75
4667.38	527	Fe II (37)	b⁴F_7/2 – z⁴F_9/2	4668.06
		[Fe III] (3F)	3d⁶⁵D₃ – 3d⁶³F2₂	4668.32
4670.71	253	N I	3s ²P_3/2 – 4p ²P_3/2	4671.20
		Fe II (25)	b⁴P_5/2 – z⁶F_7/2	4671.49
4679.17	27	N I	3s ²P_3/2 – 4p ²P_1/2	4679.90
4680.70?	12	Cr II (25)	b⁴P_3/2 – z⁴F_5/2	4681.20	?wl
4688.18	15	[Fe II] (5F)	a⁶D_7/2 – a⁴H_7/2	4688.86	Not in 98
4698.17	36	Cr II	c²D_5/2 – y⁴F_5/2	4698.91	Not in 98, ?id
4702.20	751	[Fe III] (3F)	3d⁶⁵D₃ – 3d⁶³F2₃	4702.85	Not in 98
4713.75	399	He I (12)	2p ³P – 4s ³S	4714.47
4716.9 ?	8	[Fe II] (5F)	a⁶D_7/2 – a⁴H_9/2	4717.68
		[Cr II]	a⁶D_9/2 – b⁴G_11/2	4717.49	?id
4719.15	9	Unidentified
4720.73	14	Fe II (54)	b²P_3/2 – z⁴P_5/2	4721.47
4728.71	2271	[Fe II] (4F)	a⁶D_5/2 – b⁴P_3/2	4729.39
4732.07	357	Fe II (43)	a⁶S_5/2 – z⁴D_7/2	4732.78
4734.48	229	[Fe III] (3F)	3d⁶⁵D₂ – 3d⁶³F2₂	4735.23	Not in 98
4737.91	27	Unidentified			Not in 98
4746.11	66	[Fe II] (20F)	a⁴F_9/2 – b⁴F_5/2	4746.81
4747.86	180	[Co II]	a³F₃ – a³G₄	4748.57
4755.32	401	[Fe III] (3F)	3d⁶⁵D₃ – 3d⁶³F2₄	4756.02	rd sh, Not in 98
4770.04	248	[Fe III] (3F)	3d⁶⁵D₂ – 3d⁶³F2₃	4770.76	rd sh, Not in 98
4772.65	114	[Fe II] (4F)	a⁶D_3/2 – b⁴P_3/2	4773.40
4775.33	907	[Fe II] (20F)	a⁴F_9/2 – b⁴F_7/2	4776.05
4778.26	84	[Fe III] (3F)	3d⁶⁵D₁ – 3d⁶³F2₂	4779.02	Not in 98
4780.55	18	Ti II (92)	b²P_1/2 – z²S_1/2	4781.32
		[Fe II] (5F)	a⁶D_5/2 – a⁴H_9/2	4781.50
4798.89	348	[Fe II] (4F)	a⁶D_1/2 – b⁴P_3/2	4799.62
4802.97	192	[Co II]	a³F₂ – a³G₃	4803.70
4805.67	45	Ti II (92)	b²P_3/2 – z²S_1/2	4806.43
4813.04	29	Cr II (30)	a⁴F_7/2 – z⁴F_9/2	4813.68
4815.17	3407	[Fe II] (20F)	a⁴F_9/2 – b⁴F_9/2	4815.88	rd sh
4824.80	344	Cr II (30)	a⁴F_9/2 – z⁴F_9/2	4825.47
4826.41	81	Fe II (30)	a⁴H_13/2 – z⁶F_11/2	4827.08
4833.80	93	Fe II (30)	a⁴H_11/2 – z⁶F_9/2	4834.55
4836.73	52	Cr II (30)	a⁴F_5/2 – z⁴F_7/2	4837.58
4840.60	19	Fe II (30)	a⁴H_9/2 – z⁶F_7/2	4841.35
4848.87	229	Cr II (30)	a⁴F_7/2 – z⁴F_7/2	4849.59
4853.24	161	[Fe II] (20F)	a⁴F_7/2 – b⁴F_3/2	4854.08
4855–70		Hβ		4862.68	rd sh
4871.74	71	Fe II (25)	b⁴P_3/2 – z⁶F_5/2	4872.64
		[V II] (8F)	a⁵D₀ – b³D₁	4872.79
4875.12	1029	[Fe II] (20F)	a⁴F_7/2 – b⁴F_5/2	4875.85
4877.07	96	Cr II (30)	a⁴F_3/2 – z⁴F_3/2	4877.76
		Cr II (30)	a⁴F_7/2 – z⁴F_5/2	4877.83
4879.37	33	Unidentified
4882.3	47	[Fe III] (2F)	3d⁶⁵D₄ – 3d⁶³H₄	4882.36	Not in 98
4885.13	17	Cr II (30)	a⁴F_5/2 – z⁴F_3/2	4885.97
4890.27	3202	[Fe II] (4F)	a⁶D_7/2 – b⁴P_5/2	4890.98
		[Fe II] (3F)	a⁶D_3/2 – a²D2_3/2	4891.07
4894.45?	41	Fe II (35)	b⁴F_7/2 – z⁶P_5/2	4895.19	Not in 98
4896.8 ?	16	Cr II (190)	d²G_7/2 – x²G_9/2	4897.42
4899.25	561	[Fe II]	a²G_9/2 – b²D_5/2	4899.97
		[V II] (8F)	a⁵D₃ – b³D₂	4900.01
4900.6 ?	29	[Fe IV]	3d⁵⁴G_9/2 – 3d⁵⁴F_7/2	4901.3	Not in 98
4902.11	39	[Mn II]	a⁵S₂ – a³P₂	4902.80	?id
		Cr II (190)	d²G_9/2 – x²G_9/2	4902.99
4903.79	29	[Fe IV]	3d⁵⁴G_7/2 – 3d⁵⁴F_7/2	4904.4	Not in 98
4905.99	1608	[Fe II] (20F)	a⁴F_7/2 – b⁴F_7/2	4906.71
4907.2	75	[Fe IV]	3d⁵⁴G_11/2 – 3d⁵⁴F_9/2	4907.9	Not in 98
4911.88	32	Ti II (114)	c²D_5/2 – y²P_3/2	4912.56
4912.95?	11	Cr II (190)	d²G_7/2 – x²G_7/2	4913.83
4915.53	12	N I (9)	3s ²P_1/2 – 4p ²S_1/2	4916.31
4917.47	50	[Ti II] (23F)	a²F_5/2 – c²D_3/2	4918.25
4922.52	333	He I (48)	2p ¹P₁ – 4d ¹D₂	4923.30	Not in 98
4924.55	4490	Fe II (42)	a⁶S_5/2 – z⁶P_3/2	4925.30	bl rd sh
4931.12	275	[Fe III] (1F)	3d⁶⁵D₁ – 3d⁶³P2₀	4931.91	rd sh, Not in 98
4935.63	63	N I (9)	3s ²P_3/2 – 4p ²S_1/2	4936.49
4941.9	23	Cr II (36)	a²D_5/2 – z⁴F_3/2	4942.36	Not in 98 id?
4945.68	7	Fe II	(⁵D)4d e⁶F_3/2 – (⁵D₂)4f ²[1]_1/2	4946.44	?E_u
4948.04	495	[Fe II] (20F)	a⁴F_7/2 – b⁴F_9/2	4948.75
4951.40	702	[Fe II] (20F)	a⁴F_5/2 – b⁴F_3/2	4952.12
4954.00	14	Unidentified
4956.82	19	Unidentified			Not in 98
4958.97	42	[Fe II] (4F)	a⁶D_5/2 – b⁴P_5/2	4959.60
4966.44	69	[Fe II] (3F)	a⁶D_7/2 – a²D2_5/2	4967.17
4967.1	24	[Mn II]	a⁵D₂ – b³G₄	4967.82	?id
4970.0?	10	Fe II	(⁵D)4d e⁶F_1/2 – (⁵D₂)4f ²[1]_1/2	4970.75	?E_u
4974.05	838	[Fe II] (20F)	a⁴F_5/2 – b⁴F_5/2	4974.78
4977.59	31	Fe II	(⁵D)4d e⁶F_1/2 – (⁵D₂)4f ²[2]_3/2	4978.42	?E_u
4980.6	14	Unidentified
4983.7	19	Unidentified
4985.19	46	Fe II	(⁵D)4d ⁶D_3/2 – (⁵D₀)4f ²[3]_5/2	4985.97	?E_u
4988.07	18	[Fe III]	3d⁶⁵D₃ – 3d⁶³H₄	4988.60	Not in 98 id?
		N II (24)	3p ³S₁ – 3d ³P₀	4988.77
4991.2	28	Fe II	(⁵D)4d e⁶F_5/2 – (⁵D₃)4f ²[4]_7/2	4991.90	?E_u
4991.75	41	Fe II (25)	b⁴P_1/2 – z⁶F_1/2	4992.52
4994.05	86	Fe II (36)	b⁴F_9/2 – z⁶P_7/2	4994.75
4995.0	16	N II (24)	3p ³S₁ – 3d ³P₁	4995.76
4997.14?	2	Ti II (71)	b²D_5/2 – z⁴D_7/2	4997.76	Not in 99 id?
5001.73	172	Fe II (25)	b⁴P_1/2 – z⁶F_3/2	5002.14
		N II (19)	3p ³D₁ – 3d ³F₂	5002.53
		N II (19)	3p ³D₂ – 3d ³F₃	5002.87
5006.17	630	[Fe II] (20F)	a⁴F_5/2 – b⁴F_7/2	5006.91
5007.26	466	[Fe II] (4F)	a⁶D_3/2 – b⁴P_5/2	5008.02
5009.64	126	Fe II	(⁵D)4d e⁶F_3/2 – (⁵D₃)4f ²[0]_1/2	5010.42	Not in 99 E_u?
