Description and Analysis of the Second Spectrum of Tantalum, Ta II

C C Kiess

doi:10.6028/jres.066A.012

. 1962 Apr 1;66A(2):111–161. doi: 10.6028/jres.066A.012

Description and Analysis of the Second Spectrum of Tantalum, Ta II

C C Kiess

PMCID: PMC5315330

Abstract

The spectrum has been observed from 2000.73 to 7813.40 A. There are 2,629 lines listed, of which 1,890 have been classified. Observed Zeeman patterns are recorded, as well as g-values. These have aided greatly in the work on analysis. The 61 known even levels have been grouped into 26 terms from the 5d ³ 6s, 5d ² 6s ² and 5d ⁴ configurations. The odd levels number 164; they have no assigned term designations. No series have been found, but the ionization potential is estimated to be between 16.0 and 16.5 electron volts.

1. Introduction

During the period 1930–1940 the concave-grating and quartz-prism spectrographs of the National Bureau of Standards were used to record photographically the spectra of several elements throughout the region from 1950 A in the ultraviolet to approximataly 13000 A in the infrared. The purpose of the investigations was to acquire data for descriptions of the spectra sufficiently extensive and homogeneous to serve for the analysis of their term- structures. These descriptions as finally tabulated comprise the wavelengths of the spectral lines, their estimated intensities, and their Zeeman effects. Thus far results have been published for the first and second spectra of chromium, Cr I and Cr II, [1],1 and for the second spectrum of molybdenum, Mo II [2]. This paper presents similar results for the second spectrum of tantalum, Ta II. A subsequent paper will present results for Ta I. It is of interest to note that no detailed description of this spectrum has appeared since the publication of volume 6 of Kayser’s Handbuch der Spectroscopie in 1912 [3], although the M.I.T. Tables of Wavelengths [4] do contain new wavelengths and estimated intensities for some of the stronger lines of Ta II.

2. Experimental Procedures

In the spectroscopy laboratory of this Bureau it was a common practice, whenever a spectrograph was adjusted for a given spectral region, to photograph the spectra of several elements during a period of observation. Thus, tantalum was one of the elements investigated concurrently with chromium and molybdenum. It is, therefore, unnecessary to repeat the statements, in the earlier papers, concerning the instruments, techniques, and accessories employed in making the observations. The electrodes used in the light-sources for this investigation were tantalum rods of high purity procured from the Fansteel Co. The only impurities detected in them, from measurements of the spectrograms, were a small amount of niobium (columbium), and a possible trace of wolfram (tungsten).

The first observations of the Zeeman effect for this Bureau’s work on the spectra of tantalum were made for us by B. E. Moore who used the electromagnet and grating-spectrograph of the Brace Laboratory of the University of Nebraska. His first results showed well-resolved patterns for many of the stronger lines of both Ta I and Ta II. However, his untimely death in 1925, brought to an end his cooperation in the work. With the acquisition of a Weiss water- cooled magnet by the NBS the work was continued here. Our first observations were made with the 21-ft concave grating ruled by Rowland with 20,000 lines per inch. The low reflectance of this instrument in the short-wave regions limited its use to the visible spectrum. Subsequently additional observations were made with the large Hilger E 185 quartz- prism spectrograph, and with the grating-spectrograph carrying the concave grating ruled by R. W. Wood with 30,000 lines per inch. Thus observations of the Zeeman effect, at fields of approximately 35,000 oersteds were obtained for lines of Ta I and Ta II in the spectral range from 2180 to 8300 A. Subsequently the excellent plates obtained at M.I.T. under the direction of G. R. Harrison were sent to the NBS for measurement and study. All lines from 2300 to 7700 A, showing magnetic broadening or splitting, were measured even though many of them were overlaid by the Zeeman patterns of adjacent lines.

3. Results

3.1. Wavelengths, Intensities, and Zeeman Effects

The results of this investigation are presented in tables 1, 2, and 3. The wavelengths listed in the first column of table 1 are, in general, mean values derived from measurements of two or more spectrograms. A few lines, measured only once on a more-strongly exposed plate, have been kept because their reality has been indicated by the term-analysis. Many of the lines exhibit hyperfine structure, which is designated by the letter c after the estimated intensity in the second column. The wavelengths adopted for such lines are weighted means of the components measured in the complex patterns. It is recognized that this is not a strictly legitimate procedure because in most of the complex lines the fainter components are not fully resolved; but the adopted wavelength is sufficiently close to the undetermined real value to serve the requirements for identification and classification.

Table 1.