5011.89	583	[Fe III] (1F)	3d⁶⁵D₂ – 3d⁶³P2₁	5012.66	Not in 98
5016.23	1196	He I (4)	2s ¹S₀ – 3p ¹P₁	5017.08	Not in 98
5019.05	6600	Fe II (42)	a⁶S_5/2 – z⁶P_5/2	5019.84	bl rd sh
5020.92	796	[Fe II] (20F)	a⁴F_3/2 – b⁴F_3/2	5021.63
5023.10	19	Fe II	(⁵D)4d e⁶F_3/2 – (⁵D₃)4f ²[3]_5/2	5023.82	?E_u
5027.40	14	Fe II	(⁵D)4d e⁶F_7/2 – (⁵D₄)4f ²[2]_5/2	5028.21	?E_u
5028.33	15	[Fe II]	a²G_7/2 – b²D_5/2	5029.28
5031.32	62	Fe II	(⁵D)4d e⁶F_9/2 – (⁵D₄)4f ²[5]_9/2	5032.03	?E_u
5033.11	32	[Fe IV]	3d⁵⁴G_5/2 – 3d⁵²F2_5/2	5033.8	Not in 98
		[Fe III]	3d⁶⁵D₃ – 3d⁶³H₅	5034.08	?id
		Fe II	(⁵D)4d ⁶D_5/2 – (⁵D₂)4f ²[3]_7/2	5034.11	?E_u
5034.10	64	[Fe IV]	3d⁵⁴G_7/2 – 3d⁵²F2_5/2	5035.0	Not in 98
5036.12	43	[Fe II] (4F)	a⁶D_1/2 – b⁴P_5/2	5036.89
		Fe II	(⁵D)4d e⁶F_9/2 – (⁵D₄)4f ²[5]_11/2	5037.11	?E_u
5037.50	20	Fe II (36)	b⁴F_7/2 – z⁶P_7/2	5038.32
		[Fe II] (3F)	a⁶D_5/2 – a²D2_5/2	5037.97
		Fe II	(⁵D)4d ⁶D_5/2 – (⁵D₂)4f ²[2]_5/2	5038.12	?E_u
5041.67	156	Si II (5)	4p ²P_1/2 – 4d ²D_3/2	5042.43
5044.19	418	[Fe II] (20F)	a⁴F_3/2 – b⁴F_5/2	5044.93
5045.59	57	N II (4)	3s ³P₂ – 3p ³S₁	5046.51
		Fe II	(⁵D)4d e⁶F_7/2 – (⁵D₄)4f ²[3]_5/2	5046.52	?E_u
5048.73	326	He I (47)	2p ¹P₁ – 4s ¹S₀	5049.15
		[Ti II] (19F)	b⁴F_7/2 – b²F_7/2	5049.40
		[Fe II]	a²P_3/2 – c²D_5/2	5049.60
5056.64	214	Si II (5)	4p ²P_3/2 – 4d ²D_5/2	5057.39
		Si II (5)	4p ²P_3/2 – 4d ²D_3/2	5057.73
5060.78	339	[Fe II]	a²G_7/2 – b²D_3/2	5061.49
5062.28	41	Fe II	(⁵D)4d e⁶F_7/2 – (⁵D₄)4f ²[4]_7/2	5063.13	?E_u
5065.90	18	Fe II	(⁵D)4d ⁶D_1/2 – (⁵D₁)4f ²[2]_3/2	5066.51	?E_u
5066.92	5	Unidentified
5068.57	41	Fe II	(⁵D)4d e⁶F_5/2 – (⁵D₄)4f ²[2]_3/2	5069.31	?E_u
5071.49	53	Fe II	(⁵D)4d e⁶F_7/2 – (⁵D₄)4f ²[5]_9/2	5072.31	?E_u
5073.10	270	[Fe II] (19F)	a⁴F_9/2 – a⁴H_9/2	5073.81
5074.81	7	Fe II (205)	d²F_7/2 – x²D_5/2	5075.47
5075.81	10	Unidentified
5076.48	14	Fe II	(⁵D)4d ⁶P_5/2 – (⁵D₀)4f ²[3]_7/2	5077.18	?E_u
5077.63	8	Unidentified
5079.09	8	Fe II	(⁵D)4d ⁶D_3/2 – (⁵D₂)4f ²[1]_1/2	5079.71	?E_u
5080.30	10	Unidentified
5081.54	5	[Ti II] (19F)	b⁴F_9/2 – b²F_7/2	5082.38	Not in 99
5082.89	19	Fe II	(⁵D)4d ⁶D_7/2 – (⁵D₃)4f ²[3]_7/2	5083.32	?E_u
		Fe II	(⁵D)4d ⁶D_3/2 – (⁵D₂)4f ²[2]_5/2	5083.65	?E_u
5084.51	59	[Fe II] (35F)	a⁴D_7/2 – a²F_5/2	5085.15
5085.44	130	[Fe III] (1F)	3d⁶⁵D₀ – 3d⁶³P2₁	5086.19	Not in 98
5087.7	12	Fe II	(⁵D)4d ⁶D_3/2 – (⁵D₂)4f ²[2]_3/2	5087.72	?E_u
		[Fe II] (3F)	a⁶D_3/2 – a²D2_5/2	5087.93
		Fe II	a²F_7/2 – z⁴P_5/2	5088.41	?id
5089.93	60	Fe II	(⁵D)4d e⁶F_5/2 – (⁵D₄)4f ²[3]_5/2	5090.63	?E_u
5094.10	37	Fe II (205)	d²F_5/2 – x²D_3/2	5094.88
		Fe II	(⁵D)4d ⁶D_7/2 – (⁵D₃)4f ²[4]_7/2	5095.00	?E_u
		Fe II	(⁵D)4d ⁶D_9/2 – (⁵D₃)4f ²[5]_9/2	5095.00	?E_u
5098.03	34	Fe II	(⁵D)4d ⁶D_7/2 – (⁵D₃)4f ²[4]_9/2	5098.69	?E_u
		Cr II (24)	b⁴P_1/2 – z⁶D_3/2	5098.73
5101.30	181	Fe II (35)	b⁴F_9/2 – z⁶F_7/2	5102.09
5102.86	11	Unidentified
5104.22	9	Unidentified			Not in 98
5104.99	9	N II (34)	3p ¹S₀ – 4s ¹P₁	5105.87	Not in 98
		Cr II (38)	a²F_7/2 – z⁴F_9/2	5105.42
5106.8	31	Fe II	(⁵D)4d ⁶D_5/2 – (⁵D₃)4f ²[2]_3/2	5107.52	?E_u
		Fe II	(⁵D)4d e⁶F_5/2 – (⁵D₄)4f ²[4]_7/2	5107.53	?E_u
5108.55	538	[Fe II] (18F)	a⁴F_5/2 – b⁴P_1/2	5109.37
5112.24	1250	[Fe II] (19F)	a⁴F_9/2 – a⁴H_11/2	5113.05	rd sh
5114.83	28	[Co II]	a¹D₂ – b¹D₂	5115.60
5117.7	25	[Fe III]	3d⁶³F2₄ – 3d⁵4s ⁵S₂	5118.32	Not in 98 id?
		Fe II	(⁵D)4d ⁶D_1/2 – (⁵D₂)4f ²[1]_3/2	5118.46	?E_u
5120.96	42	Fe II (35)	b⁴F_7/2 – z⁶F_5/2	5121.78
5128.42	5	Fe II (167)	c²F_5/2 – z²F_5/2	5129.29	Not in 99
5129.74	39	Ti II (86)	b²G_9/2 – z²G_9/2	5130.58
5133.34	250	Fe II (35)	b⁴F_9/2 – z⁶F_9/2	5134.10
5137.48	72	Fe II (35)	b⁴F_5/2 – z⁶F_3/2	5138.23
5141.06	15	Fe II	(⁵D)4d ⁶D_3/2 – (⁵D₃)4f ²[1]_1/2	5142.12	?E_u; ?wl
5141.86	13	Fe II	(⁵D)4d ⁶P_3/2 – (⁵D₁)4f ²[2]_3/2	5142.80	?E_u; ?wl
5144.91	36	Fe II	(⁵D)4d ⁶P_7/2 – (⁵D₂)4f ²[5]_9/2	5145.31	?E_u
		Fe II	(⁵D)4d ⁶P_3/2 – (⁵D₁)4f ²[2]_5/2	5145.79	?E_u
		Cr II (38)	a²F_7/2 – z⁴F_7/2	5145.83
5146.74	192	Fe II (35)	b⁴F_7/2 – z⁶F_7/2	5147.56
5149.58	22	Fe II	(⁵D)4d ⁶D_3/2 – (⁵D₃)4f ²[2]_5/2	5150.34	?E_u
		Fe II	(⁵D)4d ⁶P_7/2 – (⁵D₂)4f ²[4]_9/2	5150.90	?E_u
5151.56	29	Fe II (35)	b⁴F_3/2 – z⁶F_1/2	5152.38
5154.1	15	Cr II (23)	b⁴P_3/2 – z⁴P_5/2	5154.93
5154.97	43	Fe II (35)	b⁴F_5/2 – z⁶F_5/2	5155.84
5158.7	1385	[Fe II] (18F)	a⁴F_7/2 – b⁴P_3/2	5159.44
5159.44	6749	[Fe II] (19F)	a⁴F_9/2 – a⁴H_13/2	5160.21
5161.8	19	Fe II (35)	b⁴F_3/2 – z⁶F_3/2	5162.62
5164.60	995	[Fe II] (35F)	a⁴D_7/2 – a²F_7/2	5165.39
5169.65	4575	Fe II (42)	a⁶S_5/2 – z⁶P_7/2	5170.47	bl rd sh
5172.38	58	Fe II (35)	b⁴F_9/2 – z⁶F_11/2	5173.08
5173.17	45	[Fe II]	a²P_1/2 – c²D_3/2	5173.91
		Mg I (2)	3p ³P₁ – 4s ³S₁	5174.12	?id
5181.02	44	Fe II	(⁵D)4d ⁶D_5/2 – (⁵D₄)4f ²[1]_3/2	5181.76	?E_u
		Fe II (35)	b⁴F_5/2 – z⁶F_7/2	5181.97
5182.61	781	[Fe II] (18F)	a⁴F_3/2 – b⁴P_1/2	5183.39
5185.45	136	[Fe II] (19F)	a⁴F_7/2 – a⁴H_7/2	5186.23
5186.56	88	Ti II (86)	b²G_7/2 – z²G_7/2	5187.36
		[Fe II]	a²P_1/2 – c²D_5/2	5187.42
5189.31	79	Ti II (70)	b²D_5/2 – z²D_5/2	5190.12
5192.23	57	[Ar III] (3F)	3p⁴¹D₂ – 3p⁴¹S₀	5193.26	Not in 98
5195.77	62	Fe II	(⁵D)4d ⁶P_3/2 – (⁵D₂)4f ²[1]_3/2	5196.34	?wl; ?E_u
5198.23	2742	Fe II (49)	a⁴G_5/2 – z⁴F_3/2	5199.02
5199.82	327	[Fe II] (35F)	a⁴D_5/2 – a²F_5/2	5200.62
5204.45	51	Fe II	(⁵D)4d ⁶D_5/2 – (⁵D₄)4f ²[2]_5/2	5205.09	?E_u
5211.51	20	Cr II (38)	a²F_5/2 – z⁴F_7/2	5212.28
		Cr II (24)	b⁴P_3/2 – z⁶D_1/2	5212.32
5212.22	16	Ti II (103)	b²F_7/2 – y²F_7/2	5212.99
5213.7	10	Cr II (38)	b²F_7/2 – z⁴D_7/2	5214.59
5216.55	26	Fe II	(⁵D)4d ⁶D_9/2 – (⁵D₄)4f ²[6]_11/2	5217.30	?E_u
		V II (55)	a³D₃ – z⁵D₃	5217.38
		[V II] (6F)	a⁵D₀ – b³P₁	5217.50
5217.48	22	Fe II	(⁵D)4d e⁶G_7/2 – (⁵D₁)4f ²[4]_9/2	5218.31	?E_u
		Fe II	(⁵D)4d e⁶G_9/2 – (⁵D₂)4f ²[5]_11/2	5218.32	?E_u
5219.5	32	Fe II	(⁵D)4d ⁶D_9/2 – (⁵D₄)4f ²[4]_9/2	5220.29	?E_u
5220.74	1166	[Fe II] (19F)	a⁴F_7/2 – a⁴H_9/2	5221.51
5223.87	13	Fe II	(⁵D)4d ⁶D_5/2 – (⁵D₄)4f ²[3]_5/2	5224.71	?E_u
5227.2	90	Ti II (70)	b²D_3/2 – z²D_3/2	5228.00
5227.93	74	Fe II	(⁵D)4d e⁶G_5/2 – (⁵D₁)4f ²[3]_7/2	5228.78	?E_u
5235.28	3034	Fe II (49)	a⁴G_7/2 – z⁴F_5/2	5236.08	bl rd sh
5238.03	170	Cr II (43)	b⁴F_9/2 – z⁴F_9/2	5238.79
5244.16	11	Cr II (38)	a²F_5/2 – z⁴F_5/2	5244.92
5245.90?	7	[V II] (6F)	a⁵D₂ – b³P₁	5246.69	Not in 98
5247.50	13	Cr II (23)	b⁴P_1/2 – z⁴P_3/2	5248.23
5248.58	4	[Cr II] (13F)	a⁶D_3/2 – a⁴F_3/2	5249.24
		Fe II	(⁵D)4d e⁶G_3/2 – (⁵D₁)4f ²[3]_5/2	5249.41	?E_u
5250.05	25	Cr II (24)	b⁴P_3/2 – z⁶D_5/2	5250.90
		Fe II	(⁵D)4d ⁶D_3/2 – (⁵D₄)4f ²[2]_3/2	5250.80	?E_u
5251.9	42	Fe II	(⁵D)4d e⁶G_5/2 – (⁵D₁)4f ²[4]_7/2	5252.69	?E_u
5255.57	366	Fe II (49)	a⁴G_5/2 – z⁴F_5/2	5256.39
5257.57	104	Fe II (41)	a⁶S_5/2 – z⁶F_5/2	5258.40
		Fe II	(⁵D)4d f⁴D_7/2 – (⁵D₂)4f ²[5]_9/2	5258.58	?E_u
5262.26	4234	[Fe II] (19F)	a⁴F_7/2 – a⁴H_11/2	5263.08
5265.46	214	Fe II (48)	a⁴G_5/2 – z⁴D_3/2	5266.28
5269.52	1361	[Fe II] (18F)	a⁴F_5/2 – b⁴P_3/2	5270.34
5271.10	1237	[Fe III] (1F)	3d⁶⁵D₃ – 3d⁶³P2₂	5271.87	Not in 98
5273.99	4042	[Fe II] (18F)	a⁴F_9/2 – b⁴P_5/2	5274.81
5276.60	4409	Fe II (49)	a⁴G_9/2 – z⁴F_7/2	5277.47
5278.98	176	[Fe II] (35F)	a⁴D_3/2 – a²F_5/2	5279.84
5280.69	78	Cr II (43)	b⁴F_9/2 – z⁴F_7/2	5281.35
		Cr II (43)	b⁴F_5/2 – z⁴F_7/2	5281.52
5283.77	285	[Fe II] (35F)	a⁴D_5/2 – a²F_7/2	5284.58
5284.74	1307	Fe II (41)	a⁶S_5/2 – z⁶F_7/2	5285.58
5289.09	38	Unidentified			Not in 98
5297.46	959	[Fe II] (19F)	a⁴F_5/2 – a⁴H_7/2	5298.30
5299.77	53	[Fe II]	a²P_3/2 – a²S_1/2	5300.35
		[Cr II]	a⁶D_7/2 – a⁴F_7/2	5300.90
5306.59	74	Cr II (23)	b⁴P_5/2 – z⁴P_5/2	5307.33
		Fe II	(⁵D)4d f⁴D_5/2 – (⁵D₂)4f ²[4]_7/2	5307.66	?E_u
5309.00	46	Cr II (43)	b⁴F_7/2 – z⁴F_5/2	5309.88
5311.2	11	Fe II	(⁵D)4d e⁶G_9/2 – (⁵D₃)4f ²[5]_9/2	5312.11	?E_u
		Cr II (43)	b⁴F_3/2 – z⁴F_5/2	5312.16
5314.28	188	Cr II (43)	b⁴F_5/2 – z⁴F_5/2	5315.04
5317.23	8598	Fe II (49)	a⁴G_11/2 – z⁴F_9/2	5318.09	rd sh
		Fe II (48)	a⁴G_7/2 – z⁴D_5/2	5318.26
5326.18	420	Fe II (49)	a⁴G_7/2 – z⁴F_7/2	5327.03
5334.32	3175	[Fe II] (19F)	a⁴F_5/2 – a⁴H_9/2	5335.13	rd sh
5337.37	42	Ti II (69)	b²D_5/2 – z²F_7/2	5338.26
5338.36	124	Fe II (48)	a⁴G_5/2 – z⁴D_5/2	5339.22
		Cr II (43)	b⁴F_5/2 – z⁴F_3/2	5339.26
5340.19	110	[Cr II]	a⁶D_9/2 – a⁴F_9/2	5341.05
5348.36	406	[Fe II] (18F)	a⁴F_3/2 – b⁴P_3/2	5349.14	rd sh
5359.81	32	Fe II	(⁵D)4d f⁴D_7/2 – (⁵D₃)4f ²[4]_7/2	5360.37	?E_u
		Fe II	(⁵D)4d e⁶G_7/2 – (⁵D₃)4f ²[3]_5/2	5360.74	?E_u
5363.54	1296	Fe II (48)	a⁴G_9/2 – z⁴D_7/2	5364.36
5367.34	20	Unidentified
5377.17	2559	[Fe II] (19F)	a⁴F_3/2 – a⁴H_7/2	5377.95	rd sh
5384.1	30	Unidentified
5386.91	33	[Cr II]	a⁶D_7/2 – b⁴P_5/2	5387.76
5392.10	28	Unidentified
5395.34	86	[Mn II] (9F)	a⁵D₄ – b⁵D₃	5396.27
5398.65	24	Fe II	(⁵D)4d f⁴D_5/2 – (⁵D₃)4f ²[2]_3/2	5399.44	?E_u
5400.30	48	Fe II	(⁵D)4d f⁴D_5/2 – (⁵D₃)4f ²[3]_7/2	5401.06	?E_u
5405.70	14	Unidentified
5408.44	27	Cr II (24)	b⁴P_5/2 – z⁶D_5/2	5409.11
5409.8	20	Fe II (184)	d²D1_5/2 – x⁴F_5/2	5410.31
		Cr II (29)	a⁴F_3/2 – z⁶D_3/2	5410.77
5413.40	1394	[Fe II] (17F)	a⁴F_5/2 – a²D2_3/2	5414.16	rd sh
5414.80	203	Fe II (48)	a⁴G_7/2 – z⁴D_7/2	5415.58
5415.66	107	[Mn II] (9F)	a⁵D₄ – b⁵D₄	5416.53
5419.33	18	Ti II (69)	b²D_5/2 – z²F_5/2	5420.26
5421.65	37	Cr II (23)	b⁴P_3/2 – z⁴P_1/2	5422.43
5425.94	547	Fe II (49)	a⁴G_9/2 – z⁴F_9/2	5426.76
5428.5	61	Fe II	b⁴G_11/2 – w⁴F_9/2	5429.33
5430.56	13	Fe II	(⁵D)4d e⁴G_7/2 – (⁵D₁)4f ²[4]_9/2	5431.50	Not in 99 E_u?