Wavelengths, term combinations, and Zeeman effects of Ta II

Wave length λair	Intensity and notes	Wave number	Term combination	Zeeman pattern

7813.40	2	12795.01
7733.92	2	12926.05
7606.07	4	13143.78
7510.64	2	13310.78	c ³P₂—413(1)
6736.86	1	14839.61
11.75	1	14895.13	c ³F₃—385(2)
6598.80	4	15150.08		(0.00, 0.22, 0.46) 0.54 A
97.09	5	15154.03	c ³P₀—385(1)
67.94	3	15221.27
34.22	2	15299.82	d ³F₄—468(3)
00.81	5	15378.45	b ³G₅—466(4)
6496.20	1	15389.36
05.76	3	15606.64	c ³F₂—385(1)
6374.86	10	15682.38		(0.00, 0.27) 1.21, 1.44
69.04	18	15696.61	a ¹D₂—292(2)	(0.59, 1.19) 0.00, 0.52, 1.10, 1.72
11.50	1	15839.71	b ³G₄—440(4)
6286.85	1	15901.82
80.22	4	15918.61	c ³P₁—421(2)
73.54	1	15935.55	c ¹D₂—489(3)
39.91	1	16021.44	b ³D₃—466(4)
6187.75	3	16156.49
61.00	2	16226.64
57.50	5	16235.86	b ³G₃—430(2)
46.46	3	16265.03	b ³G₄—444(3)
34.82	10	16295.89		(0.00) 1.10
22.58	3	16328.46	c ¹G₄—514(4)
10.37	1	16361.09	b ³H₅—417(4)
6079.18	3	16445.03	b ³D₂—468(2)
42.47	1	16544.94	b ³D₃—471(3)
17.71	2	16613.02	c ³F₃—402(2)
5989.34	1	16691.70
80.86	5	16715.37	b ³G₃—435(3)
79.61	1	16718.87
72.96	1	16737.48	b ¹G₄—421(4)
63.72	1	16763.41	6 ³D₂—471(3)
53.85	1	16791.20	c ³P₂—448(3)
19.99	1	16887.24	b ³D₁—468(2)
5891.18	1	16969.83	c ¹G₄—521 (3)
78.31	7	17006.98	d ³F₂—468(2)
62.27	1	17053.51
38.98	3	17121.50	b ³H₄—415(3)
33.85	1	17136.59
5798.32	2	17241.59
94.35	1	17253.41	a ¹F₃—421(4)
90.78	2	17264.04
86.72	1	17276.17	b ³H₄—417(5)
82.90	1	17287.57	c ¹D₂—503(3)
53.43	3	17376.12	c ³F₂—403(1)
51.78	15	17381.10	a ⁵P₂—292(2)	(0.91, 1.80) …, 0.52, 1.40, 2.34
38.10	1	17422.54
5735.53	8	17430.34	b ³G₃—442(2)	(0.00, 0.39) 0.00w, 0.46, 0.85
35.21	2	17431.32	d ³F₄—489(3)
30.44	4	17445.83
18.33	8	17482.77	a ¹H₅—417(5)
16.07	3	17489.69	a ³G₃—292(2)
04.72	12	17524.48	c ³F₃—411(2)	(0.000) 0.964
5688.62	1	17574.08	b ¹G₄—429(3)
60.32	1	17661.95
57.40	3	17671.06	d ³F₂— 475(2)
49.61	1	17695.43
37.82	1	17732.43
36.43	8	17736.81	a ⁵D₁—312(1)
35.95	8	17738.32
20.19	2	17788.06	b ³G₅—490(5)
04.46	1	17837.98	b ³D₁—478(0)
00.63	18	17850.18	b ¹D₂—411(2)
5576.61	1	17927.06	a ³H₅—361(4)
74.46	15	17933.98	c ³F₃—415(3)
72.20	1	17941.25
69.80	10	17948.98	a ¹P₁—413(1)
62.18	4	17973.57	c ³P₀—413(1)
57.32	4	17989.29	a ⁵D₃—337(2)
52.64	8	18004.46	d ³F₄—495(3)
52.10	5	18006.20	b ³G₃—448(3)
51.65	4	18007.66
51.27	3	18008.90
05.39	7	18158.97	b ¹G₄—435(3)
5494.42	7	18195.23	a ¹F₃—430(2)
92.94	2	18200.13	c ³P₁—444(0)
71.74	5	18270.65
63.22	8	18299.14	c ¹D₂—513(1)
51.98	3	18336.87
41.98	3	18370.56	b ³D₂—487(1)
39.40	10	18379.27	d ³F₂—482(2)
16.62	1	18456.57	b ³D₃—490(2)
09.67	6	18480.28	b ³G₄—466(4)
5378.90	4	18585.99
77.45	3	18591.01	b ³H₅—440(4)
73.62	2	18604.26
69.73	5	18617.73	b ³G₃—454(2)
69.19	4	18619.64	b ³G₅—498(5)
67.44	4	18625.66	${\begin{matrix} c^{3} F_{2} — 415 (3) \\ c^{3} F_{4} — 417 (5) \end{matrix}$
55.82	7	18666.09	b ³G₄—468(3)
51.10	2	18682.55
44.57	8	18705.38
37.24	1	18731.07
32.66	1	18747.15	a ¹P₁—421(2)
27.06	1	18766.86
21.15	7	18787.71
20.69	2	18789.33
18.66	7	18796.50
06.67	1	18838.97
01.53	2	18857.23
01.16	3	18858.55	b ¹D₂—421(2)
5292.44	2	18889.62
90.32	7	18897.19	c ¹G₄—540(5)
86.15	2	18912.10	b ³D₃—495(3)
66.48	7	18982.72		(0.00 W) 0.93 A
60.67	25	19003.70	b ³G₄—471(3)	(0.000 W) 0.999
55.47	4	19022.48	b ³D₃—496(3)	(0.59) 1.16
5250.60	5	19040.14	c ³F₄—421(4)
49.29	7	19044.91	b ¹G₄—444(3)	(0.00 w) 1.56
48.62	3	19047.31
46.44	4	19055.23	c ¹G₄—542(4)
37.53	125c	19087.66	a ³D₁—337(2)	(0.00) 0.77 w
30.97	12	19111.60	b ³H₄—435(3)	(0.00 w) 0.94 w
29.91	5	19115.47	b ³G₄—472(4)	(0.51 B) 1.22 w
29.38	4	19117.39	b ³D₁—490(2)	(0.00, 0.36) 1.45
28.96	4	19118.92	d ³F₂—489(3)
03.70	15c	19211.74	${\begin{array}{l} a^{5} D_{2} — 337 (1) \\ b^{3} H_{5} — 446 (4) \end{array}$	(0.00, 1.33) 1.58, 2.74
01.38	12	19220.31	a ⁵D₂—337(2)	(0.72, 1.40) 0.08, 0.81, 1.52, 2.25
5196.91	6	19236.83	d ³F₂—490(2)	(0.46, 0.98) 0.39, 0.89, 1.39, …
93.80	10c	19248.36	d ³P₁—511(2)	(0.00) 1.14W
70.09	6	19336.65	a ⁵P₂—312(1)	(0.00) 1.35
65.88	7	19352.38		(0.00) 1.12
41.39	5	19444.59	c ³F₃—430(2)	(0.00) 1.13
40.06	1	19449.60	b ¹G₄—448(3)
39.40	3	19452.12		(0.00) 1.44
35.55	2	19466.69		(0.00) 1.07
22.54	5	19516.11		(0.00) 0.77
11.51	3	19558.22	b ³G₃—463(2)
09.36	90c	19566.49	b ³F₂—292(2)	(0.534, 1.071 W) 0.000, 0.523, 1.064, 1.600w
04.33	1	19585.74	d ³P₁—515(2)
03.80	5	19587.80		(0.00) 1.14
01.85	40	19595.26	a ³D₂—367(3)	(0.00 W) 1.10w
5097.24	20c	19613.00	${\begin{array}{l} b^{3} P_{1} — 369 (1) \\ a^{3} G_{4} — 323 (3) \end{array}$	(0.00 w) 1.031w
85.35	4	19658.86	a ¹P₁—430(2)	(0.00) 1.06
84.36	2	19662.70	a ¹P₁—430(0)
56.70	25	19770.22	${\begin{array}{l} b^{3} P_{2} — 382 (3) \\ b^{1} D_{2} — 430 (2) \end{array}$	(0.508) 1.111
44.87	150	19816.59	b ³G₃—466(4)	(0.000, 0.389, 0.751, 1.125) 0.508, 0.892, 1.245, 1.618, 1.986, 2.363
34.98	4c	19855.51	b ³P₁—372(2)
29.59	12	19876.80	c ³F₄—429(3)	(0.000 w) 0.799 wA
13.62	3	19940.11	c ³P₁—461(1)	(0.000 w) 1.354w
4999.20	15	19997.63	b ³H₄—444(3)	(0.000) 1.075B
93.24	15	20021.48	b ³G₃—468(2)
89.98	10	20034.56	b ³P₂—385(1)	(0.000, 0.973) 1.442, 2.415
64.78	12c	20136.28	c ³F₂—430(2)	(0.67) 0.96
62.34	8c	20146.16	a ¹D₂—337(1)
59.58	15c	20157.35		(0.183W) 1.187 W
53.87	1	20180.62
52.94	1	20184.38
50.77	3	20193.23	b ³H₄—446(4)
46.04	8	20212.57	b ³G₅—514(4)	(0.000) 1.129
41.55	12	20230.93	a ⁵D₁—337(1)	(1.232) 0.275, 1.512
39.36	2	20239.89	a ⁵D₁—337(2)
34.03	10c	20261.74	a ³H₄—361(4)	(0.00W) 1.19
06.94	4	20373.61	a ³G₄—330(5)
03.76	3	20386.84	a ⁵D₃— 361(4)
4895.40	8	20421.64
91.37	1	20438.47	c ¹D₂—534(3)
90.27	3	20443.05	a ⁵P₂—323(3)
88.66	7	20449.80	b ³D₃—510(3)	(0.24) 1.25
88.35	6	20451.07	a ⁵D₃—361(2)	(0.000, 0.533, 1.038) 1.460, 1.978, 2.477
85.79	7	20461.82	${\begin{array}{l} b^{3} P_{2} — 389 (3) \\ c^{3} F_{4} — 435 (3) \end{array}$	(0.00w) 0.47w
79.88	6	20486.59	b ³G₅—517(5)	(0.000) 1.170
4876.40	2	20501.18		(0.00) 1.07
73.19	3	20514.70
66.79	2	20541.70	c ³P₁—467(2)
64.48	50c	20551.42	a ³G₃—323(3)	(0.00W) 0.93 w
61.03	3	20566.03		(0.000) 0.986
60.51	3	20568.24	b ³D₁—505(1)
59.29	2	20573.38	b ³D₃—511(2)	(0.00) 1.12
58.38	7	20577.27	a ¹F₃—454(2)	(0.000, 0.189, 0.372) 0.613, 0.783, 0.959, …
55.51	8	20589.42	d ³F₄—521(3)	(0.000W) 1.114w
43.84	5	20639.00	c ³F₃—442(2)	(0.000, 0.174, 0.351) 0.719, 0.906, 1.070, …
38.54	1	20661.60		(0.000W) 1.225
37.00	2	20668.20	b ³D₂—510(3)
32.95	1	20685.50	b ³G₃—475(2)
32.50	1	20687.43	d ³ F₂—505(1)
29.67	10	20699.56	b ³P₀—369(1)	(0.000) 0.686w
24.98	4	20719.70	c ¹D₂—537(1)
08.26	6	20791.72	b ³D₂—511(2)	(0.592) 1.045, 1.367
06.37	3	20799.92	a ¹P₁—442(1)
05.87	12	20802.09	b ³F₄—392(3)
04.03	10	20810.03	c ³F₃—444(3)	(0.129, 0.254, 0.390) 0.683, 0.819, 0.939, 1.065, 1.213, 1.333
4798.57	2	20833.72
94.09	15	20853.18	a ¹P₁—442(2)	(0.000) 1.302w
93.28	3	20856.73
89.43	4	20873.47	b ³H₅—462(4)	(0.00) 1.57
85.68	4	20889.82	b ³G₄—490(5)
78.25	8	20922.33	c ³F₄—440(4)	(0.306w) 0.974w
65.18	4	20979.70
64.71	4	20981.77
61.42	7	20996.24	b ³G₃—478(3)	(0.360, 0.698, 1.036) 0.488, 0.844, 1.200, 1.552, 1.913
60.79	5	20999.04		(0.000w) 1.252w)
59.31	2	21005.59	c ³F₃—446(4)
52.36	3	21036.76	c ³P₂—490(2)
51.96	7	21038.03	a ⁵D₃—367(3)	(0.559, 0.937) …, 1.159, 1.458, 1.754
36.75	35	21105.60	a ⁵D₀—337(1)	(0.000) 0.270
31.27	8	21130.05		(0.000w) 0.704w
28.96	5	21140.39	b ³P₁—385(2)	(0.000) 0.996B
26.84	5c	21149.89
24.54	3	21160.15	b ³P₁—385(1)
17.93	8	21189.80	a ³D₃—397(4)
15.28	7c	21201.71
12.37	2	21214.83	c ³F₃—448(3)
11.79	1	21217.42
08.66	10	21231.52	b ³H₅—466(4)	(0.000, 0.152, 0.315, 0.465, 0.620) 0.425, 0.588, 0.744, 0.898, 1.056, 1.208
08.07	1	21234.17	b ³D₁—511(2)
04.54	3	2 1250.12	b ³F₄—397(4)	(0.000W) 1.231w
4698.46	3	21277.63	c ³F₂—442(1)	(0.000, 0.442) 0.699, 1.158w
86.79	5	21330.60	c ³F₂—442(2)
84.04	3	21343.10
83.07	20	21347.54	${\begin{array}{l} a^{3} D_{2} — 385 (2) \\ c^{3} F_{4} — 444 (3) \end{array}$	(0.235, 0.402) 0.864, 1.040, 1.232, 1.404
79.64	3	21363.20	b ³D₁—513(1)	(0.057) 1.017
78.01	10	21370.64	${\begin{array}{l} c^{1} G_{4} — 565 (5) \\ b^{3} G_{4} — 495 (3) \end{array}$	(0.00W) 1.47B
74.93	2	21384.70
70.78	2	21403.72
67.24	4	21419.96
65.94	1	21425.89
4657.75	3	21463.57
57.03	2	21466.89
37.45	5	21557.52	a ³H₅—397(4)	(0.000w) 0.541A
29.24	5c	21595.76	b ³F₃—361(2)	(0.000w) 1.004A
23.67	5	21621.78	${\begin{array}{l} c^{1} D_{2} — 546 (3) \\ a^{1} F_{3} — 464 (2) \end{array}$	(0.000, 0.123, 0.252) 0.702w, 0.813
10.79	10	21682.17	a ⁵D₂—361(2)	(0.511, 1.029) 0.430. 0.951, 1.471, 1.992
4591.74	10	21772.16	b ³G₄—499(4)	(0.315, 0.472, 0.637) 0.647, 0.819, 0.979, 1.129, 1.283, 1.454, 1.593, 1.769.
89.32	8	21783.61	b ¹G₄—471(3)	(0.000) 1.092
85.03	10	21803.99	b ³P₂—403(1)	(0.000, 0.212) 1.404, 1.619
81.89	10	21818.94	b ³H₆—478(6)	(0.478, 0.640, 0.798, 0.961) …, 1.088, 1.257, 1.406, 1.576, 1.740
80.03	10	21827.81	a ¹P₁—452(1)	(0.353W) 1.191W
79.45	12	21830.56		(0.000) 1.396
79.32	25	21831.18	a ⁵P₂—337(1)
78.21	2	21836.47	c ¹G₄—569(4)
77.52	4	21839.79	a ⁵P₂—337(2)
74.85	6	21852.52	c ³P₀—452(1)	(0.000) 1.463
62.99	3	21909.31	c ¹G₄—570(3)
57.65	3	21934.98
56.81	3	21939.03	b ¹D₂—452(1)	(0.000, 0.353) 0.761, 1.100
50.90	2	21967.54	b ³G₅—532(5)	(0.00) 1.06
49.93	4	21972.19
48.08	7	21981.12	a ¹F₃—468(2)	(0.000, 0.118, 0.239) 0.799, 0.916, 1.035
35.77	8	22040.78	a ⁵P₁—454(2)	(0.000) 0.485
30.00	12	22068.89	a ¹H₅—462(5)	(0.376, 0.580, 0.776) 0.616, 0.815, 1.014, 1.212, 1.398, 1.595
18.03	5	22127.32	a ³D₂—392(3)	(0.000 W) 1.014A
14.16	4	22146.32
13.57	10	22149.22	b ³G₄—503(3)	(0.000, 0.224, 0.435, 0.649) 0.394, 0.615, 0.842, 1.045
06.74	12	22182.77	b ³F₃—367(3)	(0.303, 0.555) 0.835, 0.997, 1.168, …
00.64	10	22212.85	b ³H₄—466(4)	(0.445, 0.676, 0.906) 0.432, 0.656, 0.873, 1.093, 1.320, 1,553, 1.760
4493.45	2	22248.89		(0.000w) 0.962w
92.82	2	22251.47	b ³G₃—490(2)
89.30	40	22268.94	a ⁵D₂—367(3)	(0.000, 0.300, 0595w) 0.562w, 0.871w, 1.172, 1.466
88.25	1	22274.13
87.84	1	22276.20
86.92	1	22280.75
82.00	4	22305.22	c ³F₂—452(1)	(0.00, 0.80) 0.00, 0.80
79.82	2	22316.04
79.18	3	22319.23
78.05	3	22324.88
77.61	4	22327.07
74.67	7	22341.75	b ³G₄—505(5)	(0.000W) 1.214W
65.65	6	22386.87	b ³D₃—530(2)	(0.000, 0.211, 0.434) 0.817, 1.031, 1.252, 1.466
63.34	3	22398.46	b ³H₄—468(3)
60.80	5	22411.22	a ¹F₃—472(4)	(0.000, 0.215, 0.428, 0.652) 0.983, 1.197, 1.397, 1.612, 1.827
59.15	6	22419.52	${\begin{array}{l} a^{1} H_{5} — 466 (4) \\ a^{3} H_{4} — 382 (3) \end{array}$	(0.000, 0.205, 0.400, 0.585) 0.239, 0.407, …
57.95	4	22425.53	a ³F₃—292(2)
40.71	4	22512.62	a ⁵D₄—397(4)	(0.000W) 1.276
39.64	4	22518.04	c ³F₂—454(2)
37.81	3	22527.32		(0.000W, 0.109) 1.684W B?
25.34	2	22590.78	a ³D₃—411(2)	(0.00) 1.02
22.94	10	22603.05	a ³D₁—372(2)	(0.000, 0.222w) 0.445w, 0.632
22.49	3	22605.35	b ³D₂—530(2)
21.36	1	22611.14
20.24	6	22616.88	a ¹D₂—361(2)	(0.168, 0.320) 0.777, 0.942, 1.115, 1.272
18.06	4	22628.01	b ³F₂—323(3)
4413.89	8	22649.39	${\begin{array}{l} a^{3} H_{5} — 408 (6) \\ b^{3} F_{3} — 372 (2) \end{array}$
08.92	3	22674.90	d ³F₄—542(4)	(0.000) 1.160w
03.73	25	22701.66	a ⁵D₁—361 (2)	(0.000, 0.562) 0.399, 0.950, 1.509
01.13	4	22715.06
00.32	5	22719.24	b ³D₃—533(4)	(0.000, 0.148, 0.310, 0.469) 0.644, 0.794
4398.85	3	22726.84
97.06	8	22736.09	${\begin{array}{l} a^{5} D_{2} — 372 (2) \\ b^{3} H_{4} — 471 (3) \end{array}$	(0.000, 0.113, 0.240, …) 0.842w A
91.79	2	22763.37	b ³G₃—495(2)
90.84	12	22768.28	a ¹P₁—461(1)	(0.000w) 0.852w
86.77	4	22789.43	a ⁵D₃—385(2)	(0.000, 0.459) 1.455, 1.876, 2.309
81.39	8	22817.40	b ³G₃—476(3)	(0.198, 0.379, 0.560) 0.478, 0.665, 0.849, 1.034, 1.222, 1.390
76.75	5	22841.60	b ³D₃—534(3)	(0.069) 1.208
74.47	20	22853.50	a ³H₆—408(6)	(0.434) 1.120
74.21	50	22854.83	b ³P₂—413(1)	(0.000, 0.432) 1.007, 1.328
73.06	3	22860.84	b ³D₁—528(1)
71.48	1	22869.10
71.11	2	22871.08	c ³F₃—464(2)
63.96	8	22908.51	b ³G₄—510(3)	(0.000, 0.101, 0.206, 0.314) 0.781, 0.848, 0.959
62.51	2	22916.13
60.02	4	22929.24	b ³P₁—403(1)	(0.000w) 1.282B
58.14	40	22939.13	b ³G₅—542(4)	(0.000) 1.126
56.42	2	22948.16
54.27	3	22959.50
50.21	8	22980.94	${\begin{array}{l} d^{3} F_{2} — 528 (1) \\ a^{1} P_{1} — 463 (2) \end{array}$	(0.00) 1.48
47.88	15	22993.24	a ⁵P₁—337(1)
46.53	10	23000.39	a ³D₃—415(3)	(0.138, 0.285, 0.466) 0.944, 1.085, 1.214, 1.365, 1.495, …
41.85	2	23025.17	c ³F₃—466(4)	(0.00) 1.78B
41.00	8	23029.68	c ³P₂—510(3)	(0.000, 0.211) 0.764, 1.005, 1.203, 1.387, …
38.24	12	23044.36	b ³H₆—490(5)	(0.000, 0.096, 0.198, 0.290) 0.657, 0.747, 0.835, 1.032, 1.105, …
37.61	4	23047.69	b ³D₁—530(2)
35.21	2	23060.44	b ³F₄—415(3)
31.15	6	23082.07
28.79	7	23094.67
27.58	5	23101.13
26.21	3	23108.42	b ³G₃—499(4)
24.65	5	23116.77	d ³F₄—546(3)
21.05	4	23136.04	a ³D₂—403(1)	(0.000) 1.228w
20.38	2	23139.62
17.86	2	23153.09	c ³P₂—511(2)	(0.000) 1.319
11.12	2	23189.33
09.77	1	23196.58	b ¹D₂—464(2)
07.11	4	23210.88	c ³F₃—468(3)
06.83	15	23212.43	c ³F₄—462(5)	(0.000, 0.170, 0.334, 0.516) 0.842, 1.018, 1.199, 1.366, 1.548, 1.722, 1.913
05.28	3	23220.77
03.52	15	23230.25	c ³F₃—468(2)	(0.000) 1.054
4294.02	12	23281.65	b ³F₄—417(4)	(0.000) 1.250
82.01	8	23346.96		(0.000) 0.996
80.85	3	23353.28	a ¹F₃—482(2)	(0.00) 0.59
79.96	2	23358.13	c ³P₁—495(2)
75.69	2	23381.45
73.68	3	23392.48	b ³H₄—478(3)	(0.00) 0.34A
71.09	7	23406.62
67.30	30	23427.45	a ¹D₂— 369(1)	(0.00, 0.35) 0.63, 1.18, 1.59
65.05	2	23439.80
64.43	1	23443.18
4263.50	3	23448.32
62.95	4	23451.32		(0.00) 1.26
61.63	4	23458.59	c ³F₂—463(2)
55.92	2	23490.04	c ³P₂—515(2)	(0.00) 1.41
42.74	20	23563.02	${\begin{array}{l} c^{3} F_{2} — 464 (2) \\ c^{3} F_{4} — 466 (4) \end{array}$	(0.357, 0.546, 0.721) 0.667, 0.874, 1.032, 1.214, 1.385, 1.562, 1.745
41.59	8	23569.15	a ³D₃—421(4)	(0.000) 1.132
35.93	15	23600.91	a ¹F₃—484(4)	(0.000, 0.286, 0.572, 0.859) 0.996, 1.272, 1.554, 1.826, 2.115
35.51	7	23603.26	${\begin{array}{l} d^{3} P_{1} — 555 (2) \\ a^{1} H_{5} — 478 (6) \end{array}$	(0.00) 1.42
30.87	40	23629.16	b ³F₄—421(4)	(0.000W) 1.248
23.49	6	23670.44	a ¹D₂—372(2)	(0.48, 0.98) 0.11, 0.63, 1.16, 1.65
20.09	3	23689.53	b ³F₃—382(3)
19.70	1	23691.71		(0.00) 1.06
18.44	12	23698.79		(0.102) 1.186
13.43	4	23726.93	a ³H₆—417(5)	(0.00W) 0.92
13.02	2	23729.27		(0.16) 0.85
09.57	6	23748.71	c ³F₄—468(3)	(0.00, 0.16, 0.36, 0.53) 0.50, 0.69, …
08.42	12	23755.20	a ⁵D₁—372(2)	(0.000, 0.892) −0.267w, +0.611, 1.493
01.02	15c	23797.06	a ¹F₃—486(2)	(0.00w) 0.81w
00.30	2	23801.10	d ³F₂—536 (2)	(0.00) 1.19
4190.51	10	23856.70		(0.000w) 1.244, 1.738
87.43	10	23874.27	b ¹D₂—471(3)	(0.000) 1.076
85.06	7	23887.81	a ³D₁—385(2)	(0.000, 0.169) 1.080, 1.234
83.93	7	23894.22	c ³F₃—475(2)	(0.000, 0.220, 0.428) 0.636, 0.815
82.43	8	23902.80	c ³F₂—468(3)	(0.00, 0.50, 1.03) 1.13, 1.65, 2.18
81.64	8c	23907.35	a ³D₁—385(1)	(0.00) 1.20
79.06	15c	23922.07	c ³F₂—468(2)	(0.392, 0.792w) 1.098, 1.497w
76.93	25c	23934.30	b ³F₃—385(2)	(0.000) 0.988
76.62	1	23936.09	a ³H₅—421 (4)	(0.00) 0.98B
69.03	15c	23979.62	b ³P₁—413(1)
62.67	60c	24016.28	b ³F₂—337(1)
62.45	8c	24017.54	a ⁵D₃—397(4)
61.20	12c	24024.77	${\begin{array}{l} b^{3} D_{3} — 546 (3) \\ b^{3} F_{2} — 337 (2) \end{array}$	(0.282, 0.532) …?, 0.536, 0.807, 1.061
59.02	3	24037.34	b ³H₄—484(4)
58.51	3	24040.31	a ⁵D₂—385(1)
55.40	7c	24058.29	a ³G₄—367(3)	(0.162W) 0.754W
52.19	5	24076.89	c ³P₂—521(3)
39.52	7	24150.58	b ¹G₄—495(3)	(0.000, 0.220, 0.432, 0.652) 0.438, 0.657, 0.868, 1.090, 1.310
33.35	5	24186.65	a ³D₂—413(1)	(0.00, 0.71) 0.55, 1.15
30.22	4	24204.95	c ³F₃—478(3)	(0.261, 0.382) 1.18
24.65	8	24237.67	b ³G₅—555(5)	(0.000W) 0.871A
20.67	8	24261.03	b ¹G₄—496(3)	(0.000) 1.196w
10.10	5	24323.44	a ⁵D₄—415(3)	(0.000) 1.183B
09.40	4	24327.57	${\begin{array}{l} b^{3} G_{4} — 524 (4) \\ a^{5} P_{3} — 367 (3) \end{array}$	(0.121) 1.062
4099.42	8c	24386.81	a ⁵D₀—369(1)	(0.000) 0.682w
95.53	8c	24409.97	a ³G₃—361(2)	(0.000) 0.913B
94.60	3	24415.52		(0.00, 0.36, 0.75, 1.13) 0.73, 1.10, …
86.17	2c	24465.88	b ³F₄—429(3)	(0.000) 0.797w
85.07	1	24472.48	b ³H₅—498(5)	(0.30, 0.52) 0.27