5433.80	1466	[Fe II] (18F)	a⁴F_7/2 – b⁴P_5/2	5434.64	rd sh
5443.3	11	Fe II	(⁵D)4d f⁴D_3/2 – (⁵D₃)4f ²[1]_3/2	5443.86	?E_u
		[Cr II] (12F)	a⁶D_9/2 – b⁴P_5/2	5444.25
		Fe II	b⁴G_7/2 – w⁴F_9/2	5444.42
5446.47	25	Fe II	(⁵D)4d f⁴D_3/2 – (⁵D₃)4f ²[2]_5/2	5447.32	?E_u
		Fe II (52)	b²P_1/2 – z⁴F_3/2	5447.50
5452.5	21	N II (29)	3p ³P₀ – 3d ³P₁	5453.58
		[Fe II]	a⁴P_5/2 – b²F_5/2	5453.33
		[Fe II]	a²P_1/2 – a²S_1/2	5452.40
		[Fe III]	3d⁶³G₅ – 3d⁶¹F₃	5453.13	?id
5454.85	11	N II (29)	3p ³P₁ – 3d ³P₀	5455.73	Not in 98
5458.38	53	[V II] (5F)	a⁵D₁ – a³D₃	5459.16
		Fe II	(⁵D)4d ⁴S_3/2 – (⁵D₀)4f ²[3]_5/2	5459.25	?E_u
5466.63	36	Fe II	(⁵D)4d e⁴G_5/2 – (⁵D₁)4f ²[3]_7/2	5467.45	?E_u
5471.44	180	[Co II]	a⁵F₅ – a³G₅	5472.24
5474.02	101	[Mn II] (9F)	a⁵D₃ – b⁵D₂	5474.87
		[Mn II] (9F)	a⁵D₃ – b⁵D₃	5475.44
5477.98	533	[Fe II] (34F)	a⁴D_3/2 – b²P_1/2	5478.76
		Cr II (50)	b⁴G_5/2 – z⁴F_5/2	5479.00
		Fe II (49)	a⁴G_7/2 – z⁴F_9/2	5479.19
5478.8	37	Cr II (50)	b⁴G_11/2 – z⁴F_9/2	5479.89
5480.84	3	N II (29)	3p ³P₂ – 3d ³P₁	5481.57
		[Mn II] (9F)	a⁵D₃ – b⁵D₁	5481.60
5482.93	26	Fe II	(⁵D)4d e⁴G_9/2 – (⁵D₃)4f ²[6]_11/2	5483.83	?E_u
5484.72	24	Unidentified
5485.43	24	Unidentified
5488.23	20	Fe II	(⁵D)4d e⁴G_7/2 – (⁵D₂)4f ²[4]_9/2	5489.14	?E_u
5493.07	49	Fe II	(⁵D)4d e⁴G_5/2 – (⁵D₁)4f ²[4]_7/2	5489.14	?E_u
		Fe II	(⁵D)4d f⁴D_7/2 – (⁵D₄)4f ²[4]_7/2	5493.92	?E_u
5494.64	22	Fe II	(⁵D)4d f⁴D_7/2 – (⁵D₄)4f ²[4]_9/2	5495.36	?E_u
5495.52	59	[Mn II] (9F)	a⁵D₃ – b⁵D₄	5496.30
5496.56	676	[Fe II] (17F)	a⁴F_3/2 – a²D2_3/2	5497.35
5499.3	22	Fe II	(⁵D)4d ⁶S_5/2 – (⁵D₂)4f ²[3]_7/2	5500.10	?E_u
5502.67	26	Cr II (50)	b⁴G_9/2 – z⁴F_7/2	5503.60
5504.0	32	Cr II (50)	b⁴G_5/2 – z⁴F_3/2	5504.74
		Fe II	(⁵D)4d f⁴D_7/2 – (⁵D₄)4f ²[5]_9/2	5504.74	?E_u
		Fe II	(⁵D)4d ⁶S_5/2 – (⁵D₂)4f ²[2]_5/2	5504.89	?E_u
5505.95	42	Fe II	y⁴D_7/2 – e⁴D_5/2	5506.78	Lyα sec.
		[Cr II] (12F)	a⁶D_5/2 – b⁴P_3/2	5506.72
5507.78	20	Fe II	(⁵D)4d f⁴D_5/2 – (⁵D₄)4f ²[2]_5/2	5508.60	?E_u
5509.09	16	Cr II (50)	b⁴G_7/2 – z⁴F_5/2	5510.14	?wl
5511.5	19	Cr II (23)	b⁴P_5/2 – z⁴P_3/2	5512.23
		Fe II	(⁵D)4d e⁴G_9/2 – (⁵D₄)4f ²[5]_11/2	5512.31	?E_u
5516.78	33	[Cr II]	a⁶D_3/2 – a⁴H_7/2	5517.48
5519.04?	25	[Mn II]	a⁵S₂ – a⁵G₂	5519.89	Not in 98 id?
		[Mn II]	a⁵S₂ – a⁵G₃	5520.12	?id
5520.71?	20	Fe II (52)	b²P_1/2 – z⁴D_3/2	5521.38	?id
		[Mn II]	a⁵S₂ – a⁵G₄	5521.63	?id
		Fe II	z⁶F_5/2 – c⁴D_5/2	5521.67	4p-4s
5522.10?	14	Fe II	z⁶F_5/2 – c⁴D_3/2	5522.97	4p-4s
5524.02?	9	[Fe II] (33F)	a⁴D_7/2 – a⁴G_5/2	5524.82
5524.89?	13	Fe II	(⁵D)4d e⁶G_5/2 – (⁵D₄)4f ²[3]_7/2	5525.67	?E_u
5525.72	47	Fe II (56)	b²H_9/2 – z⁴D_7/2	5526.66
5528.07	2717	[Fe II] (17F)	a⁴F_7/2 – a²D2_5/2	5528.87	rd sh
		[Fe II] (34F)	a⁴D_1/2 – b²P_1/2	5529.14
5531.26	47	[Mn II] (9F)	a⁵D₂ – b⁵D₃	5532.20
5535.52	1405	Fe II (55)	b²H_11/2 – z⁴F_9/2	5536.38
5537.63	7	[Mn II] (9F)	a⁵D₂ – b⁵D₁	5538.49	Not in 99
5539.56	36	Unidentified
5541.09	16	Fe II	z⁶F_3/2 – c⁴D_5/2	5542.02	4p-4s
5543.1 ?	20	[Mn II] (9F)	a⁵D₂ – b⁵D₀	5544.12
5552.06	349	[Fe II] (39F)	a⁴P_5/2 – b⁴D_7/2	5552.85
5557.03	245	[Fe II] (18F)	a⁴F_5/2 – b⁴P_5/2	5557.83
5560.82	7	[Co II]	a⁵F₄ – a³G₄	5561.59
		N I (25)	3p ⁴D_7/2 – 5d ⁴F_9/2	5561.88
5565.04	40	N I (25)	3p ⁴D_5/2 – 5d ⁴F_7/2	5565.81
		N I (25)	3p ⁴D_3/2 – 5d ⁴F_5/2	5565.81
5568.48	47	[Mn II] (9F)	a⁵D₁ – b⁵D₃	5569.17
		Fe II	b⁴G_7/2 – w⁴F_5/2	5569.39
5574.44	39	[V II] (14F)	a⁵F₂ – b³D₃	5575.40	?id
		Fe II	z⁶F_5/2 – c⁴D_7/2	5575.53	4p-4s
		[Mn II] (9F)	a⁵D₁ – b⁵D₁	5575.54
5578.75	29	Fe II	(⁵D)4d e⁴G_7/2 – (⁵D₃)4f ²[3]_7/2	5579.46	Not in 98 E_u?
5581.65	241	[Fe II] (39F)	a⁴P_5/2 – b⁴D_5/2	5582.37
5583.45	15	[Fe II]	a⁴P_1/2 – b²F_5/2	5584.41
5585.9	12	[Mn II] (9F)	a⁵D₀ – b⁵D₂	5586.83
5588.0	54	[Fe II] (39F)	a⁴P_5/2 – b⁴D_1/2	5588.45
		[Fe II]	a²P_3/2 – b²D_5/2	5589.06
5588.97	155	[Fe II] (39F)	a⁴P_5/2 – b⁴D_3/2	5589.71
5590.87	13	[Cr II]	a⁴G_5/2 – c⁴D_1/2	5691.54
5592.20	27	Fe II (55)	b²H_9/2 – z⁴F_9/2	5592.92
5600.12	47	[Co II]	a⁵F₃ – a³G₃	5601.05
5613.96	182	[Fe II] (39F)	a⁴P_3/2 – b⁴D_7/2	5614.83
5618.24?	13	[Cr II]	a⁴G_7/2 – c⁴D_5/2	5618.92	Not in 99
		[Cr II]	a⁴G_9/2 – c⁴D_5/2	5619.31
5621.4 ?		Cr II (189)	d²G_9/2 – y²G_9/2	5622.19
		Fe II	z⁶P_7/2 – c⁴D_5/2	5622.06	?id; 4p-4s
5628.11	162	[Fe II]	a²P_3/2 – b²D_3/2	5628.81
5630.71	57	[Cr II]	a⁴G_5/2 – c⁴D_7/2	5631.41
		[Cr II]	a⁴G_11/2 – c⁴D_5/2	5631.43
5644.62	77	[Fe II] (18F)	a⁴F_3/2 – b⁴P_5/2	5645.53
		Fe II	y⁴D_7/2 – e⁴D_7/2	5645.44	Lyα sec.