84.13	2	24478.12	a ⁵D₄—417(5)	(0.000) 1.291A
75.50	10	24529.94	${\begin{array}{l} b^{3} H_{4} — 489 (3) \\ b^{1} D_{2} — 478 (3) \end{array}$	(0.00, 0.30, 0.60, 0.91) 0.08, 0.38, 0.68, 1.00
74.43	1	24536.38	c ³P₂—525(3)	(0.000) 1.454w
73.13	7c	24544.20	a ⁵D₄—417(4)	(0.00W) 1.19W
66.22	4	24585.95	c ³F₂—475(2)	(0.58, 1.19) 0.00w, 0.71, 1.30, 1.88
60.21	4	24622.33	b ³H₄—490(5)	(0.000, 0.237, 0.488, 0.739, 0.991) …, 1.702, 1.950, 2.195
54.15	2	24659.14
4050.00	3	24684.41		(0.073) 1.062
49.09	1	24689.91	d ³F₂—545(2)
48.31	2	24694.70		(0.000, 0.291, 0.580) 1.149, 1.426, 1.712
45.02	3c	24714.76	b ³F₂—392(3)
40.47	4c	24742.61	c ³F₄—478(3)	(0.000, 0.168, 0.344, 0.522) 0.497, 0.671, 0.846, 1.020, …
34.66	2c	24778.25	b ³P₁—421(2)	(0.00) 1.23
30.96	10c	24801.00	a ⁵D₂—392(3)	(0.000, 0.336, 0.662) 0.470w, 0.804, 1.137, 1.470
29.08	2	24812.58		(0.000, 0.427, 0.845) 0.077, 0.548, 0.964, …
16.82	5	24888.27	a ⁵P₂—367(3)	(0.000, 0.252, 0.502) 0.666, 0.914, 1.162, …
16.28	7	24891.64	a ⁵D₄—421(4)	(0.193WA) 1.234W
10.49	3	24927.55	${\begin{array}{l} b^{3} D_{3} — 555 (2) \\ b^{1} D_{2} — 482 (2) \end{array}$
10.24	5	24929.08	b ¹G₄—503(3)	(0.000, 0.224, 0.451, 0.663) 0.640, 0.849, 1.052
05.97	5	24955.69		(0.000, 0.269, 0.518) 0.696, 0.950, 1.212, …, …
04.83	3	24962.77	c ³P₁—511(2)	(0.000w) 1.347w
3999.39	3c	24996.74	a ³G₃—367(3)	(0.358, 0.880) 0.811, 1.314, 1.815, 2.332
92.44	10	25040.26	a ⁵D₁—385(2)	(0.000, 0.489) 0.513, 1.007, 1.497
92.15	1	25042.05	c ¹D₂—580(1)	(0.000) 0.850
90.76	10	25050.83	b ³F₄—435(3)	(0.000, 0.158, 0.329, 0.484) 0.952, 1.083, 1.229, 1.370, 1.504
89.32	2	25059.81	a ⁵D₁—385(1)	(1.04) 0.50, 1.39
87.96	3	25068.41	a ¹F₃—499(4)	(0.000, 0.260, 0.505) 1.073, 1.356, 1.578, 1.830
87.82	2	25069.29	b ³G₄—532(5)
86.21	3	25079.37		(0.000) 1.023
84.58	2	25089.65	${\begin{array}{l} b^{3} H_{4} — 495 (5) \\ c^{1} G_{4} — 602 (3) \end{array}$	(0.00wD) 0.80A
84.26	12	25091.68	c ³P₁—513(1)	(0.623) 1.046, 1.336
80.99	25c	25112.28	a ⁵P₂—369(1)	(0.000, 0.868) 0.680, 1.418, 2.151
75.64	8	25146.06	b ³D₂—555(2)	(0.000) 1.049
74.19	6	25155.22		(0.496) 1.225W
72.99	18c	25162.84	b ³F₃—397(4)	(0.000, 0.217, 0.442w 0.781w) 0.768, 0.996, 1.213, 1.399, 1.637w, 1.875w
70.57	10	25178.16	b ³G₄—533(4)	(0.148) 1.099W
69.70	2	25183.72	b ³G₅—564(5)
64.96	4	25213.80	b ³H₄—496(3)	(0.000) 0.890
61.60	20	25235.18	b ³D₃—558(2)
58.55	3	25254.63	b ³G₅—565(5)	(0.00W) 0.58
57.62	4	25260.58	a ¹P₁—486(2)	(0.000) 1.130
56.35	2	25268.66
54.68	5	25279.37	b ³H₅—506(6)
52.70	7	25292.04	b ³G₃—521(3)	(0.478, 0.738) 0.358, 0.593, 0.841, 1.094, 1.329
51.50	10c	25299.67	c ³P₁—515(2)	(0.000, 0.113) 1.196, 1.310
44.85	10	25342.31	c ³F₃—489(3)	(0.195, 0.394, 0.602) 0.675, 0.874, 1.071, 1.271, 1.462, 1.674
43.78	10	25349.23		(0.000) 0.867
42.84	5	25355.26	a ⁵P₂—372(2)	(0.84, 1.58) 0.16, 0.64, …
41.86	3	25361.52		(0.00, 0.22, 0.42) 0.89A
41.65	3	25362.91
40.52	4	25370.20	a ¹P₁—487(1)	(0.44) 0.75, 1.37
40.26	6	25371.86	b ¹D₂—486(2)	(0.069) 1.133
36.68	10	25394.90	c ³P₀—487(1)	(0.000) 1.818
35.90	3	25399.93
35.57	12	25402.11	a ¹D₂—389(3)	(0.000, 0.122, 0.230) 0.763, 0.874, 1.007, 1.142
32.85	1	25419.66
27.92	5	25451.56	a ³D₃—440(4)	(0.000, 0.843) 1.600
26.48	7	25460.90
26.02	12c	25463.88	${\begin{array}{l} a^{3} G_{3} — 372 (2) \\ a^{5} P_{1} — 361 (2) \end{array}$	(0.00) 0.85w
24.56	5c	25473.38	b ³D₂—558(1)	(0.000) 1.066
24.15	2	25476.00
22.44	60c	25487.09	a ³F₃—323(3)	(0.226, 0.359) 0.817, 0.940, 1.074, 1.214
3917.62	8	25518.48	b ³D₃—561(4)	(0.000) 1.316
15.97	2	25529.20	d ³F₄—570(3)	(0.000, 0.284, 0.557, 0.846) 0.335,, 0.590, 0.853, 1.142, 1.420, …
14.05	7	25541.78
12.14	1	25554.22	a ³P₂—312(1)
10.48	5	25565.03	${\begin{array}{l} b^{3} D_{1} — 555 (1) \\ a^{3} G_{4} — 382 (3) \end{array}$	(0.00) 1.24
06.01	2	25594.32
03.15	1	25613.07	b ³D₂—560(2)	(0.000) 1.066
02.10	2	25619.97		(0.000w) 0.000w
3899.91	2	25634.33		(0.00) 0.00
98.48	1	25643.73
96.61	10c	25656.04
95.97	2	25660.29	a ¹H₅—498(5)
95.50	2	25663.39	b ³G₃—524(4)	(0.000, 0.247) 1.592
93.31	8	25677.82		(0.00) 0.95
92.10	2	25685.77
91.90	2	25087.08
91.55	10	25689.43	b ³P₁—430(2)	(0.000, 0.187) 0.844, 1.061
90.16	1	25698.59
89.42	20c	25703.52	a ³H₄—415(3)	(0.000W) 1.071wA
88.68	20	25708.39	d ³F₂—552(2)	(0.394W) 1.060WD
88.20	4	25711.56	a ¹H₅—499(4)
85.32	8	25730.63
84.56	3	25735.62	a ¹D₂—392(3)	(0.000w) 1.172w
84.18	2	25738.19	${\begin{array}{l} c^{3} F_{2} — 486 (2) \\ a^{5} D_{2} — 402 (2) \end{array}$
77.02	4	25785.03	b ¹D₂—490(2)	(0.204, 0.411) 0.902, 1.111, 1.315, 1.518
73.38	10	25809.92	a ⁵D₂—403(1)	(0.000, 0.242) 1.233, 1.466, 1.700
72.01	2	25819.07	a ³H₅—440(4)	(0.00) 1.04
70.64	35c	25828.20	a ⁵D₃—415(3)	(0.254, 0.504, 0.778) 0.687, 0.948, 1.202, 1.454, 1.711, 1.959
67.74	10	25847.56	c ³F₂—487(1)	(0.000) 0.671
66.24	50c	25857.57	a ³H₄ 417(5)
62.89	2c	25880.03	c ³F₄—489(3)	(0.000, 0.250, 0.523, 0.800, …) 0.530, 0.790, 1.096, 1.258
62.62	2	25881.82
61.95	3	25886.30
60.50	7	25896.07	${\begin{array}{l} b^{3} D_{1} — 558 (2) \\ a^{3} D_{2} — 430 (2) \end{array}$
59.36	2c	25903.69
57.56	15	25915.79	${\begin{array}{l} b^{3} D_{1} — 558 (1) \\ c^{3} F_{3} — 495 (3) \end{array}$	(0.243, 0.475, 0.716) 0.589, 0.836, 1.072, 1.308, 1.544, 1.771
56.93	3	25920.03
56.33	10c	25924.05	a ³H₄—417(4)
54.83	2c	25934.11	a ⁵D₀—385(1)	(0.000) 0.127, 0.476
54.15	1	25938.71
52.61	1	25949.06
51.84	4	25954.24	c ¹G₄—611(4)	(0.137w) 1.049w
49.15	4	25972.42	${\begin{array}{l} c^{3} F_{4} — 490 (5) \\ c^{3} F_{3} — 495 (2) \end{array}$
45.62	3	25996.24		(0.000W) 1.067 A
43.02	2	26013.80
42.70	2	26015.99	d ³F₂—558(2)
37.48	1	26051.37
35.36	12	26065.75	b ³H₅—514(4)	(0.000WD) 0.791 A
34.13	2	26074.11	b ³H₄—505(5)
33.74	100c	26076.80	a ³F₂—292(2)	(0.220, 0.460) 0.278, 0.517, 0.743, 0.977
31.17	15	26094.28	b ³G₄—514(4)	(0.102w) 1.113w
30.00	2c	26102.28		(0.000W) 1.531 A
28.07	2	26115.40
25.58	6c	26132.40	b ³F₄—446(4)	(0.000W) 1.238w)
23.82	8	26144.43		(0.000) 1.135
3822.72	5	26151.97	c ³F₂—490(2)	(0.603, 1.222) 0.081, 0.696, 1.303, 1.917
21.96	1	26157.14
21.76	1	26158.54
19.80	2	26171.93
14.07	6	26211.30		(0.00) 0.88 A
09.39	2	26243.50		(0.00w) 1.00
08.09	7	26252.40
07.79	3	26254.51
07.49	5	26256.54	a ³G₄—389(3)	(0.000) 1.013 A
04.92	5c	26274.29	a ⁵P₁—369(1)
04.06	3	26280.23
03.11	4	26286.80		(0.00) 0.88
02.10	1	26293.78
01.75	4	26296.20
3798.71	12	26317.25	c ³F₃—499(4)	(0.000, 0.137, 0.281, 0.433) 1.219, 1.348, 1.490, 1.631
97.62	4	26324.79	c ¹D₂—593(2)	(0.18) 1.16
96.21	15c	26334.60	b ³P₂—448(3)	(0.000, 0.194, 0.442) 0.823, 1.058, 1.258, 1.430
95.20	20c	26341.62	b ³F₄—448(3)	(0.000w) 1.228 B
91.60	15c	26366.59	a ³F₄—361(4)	(0.229w) 1.225w
88.98	2	26384.81	a ³D₂—435(1)	(0.000) 0.985
88.44	1	26388.57		(0.00w) 1.52 B
87.26	25c	26396.83	a ⁵D₃—421(4)	(0.000, 0.197, 0.412, 0.650) 0.581, 0.799, 1.053, 1.266, 1.455, 1.655
86.94	2	26399.07	a ³H₅—445(5)
85.84	3	26406.69
85.36	4	26410.03
83.58	2	26422.46
82.91	50	26427.20	a ⁵D₃—421(2)	(0.000, 0.248, 0.500) 1.003, 1.212, 1.453, 1.703, 1.955
82.19	1	26432.22
81.54	2	26436.73	${\begin{array}{l} c^{1} G_{5} — 615 (6) \\ b^{3} D_{3} — 570 (3) \end{array}$	(0.28) 1.36
81.08	2	26439.96	${\begin{array}{l} c^{3} F_{4} — 495 (5) \\ a^{3} F_{5} — 446 (4) \end{array}$	(0.000, 0.178, 0.364, 0.534, 0.693) 0.159, 0.339, 0.503, 0.660, 0.834, 0.940
79.14	20	26453.53	c ³F₄—495(3)	0.000, 0.282, 0.571, 0.852) 0.179, 0.459, 0.744, 1.020, 1.308, 1.596
75.25	8	26480.77	a ¹P₁—498(1)	(0.815w) 1.283, 1.990
74.41	15c	26486.68	b ³F₂—361(2)	(0.107, 0.216) 0.837, 0.954, 1.067, 1.187
73.98	2	26489.70	c ³P₂—545(2)
71.17	5	26509.42	d ³F₄—580(4)
70.45	3	26514.53	b ³G₃—533(4)
70.03	7c	26517.43	${\begin{array}{l} a^{3} D_{1} — 411 (2) \\ a^{5} P_{1} — 372 (2) \end{array}$	(0.000, 0.508) 0.610, 1.124
68.98	5	26524.86
68.70	20	26526.79	a ⁵P₃—389(3)
66.43	10	26542.80	c ¹G₄—616(3)	(0.000, 0.152, 0.305, 0.459) 0.921, 1.082, 1.228, 1.391, 1.539
65.67	12	26548.18	a ⁵D₁—400(0)	(0.000) 1.504