5650.5	147	[Fe II] (39F)	a⁴P_3/2 – b⁴D_1/2	5651.23
5651.6	104	[Fe II] (39F)	a⁴P_3/2 – b⁴D_3/2	5652.51
5655.58	345	[Fe II] (17F)	a⁴F_5/2 – a²D2_5/2	5656.42
5658.54	72	Fe II (57)	a²F_5/2 – z⁴F_3/2	5659.51
5660.58	9	[Fe II] (33F)	a⁴D_5/2 – a⁴G_5/2	5661.40	Not in 98
5564.64	16	Unidentified			Not in 98
5667.13	64	N II (3)	3s ³P₁ – 3p ³D₂	5668.20	Not in 98
5673.92	532	[Fe II]	a²G_9/2 – c²G_9/2	5674.78
5676.52	27	N II (3)	3s ³P₀ – 3p ³D₁	5677.59	Not in 98
5680.15	91	N II (3)	3s ³P₂ – 3p ³D₃	5681.13	Not in 98
5682.22	34	[Co II]	a⁵F₄ – a³G₅	5683.23
5686.65	30	N II (3)	3s ³P₁ – 3p ³D₁	5687.79	?wl
5696.93	24	Fe II (18)	a²D2_3/2 – z⁶D_5/2	5697.71
5704.23	15	[Ni II] (14F)	a²F_5/2 – z²G_7/2	5705.17
5711.55	70	N II (3)	3s ³P₂ – 3p ³D₂	5712.35	Not in 98
5718.86	145	[Fe II] (39F)	a⁴P_1/2 – b⁴D_5/2	5719.80
5722.33?	11	[Fe II] (33F)	a⁴D_7/2 – a⁴G_9/2	5722.96	Not in 98
5726.30	85	[Fe II] (39F)	a⁴P_1/2 – b⁴D_3/2	5727.50	?wl
		Fe II (57)	a²F_5/2 – z⁴F_5/2	5727.55	?wl
5730.31	80	[Co II]	a⁵F₃ – a³G₄	5731.10
5733.40	26	Fe II (57)	a²F_7/2 – z⁴F_7/2	5734.31
5747.60	1138	[Fe II] (34F)	a⁴D_5/2 – b²P_3/2	5748.56
5755.10	11290	[N II] (3F)	2p²¹D₂ – 2p²¹S₀	5756.19
5759.77	601	[N II] (3F)	2p²¹D₂ – 2p²¹S₀	5756.19	rd sh, Not in 98
5768.22	28	[Fe II]	b⁴P_5/2 – c²D_5/2	5769.14
5792.42	33	Cr II	z⁴P_1/2 – d⁴P_3/2	5793.40	4p-4s
5795.77	49	Cr II	z⁴P_3/2 – d⁴P_5/2	5796.83	4p-4s
5799.82	112	[Fe II]	a²P_1/2 – b²D_3/2	5800.60
		[Co II]	b³P₂ – a⁵D₃	5800.60
5814.06	50	Fe II	c⁴F_3/2 – y²D_3/2	5814.66
		Fe II (163)	c²F_5/2 – z²D_3/2	5815.29
		Fe II	y⁴D_5/2 – e⁴D_5/2	5815.42	Lyα sec.
5816.72	91	[Mn II]	a⁵D₄ – a³F₄	5817.74
5827.9 ?	28	Cr II (198)	c⁴F_5/2 – x⁴G_7/2	5828.88
5836.10	557	[Fe II]	a²G_7/2 – c²G_7/2	5837.07
5842.60	38	Cr II (198)	c⁴F_7/2 – x⁴G_9/2	5843.56
5844.38	47	[Fe II] (34F)	a⁴D_3/2 – b²P_3/2	5845.51
5847.85	69	[Fe II]	a²G_7/2 – c²G_9/2	5848.94	?wl
5855.09	31	Fe II	(⁵D)4d e⁴F_5/2 – (⁵D₂)4f ²[3]_7/2	5855.81	?E_u
5857.84	32	[Mn II]	a⁵D₃ – a³F₃	5858.87
5865.98	107	Unidentified			Not in 98
5870.73	642	[Fe II]	a²G_9/2 – a²I_13/2	5871.65
5876.12	8107	He I (11)	2p ³P₀ – 3d ³D₁	5877.25
5914.27	135	[Fe II]	a²D2_3/2 – c²D_3/2	5914.90
		Fe II (217)	x⁴D_5/2 – e⁴D_3/2	5915.40	Lyα sec.
		Cr II	z⁶D_5/2 – d⁴P_5/2	5915.43	4p-4s
5923.2 ?	58	Fe II (217)	x⁴D_3/2 – e⁴D_1/2	5923.85	Lyα sec.
		[Mn II]	a⁵D₂ – a³F₃	5923.90
5938.18?	42	Unidentified
5942.00?	33	Fe II (58)	a²F_5/2 – z⁴D_7/2	5943.02	?id
		N II(28)	3p ³P₂ – 3d ³D₃	5943.30
5953.53	24	Fe II (182)	d²D1_5/2 – z²P_3/2	5954.16	?wl
5956.46	93	Fe II (217)	x⁴D_1/2 – e⁴D_1/2	5957.15	Lyα sec.
		Fe II	(⁵D)4d e⁴F_5/2 – (⁵D₃)4f ²[3]_7/2	5957.35	?E_u
5958.60	76	Si II (4)	4p ²P_1/2 – 5s ²S_1/2	5959.21	?wl
5979.61	101	Si II (4)	4p ²P_3/2 – 5s ²S_1/2	5980.59
5983.52	84	[Fe II]	a²D2_5/2 – a²S_1/2	5984.31
5988.32	2	Unidentified			Not in 99
5992.06	774	Fe II (46)	a⁴G_11/2 – z⁶F_9/2	5993.04
5995.57?	0.8	Fe II (47)	a⁴G_7/2 – z⁶P_7/2	5996.43	Not in 98
6000.30	72	N I (16)	3p ²S_1/2 – 4d ²P_1/2	6001.13
6002.16?	22	Cr II	z⁶D_5/2 – d⁴P_3/2	6002.91	4p-4s
6009.22	125	N I (16)	3p ²S_1/2 – 4d ²P_3/2	6010.14
6018.41?	29	Fe II (217)	x⁴D_5/2 – e⁴D_5/2	6019.56	Lyα sec. wl?
6041.24	57	Cr II	z⁴P_5/2 – d⁴P_5/2	6042.14	4p-4s
6044.90	212	[Fe II]	a²G_7/2 – a²I_11/2	6045.75
6053.79?	20	Cr II (105)	c⁴D_7/2 – z⁴D_7/2	6055.14	?wl
6062.0	14	Fe II (217)	x⁴D_7/2 – e⁴D_7/2	6062.65	Lyα sec.
		[Cr II]	a⁴P_5/2 – c⁴D_5/2	6063.42	?id
6079.19	74	[Cr II]	a⁴P_5/2 – c⁴D_7/2	6080.11	?id
		[Cr II]	a⁴P_3/2 – c⁴D_7/2	6080.70	?id
		Fe II (200)	c⁴F_3/2 – x⁴F_5/2	6080.36
		[V II]	a⁵F₂ – b³P₂	6080.60	?id
6084.91	277	Fe II (46)	a⁴G_9/2 – z⁶F_7/2	6085.80
6096.0 ?	30	[Fe II]	b⁴P_3/2 – c²D_3/2	6096.65
6097.09	67	[Fe III] (10F)	3d⁶³P2₂ – 3d⁶¹D2₂	6097.97	Not in 98
6103.9	71	Fe II (200)	c⁴F_5/2 – x⁴F_5/2	6105.19	?wl
6114.28	10	Fe II (46)	a⁴G_7/2 – z⁶F_5/2	6115.02
6116.87	34	Fe II (46)	a⁴G_5/2 – z⁶F_3/2	6117.75
6123.42	107	Mn II (13)	e⁵D₄ – (⁶S)4f ⁵F₅	6124.14
		Mn II (13)	e⁵D₄ – (⁶S)4f ⁵F₄	6124.52
6126.67	106	Mn II (13)	e⁵D₃ – (⁶S)4f ⁵F₄	6127.56
		Mn II (13)	e⁵D₃ – (⁶S)4f ⁵F₃	6127.92
6130.23	167	Mn II (13)	e⁵D₂ – (⁶S)4f ⁵F₃	6130.43
		Mn II (13)	e⁵D₂ – (⁶S)4f ⁵F₂	6130.74
		Mn II (13)	e⁵D₂ – (⁶S)4f ⁵F₁	6130.98
6131.97	97	Mn II (13)	e⁵D₁ – (⁶S)4f ⁵F₂	6132.50
		Mn II (13)	e⁵D₁ – (⁶S)4f ⁵F₁	6132.74
6148.62	523	Fe II (74)	b⁴D_3/2 – z⁴P_1/2	6149.44
6150.02	615	Fe II (74)	b⁴D_1/2 – z⁴P_1/2	6150.96
6154.9 ?	20	Cr II	a⁴F_9/2 – z⁶F_9/2	6155.66	?id
6159.06	84	Fe II (200)	c⁴F_5/2 – x⁴F_7/2	6159.72
		[V II]	a⁵D₂ – b³G₃	6159.78
6161.62	49	Fe II (161)	c²F_5/2 – z⁴H_7/2	6162.46
6173.58	84	Fe II	(⁵D)5s e⁶D_9/2 – (⁴D)sp ⁶D_9/2	6174.31	?E_u
6176.17	32	Fe II (200)	c⁴F_7/2 – x⁴F_7/2	6176.85	?wl
6189.40	265	[Fe II] (44F)	a²G_9/2 – b²F_7/2	6190.26
6202.48	8	[Mn II]	a⁵D₁ – a³P₀	6203.14	Not in 99 wl?
6216.80	35	[V II]	a⁵D₄ – b³G₄	6218.02	?id
6220.02	23	[Ti II] (28F)	a²G_9/2 – c²D_5/2	6221.02	Not in 99, ?id
6230.14	79	[Fe II] (15F)	a⁴F_5/2 – a²P_1/2	6230.98
		Fe II (34)	b⁴F_7/2 – z⁶D_5/2	6231.07
6234.21	57	Fe II	z⁴F_9/2 – c⁴D_7/2	6235.26	4p-4s
6239.22	620	Fe II (74)	b⁴D_3/2 – z⁴P_3/2	6240.11
6248.41	1145	Fe II (74)	b⁴D_5/2 – z⁴P_3/2	6249.28
6256.56	19	Fe II (34)	b⁴F_3/2 – z⁶D_3/2	6257.08	?wl
6261.88	37	[Fe II] (44F)	a²G_9/2 – b²F_5/2	6262.85
6265.17	5	[V II]	a³D₁ – b¹F₃	6265.93	Not in 99 id?
		[V II]	b³G₃ – d³P₁	6266.33	?id
		[V II]	a³G₅ – d³F₄	6266.34	?id
6270.62	83	Fe II	b²H_11/2 – z⁶F_9/2	6271.70
6276.44	54	[Fe II] (15F)	a⁴F_7/2 – a²P_3/2	6277.25
6280.81	106	[Fe II]	a²D2_3/2 – a²S_1/2	6281.69
		Fe II (34)	b⁴F_5/2 – z⁶D_5/2	6281.56
6287.00	16	[Mn II]	a⁵D₂ – a³P₁	6287.77
6292.65	149	Fe II	(⁵D)4d ⁴P_3/2 – (⁵D₀)4f ²[3]_5/2	6293.57	?E_u
6297.32	8	Unidentified
6301.14	221	[O I] (1F)	2p⁴³P₂ – 2p⁴¹D₂	6302.05
6306.3	25	Fe II (200)	c⁴F_9/2 – x⁴F_9/2	6307.04
		Cr II	b²P_3/2 – y²P_3/2	6307.39
6308.51	19	Fe II (34)	b⁴F_7/2 – z⁶D_7/2	6309.27
6312.82	1443	[S III] (3F)	3p²¹D₂ – 3p²¹S₀	6313.81	Not in 98
6318.77	490	Fe II	z⁴D_7/2 – c⁴D_7/2	6319.73	rd sh, 4p-4s
6347.95	332	Si II (2)	4s ²S_1/2 – 4p ²P_3/2	6348.84
6353.93	118	[Fe II]	a²D2_5/2 – b²D_5/2	6354.87
6357.83	28	Fe II	(⁵D)4d ⁴P_5/2 – (⁵D₂)4f ²[4]_7/2	6358.92	?E_u
		[Mn II]	a⁵D₀ – a³P₁	6359.21
6364.5	8	[O I] (1F)	2p⁴³P₁ – 2p⁴¹D₂	6365.53
6365.96	377	[Ni II] (7F)	a⁴F_7/2 – b²D_5/2	6366.86
6370.38	284	Fe II (49)	a⁶S_5/2 – z⁶D_3/2	6371.21
6372.08	310	Si II (2)	4s ²S_1/2 – 4p ²P_1/2	6373.13
		Fe II	z⁴F_7/2 – c⁴D_5/2	6372.89	4p-4s
6376.68	34	Fe II	(⁵D)4d ⁴P_1/2 – (⁵D₁)4f ²[2]_3/2	6377.56	?E_u
6384.48	447	Fe II	z⁴D_5/2 – c⁴D_5/2	6385.49	4p-4s
6386.26	194	Fe II	z⁴D_5/2 – c⁴D_3/2	6387.22	4p-4s
6392.71?	17	Unidentified
6397.11	89	[Fe II] (44F)	a²G_7/2 – b²F_7/2	6398.08
6405.48	37	[Fe II]	a²D2_5/2 – b²D_1/2	6406.39
6407.80	81	Fe II (74)	b⁴D_3/2 – z⁴P_5/2	6409.02	?wl
6412.00	61	[Mn II] (8F)	a⁵D₄ – a⁵P₂	6412.90
6417.73	749	Fe II (74)	b⁴D_5/2 – z⁴P_5/2	6418.67
6424.31	101	[Mn II] (8F)	a⁵D₄ – a⁵P₃	6425.22
6429.86	27	Unidentified
6433.51	1070	Fe II (40)	a⁶S_5/2 – z⁶D_5/2	6434.43
6438.03	42	Unidentified
6441.27	421	[Fe II] (15F)	a⁴F_5/2 – a²P_3/2	6442.18
6443.81	85	Fe II	z⁴F_7/2 – c⁴D_7/2	6444.74	4p-4s
6446.9	7	Fe II (199)	c⁴F_7/2 – x⁴G_9/2	6448.19	?wl
6457.20	3116	Fe II (74)	b⁴D_7/2 – z⁴P_5/2	6458.15
6474.76	172	[Fe II] (44F)	a²G_7/2 – b²F_5/2	6475.65
6482.99	136	Fe II (199)	c⁴F_9/2 – x⁴G_11/2	6483.99
		N II (8)	3s ¹P₁ – 3p ¹P₁	6483.84
6486.19	211	[Fe II]	b⁴P_3/2 – a²S_1/2	6487.07
6492.30	189	Fe II	z⁴D_3/2 – c⁴D_5/2	6493.05	4p-4s
6493.81	211	Fe II	z⁴D_3/2 – c⁴D_3/2	6494.84	4p-4s
6507.29	86	Fe II	z⁴F_5/2 – c⁴D_5/2	6508.14	4p-4s
6512.12	89	[Fe II]	b⁴F_7/2 – c²D_5/2	6513.03
6516.97	1345	Fe II (40)	a⁶S_5/2 – z⁶D_7/2	6517.88
6520.26	45	[Co II]	b³F₄ – b¹G₄	6521.28
6549.09	1678	[N II] (1F)	2p²³P₁ – 2p²¹D₂	6549.86
6550–75	814	Hα		6564.61	bl rd sh
6584.33	3721	[N II] (1F)	2p²³P₂ – 2p²¹D₂	6585.27	bl rd sh
6667.73	1010	[Ni II] (2F)	a²D_5/2 – a²F_5/2	6668.64
6678.93	2162	He I (46)	2p ¹P₁ – 3d ¹D₂	6680.00	bl rd sh
6690.31	53	[Fe II]	a²D2_3/2 – b²D_5/2	6691.25
6701.0 ?	58	[Ni II] (7F)	a⁴F_5/2 – b²D_5/2	6702.09
6710.16?	4	[Mn II] (2F)	a⁷S₃ – a⁵D₁	6710.88
6717.36	97	[S II] (2F)	3p³⁴S_3/2 – 3p³²D_5/2	6718.29
6731.53	349	[S II] (2F)	3p³⁴S_3/2 – 3p³²D_3/2	6732.67
6747.65	92	[Fe II]	b⁴P_1/2 – a²S_1/2	6748.79
6792.99	69	[Fe IV]	3d⁵⁴P_3/2 – 3d⁵²D3_3/2	6794.4	Not in 98 wl?
6795.16	46	[Ni II] (8F)	a⁴F_9/2 – a⁴P_5/2	6796.07
6810.07	284	[Fe II] (31F)	a⁴D_7/2 – b⁴F_9/2	6811.10
6814.63	250	[Ni II] (8F)	a⁴F_5/2 – a⁴P_3/2	6815.45
6823.65	18	Unidentified
6830.10	22	[Fe II] (31F)	a⁴D_5/2 – b⁴F_3/2	6830.90
6862.69	21	Unidentified			Not in 98
6873.09	190	[Fe II] (31F)	a⁴D_5/2 – b⁴F_5/2	6874.07
6874.66	300	[Fe II] (43F)	a²G_9/2 – b²G_9/2	6875.74
6896.94	237	[Fe II] (14F)	a⁴F_9/2 – a²G_7/2	6898.08
6924.56	28	[Co II]	b³F₃ – b¹G₄	6925.74
6927.28	36	Fe II	z⁴F_9/2 – d²G_7/2	6928.24	4p-4s
6933.39	12	[Co II] (3F)	a⁵F₅ – a⁵P₃	6934.27
6943.85	486	Fe II	z⁴F_9/2 – d²G_9/2	6944.93	4p-4s
6945.76	235	[Fe II] (43F)	a²G_7/2 – b²G_7/2	6946.80
6962.6	14	Unidentified
6967.30	147	[Fe II] (31F)	a⁴D_3/2 – b⁴F_3/2	6968.23
6983.1	24	Unidentified
6998.08	4	[Fe IV]	3d⁵⁴P_5/2 – 3d⁵²D3_5/2	6999.0	Not in 98
7031.73	53	Fe II	z⁴D_7/2 – d²G_7/2	7032.69	4p-4s
7048.91	101	[Fe II] (31F)	a⁴D_1/2 – b⁴F_3/2	7049.93
		Fe II	z⁴D_7/2 – d²G_9/2	7049.89	4p-4s
7066.10	8428	He I (10)	2p ³P – 3s ³S	7067.20
7079.19	152	[Ni II] (8F)	a⁴F_3/2 – a⁴P_3/2	7079.99	?wl
7089.56	89	[Fe III]	3d⁶³F2₃ – 3d⁶¹D2₂	7090.29	Not in 98 wl?
7100.92	150	[Co II]	a³P₁ – a³D₃	7102.21	?id
7110.29	8	Unidentified			Not in 99
7132.59	86	[Fe II] (30F)	a⁴D_5/2 – b⁴P_1/2	7133.73
		[Fe II] (43F)	a²G_7/2 – b²G_9/2	7133.08	?wl
7136.78	1220	[Ar III] (1F)	3p⁴³P₂ – 3p⁴¹D₂	7137.76	rd sh, Not in 98
7156.26	9013	[Fe II] (14F)	a⁴F_9/2 – a²G_9/2	7157.13	rd sh
7165.17	96	Fe II	x⁴G_7/2 – e⁴D_5/2	7166.32	Lyα sec. id?
7169.32	18	[Fe III]	3d⁶³F2₂ – 3d⁶¹D2₂	7170.26	Not in 98
7173.08	2041	[Fe II] (14F)	a⁴F_7/2 – a²G_7/2	7173.98
7184.91	57	[Fe IV]	3d⁵⁴D_7/2 – 3d⁵⁴F_7/2	7186.0	Not in 98
7186.89?	43	Fe II	z⁴F_7/2 – d²G_7/2	7187.83	4p-4s
7191.50	74	[Fe IV]	3d⁵⁴D_5/2 – 3d⁵⁴F_5/2	7192.7	Not in 98
7194.10	49	[Fe IV]	3d⁵⁴D_3/2 – 3d⁵⁴F_3/2	7194.8	Not in 98 wl?
7203.00	63	Fe II	z⁴D_5/2 – d²G_7/2	7203.87	4p-4s
7204.82	136	Fe II	z⁴F_7/2 – d²G_9/2	7205.80	4p-4s
7223.48	210	Fe II (73)	b⁴D_3/2 – z⁴D_1/2	7224.38
		[Fe IV]	3d⁵⁴D_9/2 – 3d⁵⁴F_7/2	7224.8
7225.37	115	Fe II (73)	b⁴D_1/2 – z⁴D_1/2	7226.46
7255.30	114	O I (20)	3p ³P₁ – 5s ³S₁	7256.15	Not in 98
		O I (20)	3p ³P₂ – 5s ³S₁	7256.48
		O I (20)	3p ³P₀ – 5s ³S₁	7256.53
7256.95	494	[Ni II] (8F)	a⁴F_7/2 – a⁴P_5/2	7257.82
7282.28	844	He I (45)	2p ¹P₁ – 3s ¹S₀	7283.36	bl rd sh
7290.12	51	Fe II (72)	b⁴D_3/2 – z⁴F_5/2	7291.05
		[Fe II]	a⁴P_1/2 – a²F_5/2	7290.97
7292.47	279	[Ca II] (1F)	4s ²S_1/2 – 3d ²D_5/2	7293.48
7298.88	35	He I	3s ³S₁ – 9p ³P₁	7300.05	Not in 98
7302.56	55	Fe II (72)	b⁴D_5/2 – z⁴F_5/2	7303.57
7308.89	713	[Ni II] (7F)	a⁴F_5/2 – b²D_3/2	7309.66
		Fe II (73)	b⁴D_3/2 – z⁴D_3/2	7310.09
7311.29	30	Fe II (73)	b⁴D_1/2 – z⁴D_3/2	7312.23
7314.56	26	[Cr II]	a⁴D_7/2 – b⁴G_11/2	7315.21	?wl
7320.0	47	N I	3p ²D_3/2 – 4d ²D_3/2	7320.99
		[O II] (2F)	2p³²D_5/2 – 2p³²P_1/2	7320.94
7321.58	141	Fe II (73)	b⁴D_5/2 – z⁴D_3/2	7322.67
		[O II] (2F)	2p³²D_5/2 – 2p³²P_3/2	7322.00
7324.88	239	[Ca II] (1F)	4s ²S_1/2 – 3d ²D_3/2	7325.91
7331.68	101	[O II] (2F)	2p³²D_3/2 – 2p³²P_1/2	7331.68	Not in 98
		[O II] (2F)	2p³²D_3/2 – 2p³²P_3/2	7332.75
		Mn II (4)	a⁵P₂ – z⁵P₁	7332.61
7336.20	24	Fe II	(⁵D)5s e⁶D_5/2 – (⁴D)sp ⁶F_7/2	7337.43	?E_u
7348.57	91	N I	3p ²D_5/2 – 4d ²D_5/2	7349.59
		Mn II (4)	a⁵P₁ – z⁵P₁	7349.85
7354.62	13	[V II] (4F)	a⁵D₀ – a⁵P₂	7355.79
		[Cr II]	a⁴D_7/2 – b⁴G_9/2	7355.68
		Mn II (4)	a⁵P₃ – z⁵P₂	7355.58
7359.38	72	Fe II	z⁴F_5/2 – d²G_7/2	7360.35	4p-4s
7360.98	8	N I	3p ²D_5/2 – 4d ²D_3/2	7362.15	Not in 99
7370.5 ?	8	Mn II (4)	a⁵P₂ – z⁵P₂	7371.80
7371.70	29	[Fe II] (30F)	a⁴D_1/2 – b⁴P_1/2	7372.95
7378.90	4299	[Ni II] (2F)	a²D_5/2 – a²F_7/2	7379.86
7389.13	2024	[Fe II] (14F)	a⁴F_5/2 – a²G_7/2	7390.21
7406.96	25	N I	3p ²D_3/2 – 4d ²F_5/2	7408.16
		N I	3p ²D_5/2 – 4d ²F_7/2	7408.28
7412.65	1863	[Ni II] (2F)	a²D_3/2 – a²F_5/2	7413.65
7416.77	61	Mn II (4)	a⁵P₃ – z⁵P₃	7417.85
7420.65?	27	Cr II	c⁴D_5/2 – z⁴F_7/2	7421.69
7422.51	27	[Co II] (3F)	a⁵F₃ – a⁵P₂	7423.44
7424.67	41	N I (3)	3s ⁴P_1/2 – 3p ⁴S_3/2	7425.69
7429.62	6	N I	3p ²D_3/2 – 4d ²P_1/2	7430.80	Not in 99
7433.29	40	[Fe II] (47F)	a²P_3/2 – b²F_5/2	7434.29
		Mn II (4)	a⁵P₂ – z⁵P₃	7434.35
7443.26	139	N I (3)	3s ⁴P_3/2 – 3p ⁴S_3/2	7444.35
7450.33	125	Fe II (73)	b⁴D_3/2 – z⁴D_5/2	7451.39
7453.52	2943	[Fe II] (14F)	a⁴F_7/2 – a²G_9/2	7454.59
7458.52?	9	[V II] (4F)	a⁵D₂ – a⁵P₁	7459.84	Not in 98
7460.34	21	[V II] (4F)	a⁵D₄ – a⁵P₃	7461.35	Not in 98
7463.37	476	Fe II (73)	b⁴D_5/2 – z⁴D_5/2	7464.46
7469.13	216	N I (3)	3s ⁴P_5/2 – 3p ⁴S_3/2	7470.35
7480.85	136	Fe II (72)	b⁴D_5/2 – z⁴F_7/2	7481.76
7486.15	31	N I	3p ²D_5/2 – 4d ²P_3/2	7487.24
7496.63	139	Fe II	e⁶D_7/2 – w⁶P_5/2	7497.68	?E_u
7501.17	134	Unidentified
7507.54	74	Fe II	e⁶D_5/2 – (⁵D)5p ⁶P_3/2	7508.60	?E_u
7511.43	49	Unidentified			Not in 98
7514.22	293	Fe II	e⁶D_9/2 – w⁶P_7/2	7515.23	?E_u
7516.34	278	Fe II	z⁴P_5/2 – c⁴D_7/2	7517.17	4p-4s
		Fe II (73)	b⁴D_7/2 – z⁴D_5/2	7517.90
7521.59	29	Fe II	e⁶D_3/2 – (⁴D)sp ⁶F_5/2	7522.79	?E_u
7534.38	190	Fe II (72)	b⁴D_7/2 – z⁴F_7/2	7535.44
7539.88	24	[Co II]	a³F₄ – a³P₂	7541.04
7542.80	23	[V II]	a⁵D₄ – a⁵P₂	7544.03
7547.8	38	N I	3p ²D_3/2 – 5s ²P_1/2	7548.29
		[Mn II] (7F)	a⁵D₄ – a⁵G₅	7549.80
7551.96	21	N I	3p ²D_5/2 – 5s ²P_3/2	7552.99
7553.86	2	[Fe II] (1F)	a⁶D_5/2 – a⁴P_1/2	7554.50	?wl
7561.97	160	[Fe II]	b⁴F_3/2 – b²D_5/2	7563.37
		[Mn II] (7F)	a⁵D₄ – a⁵G₆	7563.50
7567.16	19	[Cr II]	a⁴D_3/2 – b⁴F_3/2	7567.96
7571.0	13	[Cr II]	a⁴D_3/2 – b⁴F_7/2	7572.60	?wl
7573.21	44	[Co II]	a³D₂ – a⁵D₃	7574.53
7580.37	74	Fe II	e⁶D_3/2 – (³D)sp ⁶F_3/2	7581.41	?E_u
		[Fe II]	a⁴D_5/2 – a⁴H_9/2	7581.67
7584.88	38	[Cr II]	a⁴G_11/2 – b⁴G_11/2	7586.07
7613.78	392	[Ni II] (7F)	a⁴F_3/2 – b²D_3/2	7614.82
		[Fe II] (30F)	a⁴D_3/2 – b⁴P_3/2	7615.22
7617.16	54	[Fe II]	a²H_11/2 – c²G_9/2	7618.56
7622.08	126	Fe II	e⁶D_3/2 – (⁵D)5p ⁶P_3/2	7623.30	?E_u
7632.39	25	[Cr II]	a⁴G_7/2 – b⁴G_9/2	7632.94
		[Cr II]	a⁴G_9/2 – b⁴G_9/2	7633.81
7638.39	551	[Fe II] (1F)	a⁶D_7/2 – a⁴P_5/2	7639.64
7656.27	102	Fe II (73)	b⁴D_5/2 – z⁴D_7/2	7657.59
7658.36	113	Fe II	z⁴P_3/2 – c⁴D_5/2	7659.62	4p-4s
7661.69	153	Fe II	e⁶D_5/2 – w⁶P_5/2	7662.99	?E_u
7665.8	131	[Fe II] (1F)	a⁶D_3/2 – a⁴P_1/2	7667.41	?wl
7687.65	267	[Fe II] (1F)	a⁶D_5/2 – a⁴P_3/2	7689.05
7691.39	68	Fe II	e⁶D_1/2 – (⁵D)5p ⁶P_3/2	7692.62	?E_u
7695.39	37	[Ni II] (8F)	a⁴F_5/2 – a⁴P_5/2	7696.68
7697.10	23	[Mn II] (7F)	a⁵D₃ – a⁵G₄	7698.38	Not in 98
7704.23	62	[Mn II] (7F)	a⁵D₃ – a⁵G₅	7705.69	Not in 98
7712.41	1570	Fe II (73)	b⁴D_7/2 – z⁴D_7/2	7713.83	rd sh
		Fe II	z⁴D_7/2 – d⁴P_5/2	7713.56	4p-4s
7720.94	53	Unidentified
7732.60	38	Fe II	e⁶D_7/2 – w⁶P_7/2	7733.80	?E_u
7733.9	63	[Fe II] (1F)	a⁶D_1/2 – a⁴P_1/2	7735.28
7741.59	16	Unidentified			Not in 99
7751.89	337	[Ar III] (1F)	3p⁴³P₁ – 3p⁴¹D₂	7753.24	Not in 98
7756.60	109	Unidentified
7765.49	323	[Fe II] (30F)	a⁴D_7/2 – b⁴P_5/2	7766.82
7781.35	58	Fe II	e⁶D_3/2 – w⁶P_5/2	7782.50	?E_u
7787.71	33	Mg II	5s ²S_1/2 – 6p ²P_3/2	7788.64	Not in 98 id?