63.44	60c	26563.89	${\begin{array}{l} b^{3} F_{3} — 411 (2) \\ c^{3} F_{4} — 496 (3) \end{array}$	(0.000, 0.170, 0.377) 0.593, 0.802, 0.998, 1.159
59.42	2	26592.30	b ¹D₂—498(1)
57.70	5	26604.48	c ³P₂—546(3)
57.29	10c	26607.35	${\begin{array}{l} d^{3} F_{2} — 564 (3) \\ c^{3} F_{2} — 495 (3) \end{array}$	(0.00, 0.58, 1.16) 0.74, 1.38, 1.94, 2.47
56.88	20	26610.28	a ¹F₃— 514(4)	(0.000, 0.139, 0.283, 0.432) 0.983, 1.114, 1.255, 1.397, 1.545
56.27	4c	26614.57	a ⁵F₃—292(2)	(0.00, 0.75) 0.29
53.32	5	26635.51
52.70	6	26639.90	a ⁵P₂—385(2)	(0.463, 0.824) 0.602, 1.002, 1.404, …
52.53	5	26641.13	b ³H₄—510(3)	(0.00W) 0.67
51.36	6	26649.41
50.51	3	26655.44	b ³D₂—570(3)
49.92	10c	26659.66	a ⁵P₂—385(1)
49.13	5	26665.25		(00.0) 0.88w
48.02	15c	26673.14	a ¹D₂—402(2)	(0.000W) 1.100 A
3746.00	2	26687.56
45.07	3	26694.16	c ³F₃—503(3)	(0.106, 0.414, 0.613) …?
43.80	1	26703.27
40.55	4	26726.47
37.50	15c	26748.22	a ³G₃—385(2)	(0.000 W) 0.798w
33.95	4	26773.68	${\begin{array}{l} b^{3} G_{5} — 580 (4) \\ a^{5} D_{4} — 440 (4) \end{array}$	(0.292) 1.169w
33.41	8	26777.57		(0.000, 0.194, 0.383, 0.560, 0.750) 0.602, 0.845, 1.033, 1.219, 1.404, 1.588, 1.738, …
21.94	25c	26860.10	${\begin{array}{l} a^{5} P_{3} — 392 (3) \\ a^{5} D_{2} — 413 (1) \end{array}$	(0.000, 0.293, 0.547) 0.917, 1.169, 1.463, 1.768, 1.976
18.60	12c	26884.18	${\begin{array}{l} a^{3} F_{3} — 337 (2) \\ b^{3} P_{1} — 442 (2) \end{array}$	(0.000, 0.309, 0.581) 0.047, 0.429, 0.865, 1.176, 1.395, 1.457, 1.651
17.49	4	26892.24	a ⁵F₅—330(5)
07.52	6	26964.56	c ¹G₄—621(4)	(0.084w) 1.058wD
00.26	20c	27017.41	a ³F₄—367(3)	(0.000W) 1.324w
3699.98	8	27019.46	b ¹D₂—503(3)	(0.00) 1.16
96.20	7	27047.10	b ³14₄—514(4)	(0.124, 0.265, 0.411, 0.560) …, 0.999, 1.141, 1.265, 1.406, 1.535
95.26	25c	27053.97	c ¹G₄—622(5)
94.50	50c	27059.53	${\begin{array}{l} a^{5} D_{2} — 415 (3) \\ b^{3} P_{1} — 444 (0) \end{array}$	(0.000, 0.266, 0.531) 0.673, 0.941, 1.201, 1.460, 1.710
92.62	12c	27073.32	b ³F₂—367(3)	(0.000, 0.113, 0.236) 1.174, 1.286, 1.404
91.85	25	27078.98	b ³H₅—524(4)	(0.000) 0.969w
91.13	4	27084.24	c ³P₂—551(3)	(0.26) 1.13
90.77	10	27086.92	a ⁵P₂—389(3)	(0.000, 0.420, 0.840) 0.155, 0.584, 1.013
90.23	1	27090.87	a ³D₂—442(2)	(0.00) 1.32B
89.60	8	27095.52
89.25	3	27098.04		(0.00, 0.59) …, 1.41, 1.74
88.25	2	27105.41
82.22	12	27149.82	c ³P₀—505(1)	(0.000) 1.359
79.83	3	27167.47	b ³D₃—577(2)	(0.000, 0.202, 0.436)…, 1.464, 1.666
76.09	10c	27195.05	${\begin{array}{l} b^{1} G_{4} — 525 (3) \\ a^{3} G_{3} — 389 (3) \end{array}$	(0.289W) 0.941w
73.28	8	27215.91	b ³G₄—553(4)	(0.109) 1.028w
73.07	4	27217.42	d ³F₂—570(3)
70.96	5	27233.07	b ³D₁—571(1)
69.84	2	27241.42		(0.00) 0.90
67.08	10	27261.89	a ³D₂—444(3)
62.34	50	27297.19	b ³F₂—369(1)	(0.000, 0.377) 0.393, 0.687, 1.055, 1.424
59.18	6	27320.72	b ³H₄—517(5)	(0.00W) 1.52 B
58.40	2	27326.56
56.64	5	27339.72	b ³G₄—555(5)	(0.000, 0.459) 1.119
56.51	10	27340.71
54.81	50	27353.41	a ⁵D₄—445(5)	(0.000W) 1.440W
51.54	7	27377.87	${\begin{array}{l} b^{3} G_{3} — 542 (4) \\ b^{3} G_{4} — 555 (3) \end{array}$
49.32	7c	27394.58	a ⁵D₄—446(4)	(0.145, 0.522) 1.201w
48.18	4	27403.14	d ³P₁—593(2)	(0.00) 1.29
45.88	10	27420.41	a ⁵P₂—392(3)	(0.000, 0.284) 0.574, 0.866, 1.140
45.44	20	27423.69		(0.000W) 1.330
44.31	25	27432.20	b ³H₅—528(6)	(0.000, 0.098, 0.206, 0.309, 0.418, 0.517) 1.393, 1.464, 1.585, 1.675
41.47	35	27453.60	c ³F₃—510(3)	(0.260B) 1.106w
40.79	3	27458.71		(0.000W) 1.243w
37.69	7c	27482.11		(0.000w) 0.786
34.34	2	27507.46	c ³P₂—555(2)
31.93	25	27525.72	a ³D₄—421(2)	(0.000, 0.369) 0.838, 1.207, 1.573
31.71	20	27527.41	a ¹H₅—517(5)	(0.355, 0.473, 0.593) … 0.988, 1.102, 1.201
31.48	10	27529.14	a ³G₃—392(3)	(0.517, 0.762) 0.687, 0.914, 1.139, 1.380
30.01	15	27540.25	b ³F₂—372(2)	(0.438, 0.867) 0.185, 0.613, 1.050, 1.462
28.68	50c	27550.41		(0.407B) 0.782, 1.583W
26.10	5	27569.95	a ¹G₄—417(4)
24.17	25	27584.64	a ¹D₂—411(2)	(0.101B) 1.129w
3622.37	1	27598.35
21.62	8	27604.04	a ⁵D₄—448(3)	(0.000w) 1.001A
19.96	4	27616.76		(0.000W) 0.672A
19.08	8	27623.47	a ¹F₃—524(4)	(0.000, 0.113, 0.230, 0.346) 1.217, 1.328, 1.430
14.51	15	27658.40	a ⁵D₂—421(2)	(0.255, 0.509) 0.959, 1.212, 1.467, 1.719
13.41	30c	27666.83	a ³D₂—448(3)	(0.000W) 1.305w
13.05	7	27669.56	a ⁵D₁—411(2)	(0.000, 0.345) 0.811, 1.156, 1.513
10.60	40	27688.35	b ³H₄—521(3)	(0.000, 0.112, 0.232, 0.343) 0.632, 0.756, 0.863, 0.980, 1.077
10.23	4	27691.20
09.95	60c	27693.33	a ³H₄—435(3)	(0.000w) 1.219w
08.56	10	27703.96	a ⁵D₀—403(1)	(0.000) 1.253
3599.20	8	27776.04		(0.000D) 0.708w)
90.80	7	27779.08	b ¹D₂—510(3)	(0.000w) 1.234 B
95.79	20c	27802.38	a ⁵P₁—385(2)	(0.000, 1.356WD) 0.350WD, 1.005, 2.355
94.13	4	27815.19	c ³P₂—558(2)	(0.00) 1.30
93.73	10	27818.31	a ⁵D₃—435(3)	(0.379, 0.751) 0.328, 0.715, 1.087, 1.461, 1.837, 2.205
93.53	8	27819.87	b ³G₃—546(3)	(0.273) 0.936
93.14	7	27822.90
92.44	5	27828.29	b ³D₁—577(2)	(0.098) 1.143
91.61	5	27834.73	c ³P₂—558(1)	(0.000w) 1.315w
90.50	8	27843.34	c ¹D₂—608(2)	(0.144) 1.072w
89.74	10	27849.22	${\begin{array}{l} a^{3} H_{4} — 437 (5) \\ b^{1} G_{4} — 532 (5) \end{array}$	(0.000) 1.356B
88.42	7	27859.48	${\begin{array}{l} b^{3} P_{1} — 452 (1) \\ c^{3} F_{3} — 514 (4) \end{array}$	(0.000w) 1.244B
87.14	3	27869.41	b ³D₂—582(2)
85.83	8c	27879.60	a ⁵D₁—413(1)	(0.387) 1.491
82.86	4	27902.72	${\begin{array}{l} a^{5} F_{4} — 323 (3) \\ b^{1} D_{2} — 511 (2) \end{array}$	(0.000, 0.363, 0.730, 1.083) …, 1.709, 2.018
80.89	10	27918.03	${\begin{array}{l} b^{3} P_{0} — 442 (1) \\ a^{1} G_{4} — 421 (4) \end{array}$	(0.000) 0.257, 1.717
79.42	200	27929.48	b ³H₅—533(4)	(0.000w) 0.895A
77.42	5	27945.10	c ³P₀—513(1)	(0.000) 1.045
75.78	20	27957.98	b ¹G₄—533(4)	(0.000) 1.089
73.42	125c	27976.39	a ³G₃—397(4)	(0.000, 0.308, 0.610w, 0.924w) 0.000, …, 0.598, 0.912, 1.212, 1.500, 1.839w, 2.118w.
71.52	25	27991.29	c ³F₄—510(3)	(0.000, 0.088, 0.266, 0.393) 0.628, 0.766, 0.898, 1.033, 1.168
71.15	20	27994.21	a ¹D₂—415(3)	(0.000, 0.100, 0.191) 1.400B
69.82	10	28004.64	a ³G₅—408(6)
66.84	10	28028.02
66.37	6	28031.74	b ¹D₂—513(1)	(0.000) 1.14
65.57	250	28037.98	b ³H₆—540(5)	(0.000W) 0.782A
64.22	40c	28048.62	a ³P₂—337(1)	(0.000, 1.039w) 1.324, 2.418w
63.12	3	28057.31	a ³P₂—337(2)
62.08	10	28065.50	a ³D₂—452(1)	(0.000, 0.248) 0.954, 1.209, 1.463
61.27	15c	28071.88	b ³P₁—454(2)	(0.000) 1.161w
60.87	20c	28075.04
60.20	7	28080.26	b ¹G₄—534(3)	(0.000, 0.127, 0.258, 0.393) 0.749w
58.73	45c	28091.89	a ³D₃—466(4)	(0.000, 0.148, 0.326, 0.503) 0.709, 0.896, 1.040, 1.215, 1.358
56.94	3	28106.05	b ³D₁—580(1)	(0.137) 1.005, 1.160
54.14	3	28128.18	a ¹P₁—515(2)	(0.000) 1.408
53.16	4c	28135.93
52.83	3	28138.53
52.45	7	28141.52	a ¹F₃—530(2)	(0.00, 0.47) 0.63, 1.10
51.98	12	28145.26	c ³F₂—510(3)	(0.000, 0.451, 0.899) 1.600, 2.053
51.12	60c	28152.10	b ³F₄—466(4)	(0.000 W) 1.219w
50.91	30c	28153.74	a ³H₄—440(4)	(0.000 W) 1.44W
50.05	8	28160.55	d ³F₄—596(5)	(0.150, 0.302, 0.449) …?
42.22	75	28222.83		(0.000) 1.129
41.88	70	28225.52	a ⁵F₂—292(2)	(0.489, 0.971) 0.000, 0.513, 1.002, 1.487
3539.20	7	28246.88
37.98	2	28256.65
36.96	3	28264.80		(0.00, 0.32, 0.65) 0.78, 1.14, 1.48, 1.81
36.71	8	28266.81	a ¹H₅—524(4)	(0.000) 0.736
35.40	35	28277.25	a ³D₃—468(3)	(0.316W) 0.800, 0.926, 1.071, 1.198, 1.351, …
34.36	3	28285.57	b ³G₄—564(5)	(0.00 W) 0.73A
32.66	20c	28299.16	${\begin{array}{l} c^{3} P_{1} — 545 (2) \\ b^{3} G_{3} — 551 (3) \end{array}$	(0.000, 0.297) 0.717, 1.000
31.80	4c	28306.06	d ³F₄—598(5)
31.13	10c	28311.47	b ³D₁—582(2)
30.30	1	28318.07
30.03	1	28320.27
28.74	45c	28330.65	b ³P₂—468(3)	(0.000, 0.236, 0.430) 0.794w, 1.215, 1.484, …
28.27	4	28334.39	c ¹G₄—634(4)	(0.000) 1.212
26.34	20c	28349.92	b ³P₂—468(2)	(0.346, 0.594, 0.810) 0.760, 1.088, 1.435, 1.733, 1.965
25.52	15	28356.50	b ³G₄—565(5)	(0.000W) 0.881 A
25.07	3	28360.11
24.72	2	28362.96
24.55	6	28364.31
23.16	90c	28375.47	a ³P₁—337(1)	(1.284) 0.267, 1.547
22.64	3	28379.65
22.16	2	28383.55
22.04	6	28384.49	a ³P₁—337(2)	(0.000) 0.920
21.47	50	28389.13		(0.000) 0.830
19.27	10	28406.87	c ³P₂—564(3)	(0.000, 0.178, 0.356) 0.840, 1.015, 1.197
17.82	2	28418.53
17.01	10	28425.10	b ³G₅—596(5)	(0.000, 0.150, 0.311, 0.477) 1.282, 1.440, 1.596
15.04	3	28441.04	a ³D₁—430(0)	(0.000) 0.857
12.01	7c	28465.58	${\begin{array}{l} a^{5} D_{2} — 429 (3) \\ a^{3} G_{3} — 402 (2) \end{array}$
06.66	2	28508.98
01.35	10	28552.28	${\begin{array}{l} c^{1} G_{4} — 637 (5) \\ b^{3} G_{3} — 553 (4) \end{array}$	(0.000, 0.180, 0.356, 0.518) 0.837, 1.017, 1.200, 1.371, 1.566
3499.06	25	28570.92	b ³G₅—598(5)	(0.000w) 1.010w
96.36	12	28592.98	a ¹D₂—421(2)	(0.125, 0.207) 1.057, 1.162, 1.260, 1.361
95.98	10	28596.12	a ¹F₃—534(3)	(0.258, 0.495, 0.732) … ?
94.80	20c	28605.79	c ³F₂—515(2)	(0.600, 1.192) 0.108, 0.699, 1.313, 1.891
93.82	3	28613.76
93.04	75	28620.14	a ¹H₅—528(6)	(0.000, 0.156, 0.299, 0.449, 0.592, 0.767) 1.005, 1.148, 1.302, 1.446, 1.587, 1.769, 1.918
87.80	25	28663.16	${\begin{array}{l} a^{5} F_{4} — 330 (5) \\ b^{1} G_{4} — 540 (5) \end{array}$	(0.000, 0.110, 0.222, 0.332, 0.445) …, 1.541, 1.048, 1.766, 1.875
87.31	20	28667.21	c ¹D₂—616(3)
87.16	20c	28668.38	b ³P₂—471(3)	(0.000, 0.350) 0.906
86.85	25	28670.96	c ³F₄—517(5)	(0.000 W) 1.189, 1.312, 1.407, 1.498
86.29	8	28675.58	b ³F₄—471(3)
86.01	30	28677.85	a ⁵D₁—421(2)	(0.000, 0.297) 0.914, 1.208, 1.504
82.82	8	28704.18	a ⁵D₃—444(3)	(0.539, 1.038, 1.559) −0.093, 0.430, 0.941, 1.452, 1.970, 2.477
81.74	5	28713.07
80.04	15c	28727.10	a ³D₃—472(4)	(0.000, 0.102, 0.365) …?
78.59	7	28739.04
75.07	2	28768.15
74.25	200c	28774.98	${\begin{array}{l} c^{3} P_{0} — 521 (1) \\ a^{3} H_{4} — 446 (4) \\ a^{1} F_{3} — 536 (2) \end{array}$	(0.471 IF) 0.832, 1.031, 1.209, 1.362
71.98	3	28793.73	d ³F₄—603(3)	(0.00) 1.17
70.99	50	28801.98	b ³H₄—532(5)	(0.000, 0.166, 0.341, 0.503, 0.677)…, 0.976, 1.146, 1.318, 1.488, 1.649, 1.831
70.10	3	28809.34
68.67	20	28821.21	b ¹G₄—542(4)	(0.175 B) 1.117w
68.51	4	28822.57	b ³G₄—569(4)	(0.28) 1.11
68.05	4	28826.39	b ¹D₂—521(3)	(0.000) 1.080
67.19	1	28833.53
3466.75	7	28837.19
65.82	20c	28844.94	b ³F₂—385(1)	(0.000) 1.055
62.49	50	28872.66	c ³F₃—524(4)	(0.000) 1.107
61.83	3c	28878.19	a ³G₅—417(5)	(0.00) 1.19
60.84	8	28886.46		(0.00, 0.28, 0.56) 0.74, 0.99, 1.29, 1.55
59.22	35c	28900.00	a ⁵D₃—448(3)	(0.000, 0.197, 0.417, 0.667) 0.548, 0.779, 1.030, 1.252, 1.447, 1.659
54.47	6	28939.71
53.70	12c	28946.12	${\begin{array}{l} b^{3} P_{0} — 452 (1) \\ b^{3} D_{2} — 593 (2) \end{array}$	(0.18) 1.11
50.89	10	28969.76		(0.000 WD) 0.802 A
49.50	4	28981.38
46.86	150c	29003.62	a ³G₄—417(5)	(0.000, 0.213, 0.476, 0.743, 1.014) 0.801, 1.016, 1.234, 1.420, … 2.305
46.27	25	29008.60	a ¹H₅—532(5)
45.20	7	29017.57	d ³F₄—605(5)	(0.000) 1.332
43.37	12	29033.00	b ³H₄—534(3)	(0.000, 0.241, 0.487, 0.733) 0.250, 0.490, 0.722, 0.970, 1.212, 1.456
42.72	12	29038.50	c ³F₄—521(3)	(0.000w) 0.857A
41.40	35	29049.62	a ⁵D₂—435(3)	(0.000, 0.377, 0.765) 0.313, 0.702, 1.087, 1.469, …
40.32	85c	29058.74	a ⁵D₂—435(1)	(0.000) 1.471; 10.268) 0.827
39.70	20c	29063.99	a ⁵D₄—462(5)	(0.000) 1.192w
39.00	80c	29069.90	a ³G₄—417 (4)	(0.216, 0.408, 0.796, 1.093) 0.791, 1.017, 1.248, 1.479
37.24	10	29084.74
34.36	35	29109.16	a ⁵D₃—448(3)	(0.000, 0.203, 0.411, 0.629) 0.852, 1.044, 1.252, 1.473, 1.668, 1.879
33.39	20	29117.39	a ¹H₅—533(4)	(0.00) 0.77
33.25	25c	29118.56	a ⁵P₃—415(3)	(0.403, 0.799, 1.118, 1.276) 0.430, 0.801, 1.193, 1.583, 1.980, 2.299
30.94	100	29138.18	a ³F₂—323(3)	(0.000, 0.229, 0.479) 0.000, 0.227, 0.511, 0.744, 0.967, 1.189, 1.476
30.49	2	29141.97
29.91	3	29146.95
29.39	10	29151.38	c ³P₂—571(1)	(0.000, 0.407) 0.986, 1.365, 1.721
28.78	15	29157.53
28.36	5	29160.14
27.39	2	29168.36
25.74	4	29182.44		(0.00) 1.00
25.55	2	29184.02
24.57	15	29192.38	c ³F₂—521(3)	(0.000, 0.401, 0.817) 0.714, 1.091, 1.475, 1,848, 2.238
23.87	2	29198.37
22.35	4	29211.31
21.80	40c	29216.01	a ³F₄—389(3)	(0.000, 0.226, 0.448, 0.693) 0.770, 0.992, 1.221, 1.437, 1.662, 1.896
20.93	7	29223.46
18.83	3	29241.40
17.50	2	29252.75
17.02	40c	29256.86	a ⁵F₁—292(2)	(0.000 W, 0.489w) 0.000w, 0.510, 1.003w
16.22	1	29263.73
15.58	10	29269.24	${\begin{array}{l} c^{1} D_{2} — 622 (1) \\ a^{5} P_{2} — 411 (2) \end{array}$	(0.000, 0.202, 0.488) 0.916, 1.139, …
15.27	75	29271.87	${\begin{array}{l} a^{3} D_{3} — 478 (3) \\ b^{3} F_{2} — 389 (3) \end{array}$	(0.000) 0.912
14.13	200c	29281.65	${\begin{array}{l} a^{3} F_{3} — 361 (4) \\ b^{3} G_{5} — 605 (5) \end{array}$	(0.000WD) 1.292w
13.06	2	29290.78	c ¹D₂—623(2)
12.88	10	29292.38	a ³G₅—421(4)
12.74	10	29293.53	c ³P₁—555(1)	(0.000) 1.459
10.74	7c	29310.72	a ⁵P₁—400(0)	(0.000) 2.416
10.42	15	29313.51	b ³G₃—561(4)	(0.000, 0.433, 0.860, 1.287) 0.000, 0.412, 0.851, 1.288, 1.706, 2.140, 2.555
08.28	20c	29331.92	b ³F₄—478(3)	(0.000) 1.249
07.67	10	29337.18	a ¹F₃—542(4)	(0.00 W) 1.67B
07.40	55c	29339.46	${\begin{array}{l} a^{1} G_{4} — 435 (3) \\ a^{5} P_{3} — 417 (4) \end{array}$	(0.000, 0.341, 0.689, 1.032) 0.212, 0.556, 0.877, 1.252
06.68	75	29345.71	a ³F₃—361(2)	(0.000, 0.131, 0.262) 0.941, 1.073, 1.201, 1.341
02.93	40	29377.99	a ³G₃—411(2)	(0.000, 0.243, 0.510) 0.408, 0.678, 0.910, 1.153, 1.383
01.69	7	29388.71	b ³D₁—593(2)	(0.000, 0.147) 1.005, 1.147, 1.285
3400.45	3	29399.44	a ¹D₂—429(3)	(0.000) 1.127
3399.20	45c	29410.29	c ³F₄—524(4)	(0.238) 1.071w
98.72	5	29414.42	a ⁵D₄—466(4)
98.37	90c	29417.43	a ³G₄—421(4)
97.60	10c	29424.14	b ³F₃—440(4)	(0.000) 1.346
96.69	1	29431.94
96.17	15	29436.46		(0.000, 0.100, 0.191) 1.172, 1.258, 1.344
95.39	35	29443.25	c ³P₀—528(1)	(0.000) 0.916
91.22	15	29479.47	a ⁵P₂—413(1)	(0.000, 0.466) 0.954, 1.430, 1.909
90.46	10	29486.09		(0.000 W) 1.259w
90.20	50	29488.34		(0.389w) 1.158W D
89.51	8	29494.36	${\begin{array}{l} b^{3} H_{6} — 555 (5) \\ a^{1} G_{4} — 437 (5) \end{array}$	(0.000 W D) 1.373
89.12	5	29497.74	c ³F₄—525(3)
88.62	8	29502.05	c ¹G₄—646(3)	(0.000) 1.088
88.33	40	29504.62	a ¹D₂—430(2)	(0.119) 1.099
87.91	2	29508.25	d ³F₂—593(2)
86.53	20c	29520.24	a ⁵P₁—402(2)	(0.000, 1.219) −0.078, +1.139
85.44	8c	29529.76	b ¹D₂—528(1)	(0.000, 0.199) 0.907, 1.115, 1.313
83.18	15	29549.54	a ³F₄—392(3)	(0.00) 1.38
82.31	2	29557.07		(0.36, 0.75) …
80.37	2	29574.10	d ³F₄—611(4)	(0.00) 0.93
79.51	100c	29581.58	a ³P₀—337(1)	(0.00) 0.00, 0.31
78.58	10	29589.74	a ⁵D₁—430(2)	(0.000, 0.448) 0.638, 1.074
78.17	20	29593.29	a ⁵D₁—430(0)	(0.000) 1.500w
77.18	5	29601.97
76.78	6	29605.49	b ³F₂—392(3)	(0.00) 0.62
76.47	75	29608.26	a ³D₂—467(2)	(0.000, 0.307, 0.613) 0.127, 0.412, 0.713, 1.033, 1.333
75.75	4	29614.52
75.60	20	29615.86	${\begin{array}{l} a^{3} H_{4} — 454 (5) \\ b^{3} H_{4} — 540 (5) \end{array}$	(0.000, 0.216, 0.454, 0.665, 0.889) …, 1.626, 1.833, 2.067
75.47	5	29617.03	b ³D₃—602(3)	(0.14) 1.36
73.68	2	29632.69
72.42	4c	29643.79	${\begin{array}{l} c^{3} P_{1} — 558 (1) \\ a^{3} H_{5} — 478 (6) \end{array}$	(0.000, 0.208, 0.396, 0.610, …) 1.107, 1.295, 1.477, 1.728, …
71.53	50c	29651.62	c ³F₂—525(3)
69.55	2	29669.02	a ³D₃—482(2)
69.27	12	29671.50	a ³H₅—478(5)
68.74	20	29676.19	a ⁵F₃—323(3)	(0.251, 0.516) 0.473, 0.711, 0.960, 1.237, 1.501, 1.765
68.44	40	29678.84	a ⁵P₂—415(3)	(0.000, 0.222,0.452) 0.766, 0.991, 1.213, …
67.50	40c	29687.07	a ⁵P₃—421(4)	(0.000, 0.339, 0.675, 1.037) 0.256, 0.586, 0.917, 1.248, 1.593
67.08	5	29690.78		(0.00, 0.57) 1.40
64.74	8c	29711.42	a ⁵D₂—442(1)	(0.000, 1.222) 1.460, 2.671
64.19	4	29716.30	b ¹D₂—530(2)	(0.37, 0.73) 1.24
63.71	15c	29720.53	a ⁵D₃—454(2)	(0.000, 0.304, 0.590) 1.150, 1.460, 1.768, 2.061
63.42	35	29723.10	${\begin{array}{l} b^{3} P_{2} — 482 (2) \\ c^{3} F_{3} — 433 (4) \end{array}$	(0.000) 1.129
60.67	8	29747.41	c ³P₂—577(2)	(0.315, 0.643) 0.686, 1.013, 1.352, 1.667
58.76	40c	29764.34	a ⁵D₂—442(2)	(0.216) 1.468, 1.733
57.69	40	29773.81	b ³H₄—542(4)	(0.170, 0.319, 0.476, 0.641) 0.490, 0.648, 0.791, 0.959, 1.092, 1.272, 1.435, …
56.20	15c	29787.06	a ³G₃—415(3)	(0.64, 0.98) 0.58, 0.90, 1.22, 1.58
53.92	3	29807.33	a ³D₁—444(0)	(0.000) 0.852
53.06	2	29814.97