7790.19	23	Fe II	e⁴D_7/2 – 4p ⁴P_5/2	7791.41	?E_u
7792.46	70	[Cr II]	a⁴D_7/2 – b⁴F_5/2	7793.66
		[Cr II]	a⁴D_7/2 – b⁴F_9/2	7794.05
7802.09	55	Fe II	z⁴P_1/2 – c⁴D_3/2	7803.40	4p-4s
7807.26	58	[Fe II] (1F)	a⁶D_5/2 – a⁴P_5/2	7808.40
7809.55	19	[Mn II] (7F)	a⁵D₂ – a⁵G₄	7811.05	?wl
7817.02	29	He I (69)	3s ³S₁ – 7p ³P1	7818.30	Not in 98
7836.65	64	Fe II	z⁴P_1/2 – c⁴D_1/2	7838.06	4p-4s
7842.18	29	Fe II (72)	b⁴D_7/2 – z⁴F_9/2	7843.54
7850.52	13	Si II	4d ²D_5/2 – 5f ²F_5/2	7851.78	Not in 99 id?
		Si II	4d ²D_5/2 – 5f ²F_7/2	7851.88	id? E_u?
7863.16	6	Unidentified			Not in 99
7867.51	770	Fe II	z⁴D_5/2 – d⁴P_3/2	7868.72	4p-4s
7876.90	111	[P II] (3F)	3p²¹D₂ – 3p²¹S₀	7878.16	?id
7880.30	46	[Mn II] (7F)	a⁵D₁ – a⁵G₂	7881.40
		[Mn II] (7F)	a⁵D₁ – a⁵G₃	7881.89
7887.15	48	N I	3p ²P_1/2 – 4d ²D_3/2	7888.39	Not in 99
7891.06	242	[Ni III]	3d⁸³F₃ – 3d⁸¹D₂	7892.10	Not in 98
7895.30	193	Fe II	e⁶D_7/2 – 5p ⁴P_5/2	7896.75	Lyα
		N I	3p ²P_3/2 – 4d ²D_5/2	7896.15
7897.34	75	Mg II (8)	4p ²P_3/2 – 4d ²D_5/2	7898.54	Not in 98
7909.7	53	Fe II	e⁶D_5/2 – w⁶P_7/2	7909.81
		N I	3p ²P_3/2 – 4d ²D_3/2	7910.65
7918.71	273	Fe II	z⁴D_5/2 – d⁴P_5/2	7919.98	4p-4s
7954.25?	18	[Fe II]	a²H_11/2 – a²I_11/2	7955.70	Not in 99
7970.0	91	Fe II	e⁶D_5/2 – 5p ⁴F_5/2	7971.21	Lyα
7971.51	344	Fe II	e⁶D_7/2 – 5p ⁴F_7/2	7972.63	Lyα
7976.72	445	Fe II	z⁴D_3/2 – d⁴P_1/2	7978.10	4p-4s
7983.01	227	Fe II	e⁶D_9/2 – 5p ⁴F_9/2	7984.09	Lyα
8001.35	1428	[Cr II] (1F)	a⁶S_5/2 – a⁶D_9/2	8002.28
8009.94	140	Fe II	e⁶D_3/2 – 5p ⁴F_3/2	8010.83	?wl; Lyα
		[Fe II]	a²P_1/2 – b⁴D_1/2	8011.75	?wl
8032.31	62	Fe II	b²F_7/2 – z⁴D_7/2	8033.53
8034.87	11	[Ni II] (8F)	a⁴F_3/2 – a⁴P_5/2	8035.75	wl?
8038.82	93	Fe II	e⁶D_9/2 – 5p ⁶F_7/2	8039.23	Lyα
		[Fe II] (30F)	a⁴D_5/2 – b⁴P_5/2	8039.46	?wl
8084.85	122	Fe II	z⁴D_3/2 – d⁴P_5/2	8086.10	4p-4s
8092.41	107	Fe II	e⁶D_1/2 – 5p ⁴D_1/2	8093.39	Lyα
8100.96	193	[Cr II]	a⁴G_5/2 – b⁴F_5/2	8101.83
		[Cr II]	a⁴G_5/2 – b⁴F_9/2	8102.25
		[Cr II]	a⁴G_11/2 – b⁴F_9/2	8102.28
8107.87	91	[Cr II]	a⁴G_5/2 – b⁴F_3/2	8108.52
		[Cr II]	a⁴D_7/2 – a²F_7/2	8109.20
		Fe II	z⁴F_5/2 – d⁴P_5/2	8109.52	4p-4s
		[Fe II]	a⁴P_5/2 – a⁴G_9/2	8109.70
8111.35	904	Mn II	z⁵P₃ – c⁵D₄	8112.62	4p-4s
8116.4	146	[Cr II]	a⁴G_7/2 – b⁴F_7/2	8117.64
8122.03	103	[Co II]	a³F₃ – a³P₂	8123.31
8126.33	916	[Cr II] (1F)	a⁶S_5/2 – a⁶D_7/2	8127.53
8130.26	31	N I	3p ²P_3/2 – 5s ²P_5/2	8131.41
8133.75	17	Unidentified
8137.56	133	Fe II	z⁴D_1/2 – d⁴P_3/2	8138.78	4p-4s
8141.56	88	Unidentified
8158.53	509	Fe II	e⁶D_5/2 – 5p ⁴F_7/2	8159.78	Lyα
8162.04	17	Fe II	e⁶D_7/2 – 5p ⁶F_5/2	8163.18	Lyα
8169.0	20	Fe II	b⁴G2_7/2 – x⁴F_5/2	8170.55	?id
8174.3	9	Fe II	b⁴G2_11/2 – y⁴H_11/2	8175.72	Not in 99 id?
8185.87	139	N I (2)	3s ⁴P_3/2 – 3p ⁴P_5/2	8187.11
8189.03	142	N I (2)	3s ⁴P_1/2 – 3p ⁴P_3/2	8190.26
8191.57	150	Fe II	e⁶D_9/2 – 5p ⁶F_9/2	8192.88	Lyα
8199.63	15	[Fe II]	a²D2_3/2 – c²G_7/2	8201.28	?wl
8201.4	40	N I (2)	3s ⁴P_1/2 – 3p ⁴P_1/2	8202.61
8208.13	99	Fe II	e⁶D_9/2 – 4p ⁴G_9/2	8209.41	Lyα
8211.8	156	N I (2)	3s ⁴P_3/2 – 3p ⁴P_3/2	8212.98
		Fe II	e⁶D_3/2 – 5p ⁴P_5/2	8213.33	Lyα
8217.31	365	N I (2)	3s ⁴P_5/2 – 3p ⁴P_5/2	8218.60
8222.4	195	Fe II	e⁶D_7/2 – 5p ⁴D_7/2	8223.56	Lyα
8224.06	224	N I (2)	3s ⁴P_3/2 – 3p ⁴P_1/2	8225.39
		Fe II	z⁶F_9/2 – b⁴G_9/2	8224.48	4p-4s
8230.38	1893	Fe II	e⁶D_7/2 – 5p ⁴F_9/2	8231.23	Lyα
		[Cr II] (1F)	a⁶S_5/2 – a⁶D_5/2	8232.23
8235.49?	50	Mg II (7)	4p ²P_3/2 – 5s ²S_1/2	8236.90
		H I	Paschen 49	8236.70
8237.99	45	H I	Paschen 47	8239.40	Not in 98
		Fe II	e⁴D_3/2 – 5p ⁴P_1/2	8239.41	?E_u
8243.36	266	N I (2)	3s ⁴P_5/2 – 3p ⁴P_3/2	8244.65
8251.29	154	Fe II	z⁶F_9/2 – b⁴G_11/2	8252.62	4p-4s
8260.43	136	[Fe II]	a²H_9/2 – a²I_11/2	8261.64
		Fe II	b⁴G_9/2 – x⁴F_7/2	8261.97
8265.35	99	H I	Paschen 35	8266.56	Not in 98
8269.00	47	H I	Paschen 34	8270.22	Not in 98
8272.91	82	H I	Paschen 33	8274.21
		[Cr II] (25F)	a⁴G_7/2 – a²F_5/2	8274.33
8277.47	63	H I	Paschen 32	8278.59	Not in 98
8282.28	116	H I	Paschen 31	8283.40	Not in 98
8285.16	24	Fe II	e⁶D_5/2 – 5p ⁶F_3/2	8286.31	Lyα
8288.62	2586	Fe II	e⁶D_7/2 – 5p ⁶F_7/2	8289.85	Lyα
		Fe II	e⁶D_9/2 – 5p ⁶F_11/2	8290.12	?E_u
8293.38	123	H I	Paschen 29	8294.59
8299.76	115	H I	Paschen 28	8301.12
8302.23	210	[Ni II] (2F)	a²D_3/2 – a²F_7/2	8303.27
8307.01	356	Fe II	z⁶F_7/2 – b⁴G_9/2	8307.99	4p-4s
		[Fe II]	a⁴H_11/2 – c²G_9/2	8308.33
		H I	Paschen 27	8308.39
8309.59	394	[Cr II] (1F)	a⁶S_5/2 – a⁶D_3/2	8310.77
8315.20	171	H I	Paschen 26	8316.55	Not in 98
8324.21	165	H I	Paschen 25	8325.72
8331.40	180	Mn II	z⁵P₃ – c⁵D₃	8332.52	4p-4s
8334.70	226	H I	Paschen 24	8336.07
		[Co II]	a³F₂ – a³P₀	8336.11
		[Ti II]	a²F_5/2 – b²P_3/2	8335.74
8343.61	27	[Fe II] (30F)	a⁴D_1/2 – b⁴P_5/2	8344.59
8346.53	238	H I	Paschen 23	8347.85
8358.36	1517	Fe II	e⁶D_5/2 – 5p ⁶F_5/2	8359.53	Lyα
8360.0	382	H I	Paschen 22	8361.30
8362.66	188	He I (68)	3s ³S – 6p ³P	8363.99	Not in 98
8368.10	35	Fe II	z⁶F_5/2 – b⁴G_7/2	8369.32	4p-4s
8375.42	263	H I	Paschen 21	8376.78
8379.79	25	Unidentified
8388.30	203	[Fe II]	a⁴H_9/2 – c²G_7/2	8389.53
8393.37	376	H I	Paschen 20	8394.71
8401.76?	45	[Cr II]	a⁴D_3/2 – a²D_3/2	8403.31	Not in 98
8411.32	308	Mn II	z⁵P₂ – c⁵D₃	8412.52	4p-4s
8414.28	338	H I	Paschen 19	8415.63
8421.50	328	Fe II	e⁶D_5/2 – 5p ⁴D_7/2	8422.86	Lyα
8424.92	339	Fe II	e⁶D_3/2 – 5p ⁶F_3/2	8426.22	Lyα
8438.92	474	H I	Paschen 18	8440.28
8447.38	901	O I (4)	3s ³S₁ – 3p ³P₀	8448.57	Lyβ
		O I (4)	3s ³S₁ – 3p ³P₂	8448.68	Lyβ
		O I (4)	3s ³S₁ – 3p ³P₁	8449.08	Lyβ
8451.91	2096	Fe II	e⁶D_7/2 – 5p ⁶F_9/2	8453.33	Lyα
8468.4	471	H I	Paschen 17	8469.59
8469.49	1478	Fe II	e⁶D_7/2 – 4p ⁴G_9/2	8470.92	Lyα
8480.95	154	[Fe II]	a⁴H_7/2 – c²G_7/2	8482.24
8491.03	6392	Fe II	e⁶D_5/2 – 5p ⁶F_7/2	8492.44	Lyα
8500.58	1502	Fe II	e⁶D_3/2 – 5p ⁶F_5/2	8501.94	Lyα
8503.36	460	H I	Paschen 16	8504.82
8509.60	215	Fe II	e⁶D_1/2 – 5p ⁶F_3/2	8511.00	Lyα
8524.69	168	Fe II	z⁶D_9/2 – c⁴F_7/2	8526.00	4p-4s
8543.15	175	Ca II (2)	3d ²D_5/2 – 4p ²P_3/2	8544.44
8546.49	1030	H I	Paschen 15	8547.73
		Fe II	z⁶D_9/2 – c⁴F_9/2	8548.12	4s-4p
8568.73	156	N I (8)	3s ²P_1/2 – 3p ²P_3/2	8570.09
8572.20	8	[Co II]	a³F₂ – a³P₂	8573.79
8576.07	66	Fe II	c⁴D_1/2 – w⁴P_3/2	8577.32
8579.77	131	[Cl II] (1F)	3p⁴³P₂ – 3p⁴¹D₂	8581.05	?id
		[V II] (11F)	a⁵F₃ – a³G₃	8581.46	?wl
8583.2	25	Fe II	b⁴G_7/2 – x⁴G_7/2	8585.08	Not in 98
8595.45	558	N I (8)	3s ²P_1/2 – 3p ²P_1/2	8596.36
		Mn II	z⁵P₂ – c⁵D₂	8597.22	4p-4s
8599.37	843	H I	Paschen 14	8600.76
8601.47	215	[Fe II]	a⁴H_13/2 – a²I_13/2	8602.86
8617.99	3025	[Fe II] (13F)	a⁴F_9/2 – a⁴P_5/2	8619.33
8630.24	993	N I (8)	3s ²P_3/2 – 3p ²P_3/2	8631.61
8649.84	118	Mn II	z⁵P₁ – c⁵D₂	8651.14	4p-4s
		[Ti II] (16F)	b⁴F_9/2 – a²H_11/2	8651.38
8654.45	59	Fe II	z⁶D_7/2 – c⁴P_5/2	8655.93	4p-4s
8656.87	168	N I (8)	3s ²P_3/2 – 3p ²P_1/2	8658.26
8663.34	203	Ca II (2)	3d ²D_3/2 – 4p ²P_1/2	8664.52
8666.05	847	H I	Paschen 13	8667.40
8673.25	696	Fe II	z⁶D_7/2 – c⁴F_7/2	8674.71	4p-4s
8681.40	284	N I (1)	3s ⁴P_5/2 – 3p ⁴D_7/2	8682.67
8684.47	384	N I (1)	3s ⁴P_3/2 – 3p ⁴D_5/2	8685.79
8687.29	325	N I (1)	3s ⁴P_1/2 – 3p ⁴D_3/2	8688.54
8696.19	75	Fe II	z⁶D_7/2 – c⁴F_9/2	8697.60	4p-4s
		Mn II	e⁷S₃ – x⁷P₄	8697.60
8704.53	300	N I (1)	3s ⁴P_1/2 – 3p ⁴D_1/2	8705.64
		[Cr II] (18F)	a⁴D_3/2 – a⁴F_5/2	8706.08
8707.73	264	Fe II	z⁶D_7/2 – c⁴F_5/2	8708.71	4p-4s
		Cr II	e⁶D_5/2 – 5p ⁶P_7/2	8709.02	Lyα
		[Fe II] (52F)	a²D2_5/2 – b²F_7/2	8709.22
8710.00	14	[Fe II]	a⁴H_11/2 – a²I_11/2	8711.15
8712.81	233	N I (1)	3s ⁴P_3/2 – 3p ⁴D_3/2	8714.09
8716.91	218	[Fe II] (42F)	a²G_9/2 – a²F_7/2	8718.19
8719.92	84	N I (1)	3s ⁴P_5/2 – 3p ⁴D_5/2	8721.23
8723.46	476	Fe II	e⁴D_7/2 – 5p ⁴P_5/2	8724.82	Lyα
8729.84	155	N I (1)	3s ⁴P_3/2 – 3p ⁴D_1/2	8731.30
		Mn II	z⁵P₂ – c⁵D₁	8730.92	4p-4s
8735.88	86	[Fe II]	a⁴H_11/2 – a²I_13/2	8737.22
8740.15	21	[Fe II]	b²P_3/2 – a²S_1/2	8741.47
8751.50	1208	H I	Paschen 12	8752.87
8758.3 ?	40	Cr II	e⁶D_9/2 – x⁶D_9/2	8759.76	Lyα
8761.8 ?	31	Cr II	e⁶D_7/2 – x⁶D_7/2	8783.62	Lyα; ?wl
8770.21	69	Mn II	e⁷S₃ – x⁷P₃	8771.58
8777.85	8	He I	3p ³P₂ – 9d ³D₃	8779.18	Not in 98
8782.04	69	Cr II	e⁶D_5/2 – x⁶D_5/2	8783.62	Lyα
8785.33	436	Cr II	e⁶D_3/2 – 5p ⁶P_5/2	8786.82	Lyα
		Mn II	z⁵P₁ – c⁵D₁	8786.53	4p-4s
8793.58	21	[Cr II] (18F)	a⁴D_5/2 – a⁴F_7/2	8794.53	?wl
8802.91	19	Unidentified
8806.26	416	Fe II	z⁶D_5/2 – c⁴P_5/2	8807.58	4p-4s
8807.5	149	Mg I (7)	3p ¹P₁ – 3d ¹D₂	8809.17	?id
8810.61	29	Fe II	b⁴G_11/2 – x⁴G_11/2	8812.25
8815.63	30	Fe II	e⁴D_7/2 – 5p ⁴F_7/2	8817.44	Lyα; ?wl
8821.09	157	Mn II	e⁷S₃ – x⁷P₂	8822.01
		Cr II	e⁶D_3/2 – x⁶D_3/2	8822.71	Lyα
8825.72	178	Fe II	z⁶D_5/2 – c⁴F_7/2	8827.02	4p-4s
8830.78	790	Cr II	e⁶D_7/2 – 5p ⁶P_7/2	8832.26	Lyα
8834.94	28	Fe II	(³H)5s e⁴H_9/2 – (³H)5p ⁴I_11/2	8836.39	?E_u
8839.93	576	Cr II	e⁶D_1/2 – 5p ⁶P_3/2	8841.35	Lyα
8863.85	1676	H I	Paschen 11	8865.22
8866.45	29	Cr II	e⁶D_1/2 – x⁶D_1/2	8867.54	Lyα
8876.92	396	Cr II	e⁶D_5/2 – 5p ⁶P_5/2	8878.43	Lyα
8886.88	156	[Fe II] (42F)	a²G_7/2 – a²F_5/2	8888.06
8893.05	1209	[Fe II] (13F)	a⁴F_7/2 – a⁴P_3/2	8894.32
8896.29	248	Cr II	e⁶D_3/2 – 5p ⁶P_3/2	8897.74	Lyα
8907.59	991	Cr II	e⁶D_7/2 – 5p ⁶P_5/2	8909.00	Lyα
8913.60	637	Fe II	z⁶D_5/2 – c⁴F_3/2	8915.08	4p-4s
		Cr II	e⁶D_5/2 – x⁶D_3/2	8915.07	Lyα
8917.42	1344	Cr II	e⁶D_9/2 – x⁶D_7/2	8918.89	Lyα
8923.19	145	Cr II	e⁶D_3/2 – x⁶D_1/2	8924.63	Lyα
8927.66	4564	Fe II	e⁴D_7/2 – 5p ⁴D_5/2	8929.10	Lyα
8939.09	108	Fe II	e⁴D_5/2 – 5p ⁴F_5/2	8940.50	Lyα
8948.10	12	Unidentified			Not in 98
8957.06	131	Fe II	e⁴D_5/2 – 5p ⁴D_3/2	8958.36	Lyα
8988.96	69	Cr II	e⁶D_9/2 – 5p ⁶P_7/2	8990.30	Lyα
9016.05	2150	H I	Paschen 10	9017.39
9029.94	134	N I (15)	3p ²S_1/2 – 3d ²P_1/2	9031.40
9034.65	262	[Fe II] (13F)	a⁴F_5/2 – a⁴P_1/2	9035.98
9046.75	68	N I	3s’ ²D_5/2 – 3p’ ²F_7/2	9048.36	?id
9053.22	692	[Fe II] (13F)	a⁴F_7/2 – a⁴P_5/2	9054.43
9061.73	246	N I (15)	3p ²S_1/2 – 3d ²P_3/2	9062.96
9069.9	756	[S III] (1F)	3p²³P₁ – 3p²¹D₂	9071.11	Not in 98
9071.66	744	Fe II	e⁴D_3/2 – 5p ⁴D_1/2	9072.95	Lyα
		[Cr II]	a⁴P_5/2 – b⁴F_3/2	9072.56
9076.82	2248	Fe II	e⁴D_5/2 – 5p ⁴P_5/2	9078.01	Lyα
9078.62	486	Fe II	e⁴D_5/2 – 4p ⁴P_3/2	9079.86	Lyα
9084.28	42	[Fe II] (49F)	a²H_9/2 – b²F_5/2	9085.91
		[Co II]	a³P₁ – b³P₀	9085.23
		[Co II]	a³P₂ – b³P₁	9085.29
9096.04	184	Fe II	e⁶D_9/2 – (⁵D)5p ⁶D_7/2	9097.60	?E_u
9107.74?	19	[V II] (25F)	a³P₀ – a¹P₁	9109.10	Not in 98 id?
9112.99?	29	Unidentified
9117.57	35	Fe II	z⁶D_1/2 – c⁴F_3/2	9118.60	4p-4s
		[Fe II] (51F)	a²D2_5/2 – b⁴D_7/2	9118.92
		Fe II	c⁴F_3/2 – z⁴G_5/2	9119.23
9123.86	1380	Fe II	e⁴D_7/2 – 5p ⁴D_7/2	9125.41	Lyα
9133.41	1300	Fe II	e⁴D_7/2 – 5p ⁴F_9/2	9134.89	Lyα
9138.48	3	Unidentified			Not in 99
9141.83	20	[V II] (9F)	a⁵F₁ – b³F₃	9142.56	?id
		Cr II	e⁶D_9/2 – (⁵D)5p ⁶D_9/2	9143.46	?E_u
9151.87	15	Cr II	e⁶D_7/2 – (⁵D)5p ⁶D_7/2	9153.26	?E_u
9157.00	132	Fe II	x⁴P_1/2 – e⁴D_1/2	9158.31	Lyα sec.