52.20	15c	29822.63	a ¹H₅—540(5)	(0.785, 0.978) 0.670, 0.855, 1.040, 1.227, 1.449, 1.646
50.74	15	29835.53	b ³D₂—602(3)	(0.00) 1.35
49.21	150c	29849.22	${\begin{array}{l} a^{3} H_{6} — 478 (6) \\ b^{3} F_{3} — 444 (3) \end{array}$	(0.000 W D) 0.971w
48.65	10	29854.21		(0.00) 1.23
46.26	35	29875.54	${\begin{array}{l} b^{3} G_{4} — 580 (4) \\ a^{3} H_{6} — 478 (5) \end{array}$	(0.000) 1.046
43.73	5	29898.13		(0.00, 0.69) 0.78
3341.35	4	29919.38	b ³D₂—603(3)
40.87	20	29923.73	b ³G₃—567(4)	(0.000, 0.354, 0.721, 1.069) 1.194, 1.552, 1.912, 2.272
39.91	100c	29932.33	a ³F₃—367(3)	(0.253 B) 1.131w
39.56	5	29935.48	a ⁵D₂—444(3)	(0.00, 0.54) 1.02, 1.60
39.29	20	29937.90	a ⁵D₄—471(3)	(0.000w) 1.371w
38.69	3	29943.23
34.96	35c	29976.73	b ³F₄—484(4)	(0.000 W) 1.249
34.14	25	29984.14	a ¹D₂—435(3)	(0.000) 1.065
33.10	45c	29993.50	a ¹D₂—435(1)	(0.000w D) 0.925 W
32.85	30c	29995.74	b ¹G₄—553(4)	(0.230 B) 0.992 D
32.68	50c	29997.24	a ³F₄—397(4)	(0.000) 1.221
32.29	12	30000.76	a ³D₂—471(3)	(0.00) 0.94
31.48	15c	30008.10	a ³G₃—417(4)	(0.000, 0.349, 0.687, 1.048) 0.911, 1.248, 1.563, …
30.99	250c	30012.51		(0.000 WD) 1.197 W, 1.582 W B
28.63	2	30033.76	c ¹D₂—630(2)	(0.09) 1.05
26.86	25	30049.68	a ⁵D₄—472(4)	(0.000w) 1.186
24.61	3	30070.06		(0.147) 1.061
23.68	12c	30078.50	a ⁵D₁—435(1)	(0.000) 1.498 B
23.23	5c	30082.59	c ³F₂—530(2)
23.06	8	30084.04	c ¹G₄—652(4)	(0.54) 1.10
22.30	25	30091.00	b ³H₅—555(5)	(0.108) 1.045
19.15	10	30119.56	b ¹G₄—555(5)	(0.000) 1.037
16.95	15c	30139.52	b ³P₁—475(2)	(0.000) 1.322
15.58	3	30152.00	c ³F₄—532(5)	(0.000 W)…; (0.00) 1.50
14.85	15c	30158.60	b ³G₃—569(4)	(0.000, 0.285, 0.583, 0.907) 1.133, 1.430, 1.725, 1.971
14.41	10	30162.57	d ³F₄—616(3)	(0.000, 0.192, 0.399, 0.573) 0.810, 0.959, 1.116, 1.293, 1.467, …
14.06	50c	30165.79	b ³P₂—486(2)	(0.304, 0.622) 0.833, 1.142, 1.446, 1.744
13.49	5	30171.00	b ¹D₂—534(3)	(0.000, 0.111, 0.217) 1.313, 1.420
07.58	3	30224.87	a ¹G₄—444(3)	(0.00) 1.05
06.04	8	30238.98	a ¹P₁—536(2)	(0.000 WD) 1.362 W D
05.69	3	30242.15
05.23	2	30246.34		(0.00) 1.35
04.37	25	30254.24	${\begin{array}{l} a^{3} G_{4} — 429 (3) \\ b^{3} F_{4} — 448 (3) \end{array}$
03.65	8	30260.82	c ³F₄—533(4)	(0.256 B)0.935
02.54	12	30271.01		(0.00) 1.42
01.78	3	30278.00	a ⁵P₂—421(2)	(0.00) 1.40
01.08	12	30284.41	a ³H₅—484(4)	(0.000, 0.171, 0.345, 0.529, 0.692) 0.386, 0.575, 0.747, 0.923, …
3298.86	7c	30304.81		(0.00) 1.40
95.45	7	30336.12		(0.27) 0.94
94.92	15c	30341.06	a ¹P₁—537(1)	(0.00) 1.29
94.20	6	30347.61	d ³P₁—622(1)	(0.36) 0.60, 0.99
93.93	25	30350.17	b ¹D₂—536(2)	(0.000, 0.469) 0.926, 1.340
93.32	20c	30355.73	a ³G₃—421(4)	(0.000, 0.351, 0.694) 1.257, 1.638, 2.15
92.25	1	30365.59	c ³P₀—537(1)
91.57	5	30371.90	c ³F₂—533(2)
90.76	12	30379.33	a ¹G₄—445(5)	(0.00) 1.20
90.02	10	30386.19	a ³G₃—421(2)	(0.000, 0.282, 0.544) 0.330, 0.623, 0.910
88.98	8c	30395.84
88.80	10	30397.52	d ³F₂—602(3)	(0.000, 0.343, 0.681) 0.862, 1.188, 1.533, 1.877
88.57	10	30399.63	a ³F₃—372(2)	(0.000, 0.192, 0.559, 0.926) 1.415, 1.758, 2.113
87.76	15c	30407.06	b ³G₄—585(5)	(0.000 W) 1.339w
86.31	8c	30420.52	a ¹G₄—446(4)
85.61	20	30426.98	a ³D₂—475(1)	(0.594 B) 1.201 D
85.10	50c	30431.74	a ⁵P₁—411(2)	(0.000, 1.074) 0.000w, 1.160
83.73	10c	30444.44	a ³H₄—462(5)	(0.00) 0.72 A
82.93	4c	30451.85	b ¹D₂—537(1)	(0.00) 1.08
82.20	2	30458.60		(0.000) 1.352
81.82	2	30462.13	b ³P₂—489(3)	(0.00) 1.25
81.52	10	30464.89	b ³D₂—608(2)	(0.00) 1.11
81.23	20c	30467.57		(0.00 W) 0.89
3281.08	3	30469.04	b ³F₄—489(3)
80.60	2	30473.40
80.01	4	30478.91		(0.00) 1.05
79.72	7	30481.61	d ³F₂—603(3)	(0.00, 0.31, 0.61) 1.12, 1.50, 1.83
78.26	5c	30495.21		(0.00) 1.52
77.44	1	30502.88		(0.00) 0.99
77.03	8	30506.68	c ¹G₄—656(3)	(0.00) 1.19
76.51	30c	30511.46	a ¹F₃—553(4)	(0.000w) 1.132 w
75.97	10	30516.48	b ³D₁—604(1)	(0.34) 0.75, 1.06
75.66	60c	30519.36	a ³P₂—361(2)	(0.383, 0.782) 0.559, 0.963, 1.344, 1.755
74.92	90c	30526.34	${\begin{array}{l} a^{3} F_{2} — 337 (1) \\ a^{3} D_{3} — 490 (2) \end{array}$	(0.000, 0.582) 0.748, 1.491
73.96	75	30535.23	a ³F₂—337(2)
73.13	20	30543.01	b ³F₂—402(2)	(0.190 B) 1.211w
71.13	50c	30561.65	b ³F₄—490(5)	(0.000) 1.214
69.34	20c	30578.41		(0.000w) 1.041w
69.16	12	30580.04	b ³P₂—490(2)	(0.154, 0.280) 1.175, 1.300, 1.472, 1.625
68.72	15c	30584.23	d ³F₄—621(4)	(0.00) 1.01
66.28	5	30607.06		(0.00) 0.97
65.51	50	30614.25	b ³F₂—403(1)	(0.000, 0.200) 0.840, 1.057, 1.246
62.64	25c	30641.22
62.53	18c	30642.21	a ⁵P₁—413(1)	(0.495) 1.825w, 2.365w
62.14	7	30645.92	a ¹D₂—442(1)	(0.00, 0.85) 1.08, 1.96
61.49	35c	30652.01	b ³H₆—566(6)	(0.181) 1.091W
60.97	18	30656.92	a ³D₂—478(3)	(0.000) 1.195
60.55	15	30660.83	a ⁵D₃—463(2)	(0.000, 0.179, 0.375) 1.475, 1.650, 1.837
59.19	5	30673.61	a ¹F₃—555(3)
57.50	5	30689.58	b ³P₁—480(0)	(0.000) 1.186
56.85	25	30695.62	b ³H₄—551(3)	(0.000, 0.266, 0.539, 0.795) 0.187, 0.457, 0.719, 0.996, 1.249, 1.509
56.50	12	30699.00	a ¹D₂—442(2)	(0.147, 0.279) 0.978, 1.112, 1.257, 1.381
56.28	2	30701.07
55.76	12	30705.94		(0.000) 0.617
53.36	20	30728.61	b ³H₅—561(4)	(0.000, 0.215, 0.438, 0.657, 0.895) 0.150, 0.379, 0.618, 0.851, 1.060
53.12	50	30730.86	a ⁵D₁—442(1)	(1.261) 0.247, 1.501
52.26	60c	30738.98	a ⁵D₂—452(1)	(0.000) 1.477
50.94	4	30751.44
50.47	8	30755.95		(0.00) 1.71B
48.83	1	30771.46
47.29	2	30786.05
41.69	12	30839.23	a ³G₄—435(3)	(0.000) 0.954
40.94	250	30846.37	a ³P₁—361(2)	(0.000, 0.611) 0.339, 0.944, 1.527
40.70	15	30848.64	${\begin{array}{l} b^{3} G_{5} — 621 (4) \\ b^{3} P_{1} — 482 (2) \end{array}$
38.90	10c	30865.79	b ³F₃—454(2)	(0.00) 0.94
38.54	25	30869.20	${\begin{array}{l} a^{3} G_{5} — 437 (5) \\ a^{3} H_{5} — 490 (5) \end{array}$	(0.128, 0.269, 0.412, 0.568, 0.712) 0.582, 0.719, 0.879, 1.011, 1.147, 1.297, 1.426, 1.567, 1.710, 1.834
38.27	3	30871.76		(0.00) 1.17
35.13	5	30901.70		(0.000 WD) 0.662A
34.68	10	30906.04	d ³P₁—628(1)
33.91	25	30913.44	c ³F₃—545(2)	(0.000w) 1.098w
31.98	10	30931.89	d ³F₄—624(4)	(0.000w) 1.115
31.34	12	30937.94	b ³G₅—622(5)	(0.000w) 0.917w
29.89	100	30951.83	a ⁵D₂—454(2)	(0.302, 0.613) 0.870, 1.160, 1.479, 1.775
29.10	10	30959.46	a ⁵D₄—444(0)	(0.000) 1.488
28.77	12	30962.59	b ³G₃—577(2)
28.42	35	30965.98	c ³F₄—540(5)	(0.000, 0.172, 0.357, 0.533, 0.730) 1.279, 1.453, 1.650, 1.834, 2.031
26.93	100c	30980.30	a ³H₄—468(3)	(0.000 WD)1.036WD
25.94	10	30989.77	a ¹F₃—558(2)	(0.000, 0.333, 0.696) 0.275, 0.646, …
22.22	20	31025.56		(0.000w) 0.949B
21.12	15	31036.12	b ³P₂—495(3)	(0.000 W) 0.938, 1.382W
19.21	15	31054.59	a ³D₂—482(2)	(0.218, 0.461) 0.978, 1.208, 1.443, 1.665
18.08	3	31065.51	b ¹G₄—564(5)	(0.00) 0.94
17.61	2	31070.03	b ³D₃—616(3)
3217.37	12	31072.27	${\begin{array}{l} b^{3} H_{4} — 555 (5) \\ a^{5} F_{3} — 337 (2) \end{array}$	(0.000WD) 1.228WD
17.22	6	31073.71		(0.00) 1.20
16.15	75	31084.06	a ⁵P₂—429(3)	(0.000, 0.300, 0.615) 0.512, 0.818, 1.114, 1.396
15.32	15c	31092.16	b ³P₂—495(2)	(0.00W) 1.54
15.13	10	31093.99		(0.00) 1.33
13.91	150	31105.80	${\begin{array}{l} a^{5} D_{3} — 468 (3) \\ a^{3} P_{2} — 367 (3) \end{array}$	(0.000, 0.172, 0.364) 0.788, 1.012, …
13.70	20	31107.78	b ³H₅—565(5)	(0.31) 1.13D
13.29	1	31111.80	d ³P₁—630(2)
12.00	2	31124.22	${\begin{array}{l} c^{3} F_{4} — 542 (4) \\ a^{5} D_{3} — 468 (2) \end{array}$
11.62	2	31127.89	a ¹P₁—545(2)	(0.000) 1.027
10.73	10	31136.58	b ¹G₄—565(5)	(0.000 W) 1.100D
09.76	50c	31145.98	b ³P₂—496(3)	(0.000, 0.430, 0.862) 0.190, 0.624, 1.043
09.42	5	31149.30	a ¹F₃—560(2)	(0.00) 1.00
09.03	25	31153.08	b ³F₄—496(3)	(0.000, 0.201, 0.399, 0.596) …
08.83	10	31155.00	a ¹H₅—553(4)	(0.000) 0.676
08.08	1	31162.31
05.28	20c	31189.49	a ⁵P₂—430(2)
04.58	10	31196.28	b ³G₅—624(4)	(0.000) 1.087
02.96	2	31212.08	a ⁵F₁—312(1)
00.18	90c	31239.23	${\begin{array}{l} b^{1} D_{2} — 545 (2) \\ a^{5} D_{4} — 484 (4) \end{array}$	(0.183 W, 0.228) 1.200 W D
3199.21	60	31248.70	b ³H₅—566(6)	(0.000w 1.271 B
98.93	75	31251.43		(0.000w) 0.885 A
96.72	8	31273.06	a ¹F₃—561(4)
96.52	15	31275.02	a ¹D₂—448(3)	(0.000, 0.153, 0.297) …, 1.179, 1.322, 1.469