		Fe II	e⁶D_5/2 – (⁴P)sp ⁶P_5/2	9158.34	?E_u
9176.96	2592	Fe II	e⁴D_5/2 – 5p ⁴F_7/2	9178.40	Lyα
9179.05	2419	Fe II	e⁴D_3/2 – 5p ⁴F_5/2	9180.55	Lyα
9188.27	243	Fe II	e⁶D_7/2 – (⁵D)5p ⁶D_5/2	9189.67	?E_u
9198.01	1482	Fe II	e⁴D_3/2 – 5p ⁴D_3/2	9199.40	Lyα
9204.37	3681	Fe II	e⁴D_1/2 – 5p ⁴F_3/2	9205.65	Lyα
9205.5	2957	Fe II	e⁴D_7/2 – 5p ⁶F_7/2	9206.60	Lyα
		Fe II	e⁶D_9/2 – (⁵D)5p ⁶D_9/2	9206.58	?E_u
9212.00	567	Fe II	e⁴D_1/2 – 5p ⁴D_1/2	9213.41	Lyα
9219.25	67	Mg II (1)	4s ²S_1/2 – 4p ²P_3/2	9220.78
9227.89	207	[Fe II] (13F)	a⁴F_5/2 – a⁴P_3/2	9229.15
9230.15	2394	H I	Paschen 9	9231.55
9232.74	82	[Fe II]	b⁴F_9/2 – c²G_9/2	9234.24
9245.37	94	Mg II (1)	4s ²S_1/2 – 4p ²P_1/2	9246.80
9252.75	114	Fe II	e⁶D_5/2 – (⁵D)5p ⁶D_3/2	9254.30	?E_u
9268.71	428	[Fe II] (13F)	a⁴F_3/2 – a⁴P_1/2	9270.11
9273.44	45	Fe II	e⁶D_1/2 – (⁴P)sp ⁶P_3/2	9274.76	?E_u
9298.08	1459	Fe II	e⁴D_5/2 – 5p ⁴D_5/2	9299.44	Lyα
9304.84	191	Fe II	e⁶D_3/2 – (⁵D)5p ⁶D_1/2	9306.16	?E_u
9308.68	3	Unidentified			Not in 99
9324.31	114	Fe II	e⁴D_3/2 – 5p ⁴P_5/2	9325.62	Lyα
9328.21	74	Fe II	e⁶D_3/2 – (⁴P)sp ⁶P_5/2	9329.52	?E_u
9337.12	76	Fe II	e⁴D_5/2 – 5p ⁶F_3/2	9338.81	Lyα
		[Co II]	a³F₄ – b³F₃	9338.40
9343.69	165	Fe II	e⁴D_1/2 – 5p ⁴D_3/2	9343.83	Lyα
		[Cr II] (23F)	a⁴G_7/2 – a⁴F_9/2	9344.47
		[Cr II] (23F)	a⁴G_9/2 – a⁴F_9/2	9345.78
9350.09?	26	Cr II	e⁶D_5/2 – (⁵D)5p ⁶D_3/2	9351.68	Not in 99 E_u?
9352.29	147	[Fe II]	b⁴F_7/2 – c²G_7/2	9353.75
9378.22	73	Fe II	e⁴D_3/2 – 4p ⁴P_1/2	9379.53	Lyα
9383.13	60	[Fe II]	b⁴F_7/2 – c²G_9/2	9384.29
9387.97	439	N I (7)	3s ²P_1/2 – 3p ²D_3/2	9389.38
		[Cr II] (23F)	a⁴G_7/2 – a⁴F_7/2	9389.01
		[Cr II] (23F)	a⁴G_9/2 – a⁴F_7/2	9390.33
9389.99	601	Fe II	z⁶D_5/2 – c⁴P_3/2	9391.48	4p-4s
9393.93	946	N I (7)	3s ²P_3/2 – 3p ²D_5/2	9395.37
9400.23	95	[Fe II] (13F)	a⁴F_5/2 – a⁴P_5/2	9401.62
9407.88	864	Fe II	e⁴D_7/2 – 5p ⁶F_9/2	9409.21	Lyα
		Fe II	e⁴D_1/2 – (⁵D)5p ⁶D_1/2	9409.66	?E_u
9415.5	16	Fe II	c⁴F_7/2 – z⁴G_9/2	9416.71
9418.65	34	Fe II	e⁶D_7/2 – (⁵D)5p ⁶D_7/2	9419.88	?E_u
9422.26	9	Unidentified			Not in 99
9424.13	2	Cr II	c⁴D_1/2 – z⁴P_3/2	9425.34	Not in 99 id?
9424.97	11	Unidentified			Not in 98
9429.66	642	Fe II	e⁴D_7/2 – 4p ⁴G_9/2	9431.02	Lyα
		Fe II	e⁴D_5/2 – 5p ⁶F_5/2	9431.90	Lyα
9438.10	36	Fe II	e⁶D_5/2 – (⁵D)5p ⁶D_5/2	9439.26	Not in 98 E_u?
9445.28	196	[Fe III]	3d⁶³H₅ – 3d⁶¹G₄	9446.80	Not in 98
9448.08	17	Mn II	b⁵D₄ – z⁵P₃	6449.44
9453.23	44	[Cr II]	b⁴D_7/2 – b²H_9/2	9454.79	?id
9461.78	186	N I (7)	3s ²P_3/2 – 3p ²D_3/2	9463.27
9464.70	357	He I (67)	3s ³S – 5p ³P	9466.19	Not in 98
9466.3	205	Fe II	c⁴P_1/2 – z⁴S_3/2	9467.47
		[Fe II]	b⁴F_5/2 – c²G_7/2	9468.00
9470.5	31	[Fe II]	b⁴P_5/2 – b⁴D_5/2	9472.06
9472.02	155	[Fe II] (13F)	a⁴F_3/2 – a⁴P_3/2	9473.53
9476.70	7	Unidentified			Not in 99
9483.22	25	[Fe II]	a²F_5/2 – c²D_5/2	9484.26	?wl
9491.66	28	[Fe II]	b⁴P_5/2 – b⁴D_3/2	9493.20
		[Cr II]	b⁴D_1/2 – b²F_5/2	9493.25	?id
9498.91	284	Fe II	z⁴P_5/2 – d⁴P_3/2	9500.42	4p-4s
9501.27	87	Unidentified
9511.31	48	Fe II	e⁴D_5/2 – 5p ⁴D_7/2	9512.60	Lyα
9515.44	31	[Fe II]	a²G_9/2 – b²H_9/2	9516.45	Not in 99 wl?
9517.89	45	He I (76)	3p ³P – 7d ³D	9519.24	Not in 98
9528.07	161	Fe II	z⁶D_3/2 – c⁴P_3/2	9529.52	4p-4s
9532.16	2014	[S III] (1F)	3p²³P₂ – 3p²¹D₂	9533.23	Not in 98
9547.14	3990	H I	Paschen 8	9548.59
9555.54		[Cr II]	b⁴P_1/2 – a²S_1/2	9557.30
9557.97		Fe II	e⁴D_3/2 – 5p ⁴D_5/2	9559.46	Lyα
9561.15	159	Fe II	z⁴D_7/2 – d²F_7/2	9562.66	4p-4s
9573.78	699	Fe II	z⁴P_5/2 – d⁴P_5/2	9575.23	4p-4s
9581.65	55	Mn II	z⁵P₃ – e³F₄	9582.87	4p-3d
9591.96?	21	Fe II	z⁴D_7/2 – d²F_5/2	9593.57	4p-4s
		[Cr II] (16F)	a⁴D_1/2 – b⁴P_1/2	9593.59
9599.82	497	Fe II	e⁴D_5/2 – 5p ⁶F_7/2	9601.41	Lyα
		Fe II	e⁴D_3/2 – 5p ⁶F_3/2	9601.05	Lyα
9604.26	16	Mn II	z⁵P₃ – e³F₃	9605.04	4p-3d
		He I (71)	3s ¹S₀ – 6p ¹P₁	9606.05
9609.62	63	[Fe III]	3d⁶³H₄ – 3d⁶¹G₄	9611.23	Not in 98
9616.06	998	Fe II	z⁶D_1/2 – c⁴P_3/2	9617.60	4p-4s
9619.60	45	Fe II	e⁶D_3/2 – (⁵D)5p ⁶D_5/2	9621.24	?E_u
9625.00	13	Unidentified			Not in 99
9662.39	112	Fe II	e⁴D_9/2 – (⁴P)sp ⁶D_7/2	9663.87	?E_u
9671.01?	20	[Fe II]	b²P_3/2 – b²D_3/2	9672.31	Not in 99
9683.26	63	[Fe II]	a²G_9/2 – b²H_11/2	9684.73
9698.12	109	Fe II	e⁴D_3/2 – 5p ⁶F_5/2	9699.48	Lyα
9702.92	128	[Fe III]	3d⁶³H₆ – 3d⁶¹I₆	9703.93	Not in 98
		He I (75)	3p ³P – 7s ³S	9705.3
9709.99	42	Mn II	z⁵P₂ – e³F₃	9711.50	4p-3d
9712.63	16	[Fe II]	b²P_1/2 – a²S_1/2	9713.85	Not in 99
9781.29	23	Unidentified			Not in 99
9813.25	234	Fe II	z⁴P_3/2 – d⁴P_1/2	9814.81	4p-4s
9850.44	136	Fe II	z⁴F_7/2 – d²F_7/2	9851.80	4p-4s
9880.43	112	Fe II	z⁴D_5/2 – d²F_7/2	9881.95	4p-4s
9882.1	54	Fe II	z⁴D_5/2 – c²P_3/2	9883.84	4p-4s
9887.28?	37	Mn II	z⁵P₂ – c³P₂	9888.76	4p-3d
9896.17	201	Fe II	z⁴P_3/2 – d⁴P_3/2	9897.54	4p-4s
9911.48	953	Fe II	z⁶D_3/2 – c⁴P_1/2	9913.03	4p-4s
9944.1	154	[Fe III]	3d⁶³H₅ – 3d⁶¹I₆	9944.90	Not in 98
		[Co II]	a³F₂ – a¹D₂	9946.13
9950.36	70	[Fe II]	a²H_11/2 – b²G_9/2	9951.99
9953.6	33	Cr II	e⁴D_3/2 – (⁵D)5p ⁴F_5/2	9955.22	Lyα
9957.52	403	Fe II	z⁴F_9/2 – b⁴G_9/2	9959.05	4p-4s
		Mn II	z⁵P₁ – c³P₂	9960.17	4p-3d
9971.4	93	Unidentified
9975.83	242	Cr II	e⁴D_7/2 – (⁵D)5p ⁴F_9/2	9977.56	Lyα
9998.79	2221	Fe II	z⁴F_9/2 – b⁴G_11/2	10000.34	4p-4s
10006.71	252	Fe II	z⁶D_1/2 – c⁴P_1/2	10008.38	4p-4s
10050.58	4556	H I	Paschen 7	10052.13
10069.30	171	Cr II	e⁴D_7/2 – x⁶D_9/2	10070.97	Lyα
10107.21	34	N I (18)	3p ⁴D_1/2 – 3d ⁴F_3/2	10107.90
10110.77	97	N I (18)	3p ⁴D_3/2 – 3d ⁴F_5/2	10111.66
		Cr II	e⁴D_1/2 – x⁶D_3/2	10113.01	Lyα
10114.48	85	N I (18)	3p ⁴D_5/2 – 3d ⁴F_7/2	10115.25
10116.38	35	N I (18)	3p ⁴D_7/2 – 3d ⁴F_9/2	10117.41
10133.61	93	Fe II	z⁴P_1/2 – d⁴P_3/2	10134.56	4p-4s
10165.9	21	Fe II	z⁴D_7/2 – b⁴G_7/2	10166.39	4p-4s
		N I (18)	3p ⁴D_7/2 – 3d ⁴F_7/2	10167.63
10171.0		Unidentified
10175.57	521	Fe II	z⁴D_7/2 – b⁴G_9/2	10176.31	4p-4s
		Fe II	z⁴D_3/2 – d²F_5/2	10176.71	4p-4s
10177.78	290	Fe II	z⁴F_5/2 – d²F_7/2	10178.80	4p-4s
		Cr II	e⁴D_3/2 – (⁵D)5p ⁶P_5/2	10178.92	Lyα
10189.56	53	[Co II] (1F)	a³F₄ – b³F₄	10190.60
10212.85	74	Fe II	z⁴F_5/2 – d²F_5/2	10213.83	4p-4s
10280.7	78	Cr II	e⁴D_7/2 – x⁶D_7/2	10281.87	Lyα
10288.23	439	[S II] (3F)	3p³²D_3/2 – 3p³²P_3/2	10289.55
10312.67	126	He I (74)	3p ³P – 6d ³D	10314.1
10319.43	62	[V II]	b³D₂ – c³F₃	10320.61	?id
10321.91	425	[S II] (3F)	3p³²D_5/2 – 3p³²P_3/2	10323.32
10338.00	293	[S II] (3F)	3p³²D_3/2 – 3p³²P_1/2	10339.24
10371.97	166	[S II] (3F)	3p³²D_5/2 – 3p³²P_1/2	10373.34

Notes. The following comments are used: not in 98: The feature is not present in the 1998 observation. not in 99: The feature is not present in the 1999 observation. Lyα: Primary H Lyα pumped fluorescence transition. Lyα sec.: Secondary H Lyα pumped fluorescence transition. 4p-4s: A 4p-4s transition, discussed in section 5.5. Si iii] : Fluorescence line pumped by Si iii (Hartman & Johansson 2000) He ii: Fluorescence line pumped by He ii (Hartman & Johansson 2000) N iv]: Fluorescence line pumped by N iv] (Hartman & Johansson 2000) rd sh : red shoulder due to extended stellar wind is noticeable out to +400 km s^-1bl sh : blue shoulder due to extended stellar wind is noticeable out to –400 km s^-1“?” the feature is weak and may not be a true emission line. “?id”: The identification is regarded as uncertain. “?E_u”: the upper level has an excitation energy > 10 eV, and the excitation mechanism is questionable. “?wl”: Plausible identification, but the radial velocity differs from the mean, –45 km s^-1, by > 15 km s^-1.

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

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

Initial download of the metrics may take a while.