96.08	25c	31279.32	a ¹H₅—555(5)	(0.293w) 0.852, 1.132w
95.28	20c	31287.12	a ⁵F₂—323(3)	(0.000w) 0.940w
95.13	6	31288.63	b ³D₂—616(3)	(0.00) 0.86
94.83	75c	31291.48	b ³P₁—486(2)	(0.000) 1.114
94.19	2	31297.83	a ³G₃—430(2)
93.97	7c	31299.97	a ³G₄—440(4)	(0.129, 0.280, 0.437, 0.569) 1.032 W D
93.16	15	31307.89	${\begin{array}{l} c^{3} P_{2} — 593 (2) \\ b^{3} P_{0} — 475 (1) \end{array}$	(0.000) 1.502
92.55	2	31313.89
90.92	7	31329.85	a ³P₂—369(1)	(0.000, 0.640) …, 1.337, 1.981
90.00	7	31338.94	b ³H₅—567(4)	(0.00 D) 0.58 A
89.19	20	31346.87		(0.000) 1.144
87.09	10	31367.48	b ¹G₄—567(4)	(0.380w) 1.146w D
85.17	25c	31386.39	b ³P₂—498(1)	(0.000, 0.548) 0.905w, 1.442, 1.989
84.73	2	31390.74
82.95	8	31408.33		(0.000w) 1.109w
79.73	25c	31440.12	a ⁵P₁—421(2)	(0.00) 1.24
79.44	12	31443.02	a ⁵D₃—471(3)	(0.42, 0.80, 1.14) 0.37, 0.75, 1.11, 1.50, 1.87, 2. 17
79.12	8	31446.13	b ³G₃—582(2)	(0.00, 0.84, 1.56) −0.80, +0.06, 1.64, 2.44
77.56	10	31461.55		(0.00) 0.63w
77.27	2	31464.45		(0.00) 0.86 A
75.53	10	31481.68		(0.000) 0.737
74.49	2	31492.05	b ³D₃—621(4)	(0.00 W) 0.46
72.88	25	31508.01	c ³F₃—551(3)
70.77	8	31529.00		(0.00) 1.14
68.96	15c	31547.01	a ³D,—461(1)	(0.517) 0.912, 1.390
68.17	75	31554.81	a ⁵D₃—472(4)	(0.000, 0.271, 0.503, 0.836) 0.367, 0.653, 0.919, 1.197, 1.468, 1.727, 1.988
66.71	50c	31569.40	a ⁵P₃—440(4)	(0.000, 0.491, 0.972, 1.457) −0.364, +0.141, 0.639, 1.118
66.36	40	31572.83	a ³P₂—372(2)	(0.000, 0.719, 1.436) −0.113, 0.610, 1.333, 2.053
65.80	4c	31578.43
65.50	3	31581.47		(0.433, 0.653) …?
64.34	15	31592.97		(0.00) 1.19
3163.12	40c	31605.22	${\begin{array}{l} c^{3} F_{2} — 545 (2) \\ a^{5} D_{0} — 442 (1) \end{array}$	(0.098, 0.316) 1.071, 1.269, 1.454
62.86	20c	31607.86	a ³D₂—487(1)	(0.000, 0.428) 0.712, 1.149, 1.576
61.90	2	31617.36
61.72	4	31619.20
57.95	70c	31656.95	a ³P₁—369(1)	(0.877) 0.670, 1.546
57.64	50c	31660.03		(0.447, 0.675, 0.929) 0.582, 0.818, 1.039, 1.267, 1.504, 1.743, 1.949
57.19	5	31664.59	b ³F₂—413(1)	(0.00, 0.86) 0.23, …
56.74	50c	31669.05	a ⁵P₂—435(3)	(0.000, 0.356, 0.698) 0.408w, 0.750, 1.075
56.58	10	31670.65		(0.00) 1.04)
56.37	2	31672.79	b ³G₄—598(5)	(0.00) 1.18
56.14	4	31675.10	b ¹G₄—570(3)
55.69	6	31679.66	a ⁵D₂—461(1)	(0.000w) 1.498 A
55.35	5	31682.99		(0.00) 1.17
55.24	50	31684.16	a ³F₃—385(2)	(0.000 W D) 1.181w B
53.92	12	31697.42	a ³F₄—361(4)	(…, 0.334, 0.509, 0.696) …, 1.484, 1.662, 1.839
53.76	15c	31698.98		(0.00 W) 0.92
53.07	5c	31705.94	b ³F₃—462(4)	(0.000 W) 1.109 A
52.69	7	31709.78	b ³H₄—561(4)	(0.96, 1.20) …, 1.15, 1.55, 1.83, 2.23
51.65	15	31720.21	c ³F₂—546(3)	(0.000, 0.227, 0.468) 0.716, 0.942, 1.160
51.16	50c	31725.12	a ³G₄—444(3)	(0.000 W) 1.182w
50.54	20c	31731.37	a ⁵D₄—489(3)	(0.000 WD) 1.057w
47.70	20c	31760.03	a ³D₁—463(2)	(0.00) 0.210B
45.99	20c	31777.28	a ³G₃—435(3)	(0.166, 0.337, 0.531) 0.651, 0.834, 1.008, 1.257
44.86	30c	31788.70	a ³D₃—475(2)	(0.000, 0.169, 0.361) 1.288, 1.462, 1.631, 1.824
44.32	10	31794.13	a ³D₂—489(3)	(0.000) 1.358B
42.95	75	31808.07	a ³F₄—415(3)	(0.000) 1.243
42.36	20c	31814.01	b ³ P₂—503(3)	(0.000, 0.201, 0.410) 0.772, 1.039
41.69	8	31820.77	b ³F₄—503(3)	(0.000) 1.226
41.37	80c	31824.00	a ⁵D₄—490(5)	(0.000w) 1.327w
40.33	4	31834.56	c ³P₁—580(1)	(0.180) 1.134, 1.342
39.84	20	31839.57	b ³D₃—624(4)	(0.268w) 1.193w
38.75	7	31850.63	d ³F₂—616(3)	(0.000 W D) 1.042
38.04	5	31857.76		(0.000) 1.026
37.43	75	31863.95	${\begin{array}{l} a^{3} D_{1} — 464 (2) \\ b^{3} F_{2} — 415 (3) \end{array}$	(0.000, 0.163, 0.331) 0.892, 1.051, 1.198, 1.358, 1.521
36.72	4	31871.19		(0.33) 1.67
35.83	120c	31880.22	a ³G₄—445(5)	(0.000, 0.253, 0.551, 0.877, 1.187) 1.017, 1.272, 1.525, 1.860, 2.153, 2.469
35.53	5	31883.30	a ¹F₃—567(4)
35.20	15	31886.65	a ¹D₂—454(2)	(0.123) 1.111w
34.80	5	31890.71	b ³D₂—622(1)	(0.00, 0.48) 0.58, 1.13, 1.55
33.89	50	31899.95	a ³P₁—372(2)	(0.000, 0.949) −0.309, +0.631, 1.556
32.86	3	31910.46	b ³F₃—464(2)
31.85	90c	31920.73	a ³G₄—446(4)	(0.220, 0.772) …?
31.60	90c	31923.33	c ³F₃—555(3)
30.80	8	31931.46	c ³F₃—555(2)	(0.00w) 1.13
28.59	10	31954.04	d ³F₄—634(4)	(0.29) 1.10w
27.74	100c	31962.74	a ³F₄—417(5)	(0.000w) 1.264w
26.87	7	31971.58	a ⁵D₁—454(2)	(0.000, 0.341) 0.781, 1.148, 1.503
26.59	7c	31974.45	a ³H₄—478(3)	(0.000w) 1.107
24.62	50c	31994.66	a ³P₃—444(3)	(0.670, 1.326, 1.976w) … 0.327, 0.936, 1.560, 2.237, 2.912
23.46	3	32006.55	a ³H₄—478(5)
22.78	15c	32013.42	b ³F₄—505(5)	(0.000, 0.156, 0.330) 1.17B
22.32	18	32018.22	b ³H₄—564(5)	(0.000, 0.205, 0.410, 0.622) 0.352, 0.568, 0.778, 0.976, 1.186
21.26	40c	32029.03	a ³F₄—417(4)	(0.139) 1.236A
21.09	7	32030.79	b ³P₂—505(1)
20.13	2	32040.62	c ³P₁—582(2)
19.64	5	32045.73	c ³F₄—551(3)	(0.000) 1.302B
19.12	10	32050.99		(0.000, 0.188) 1.231, 1.397, 1.582
17.74	10	32065.24	b ³F₃—466(4)	(0.000, 0.210, 0.421, 0.645) 0.960, 1.188, 1.377
16.70	15	32075.96	b ³G₄—602(3)	(0.000, 0.123, 0.265, 0.387) 0.655, 0.803, 0.927
15.42	20	32089.12	${\begin{array}{l} b^{3} H_{4} — 565 (5) \\ a^{1} G_{4} — 462 (5) \end{array}$	(0.000) 1.005
3114.45	8	32099.13	a ⁵D₃—478(3)	(0.269, 0.523, 0.804) 0.932, 1.186, 1.447, 1.699
12.88	50	32115.27		(0.247) 1.088 WD
12.58	6	32118.35	a ¹F₃—569(4)	(0.000, 0.165, 0.319, 0.475) …, 1.266, 1.434, 1.626
11.35	2	32131.11	a ³F₃—389(3)	(0.242) 0.633, 0.865, 1.111, 1.340.
10.81	90c	32136.69		(0.263w) 1.185w
09.93	6c	32145.72	a ¹P₁—555(2)	(0.00) 0.94
09.81	10	32146.98	c ³P₀—555(1)	(0.000) 1.395
09.04	3c	32154.98		(0.00, 0.38) 0.77, 1.14
08.58	45c	32159.66	b ³G₄—603(3)	(0.000w) 0.832
06.11	3	32185.27
05.63	50	32190.20	a ⁵P₃—446(4)	(0.000, 0.345, 0.675, 1.033) 0.230, 0.575, 0.909, 1.251, 1.603
04.70	6c	32199.89	c ³F₂—551(3)	(0.00, 0.55, 1.13) …, 0.72, 1.22, 1.81, 2.48
02.90	7	32218.56	${\begin{array}{l} b^{3} P_{1} — 495 (2) \\ b^{3} G_{5} — 634 (4) \end{array}$	(0.00) 1.15
01.47	10	32233.46	b ¹D₂—555(1)	(0.000, 0.293) 0.822, 1.097, 1.423
01.22	7	32236.02
01.04	100c	32237.86	a ³G₃—440(4)	(0.000, 0.205, 0.448, 0.713) 0.683, 0.916, 1.117, 1.346, 1.598, 1.857
3099.83	20c	32250.43	b ³F₃—468(3)	(0.211, 0.406, 0.668) 0.564, 0.784, 1.003, 1.209, 1.436, 1.667
99.22	2	32256.86	b ¹D₂—555(2)	(0.00) 1.10
97.98	25c	32269.69	b ³F₃—468(2)	(0.000w) 0.875w
96.88	8c	32281.19	c ³P₂—603(3)	(0.000, 0.218, 0.444) 0.692, 0.943
96.13	10	32289.04	d ³F₄—638(4)	(0.000) 1.128
95.50	15	32295.56	a ¹H₅—565(5)	(0.000) 1.008
95.21	10	32298.61	c ³F₄—553(4)	(0.000) 1.033
94.60	40c	32304.94	a ⁵D₄—495(3)	(0.000, 0.149, 0.306, 0.470) 0.717, 0.889, 1.066
93.14	7	32320.20	b ³H₄—567(4)	(0.49, 0.76) 0.43, 0.85, 1.29, 1.79
91.90	8	32333.19	b ³D₁—622(1)	(0.39) 0.60, 1.00
91.58	15	32336.50	a ⁵D₂—468(3)	(0.000, 0.253, 0.550) 0.656, 0.948, 1.240
90.48	10	32348.04	a ⁵F₄—367(3)	(0.000, 0.185, 0.341, 0.501) 1.317, 1.501, 1.663
90.14	20c	32351.59	a ⁵P₁—430(2)	(0.000) 0.251, 1.056
89.85	5	32354.64	b ³D₁—623(2)
89.74	15c	32355.83	a ⁵D₂—468(2)	(0.75B) 0.68, 1.07, 1.49, 1.89, 2.38
88.84	4	32365.22
88.69	10	32366.77		(0.00) 1.15
88.60	10	32367.73	a ³D₂—495(3)	(0.000) 1.059
87.76	100c	32376.57	a ³F₄—421(4)	(0.020w) 1.254w
87.08	4	32383.65	a ⁵P₂—442(2)
85.65	10	32398.68	c ³F₃—560(2)	(0.00, 0.70) 1.13
84.06	10	32415.40	a ⁵D₄—496(3)	(0.000, 0.147, 0.291, 0.439) 1.030, 1.171, 1.312, 1.460, 1.613
83.39	25	32422.40	c ³F₄—555(5)	(0.000 w) 0.098 w
83.19	6	32424.50	a ³D₂—495(2)	(0.34, 0.73) 0.88, 1.26, 1.64, …
82.06	90c	32436.42	${\begin{array}{l} b^{3} G_{5} — 637 (5) \\ b^{3} D_{5} — 630 (2) \\ a^{1} H_{5} — 566 (6) \end{array}$	(0.00w) 1.40w
80.53	1	32452.55	d ³F₂—622(1)
79.56	75c	32462.80	b ³F₂—421(2)	(0.124, 0.323) 0.846, 1.035, 1.215, 1.391
79.40	4	32464.43	a ³F₃—392(3)	(0.00) 1.11
78.47	10	32474.19	d ³F₂—623(2)	(0.157, 0.326) 0.673, 0.829, 0.988, 1.138
78.10	25c	32478.17	a ³D₂—496(3)	(0.58) 0.71w
76.80	8c	32491.88	a ³G₃—442(2)	(0.00, 0.39) …?
76.32	20	32496.89	a ⁵D₃—482(2)	(0.000) 1.468
75.31	2	32507.60	a ³H₅—506(6)	(0.000 WD) 1.350B
74.90	20c	32511.94	b ³P₁—498(1)	(0.809) 1.922
74.23	25	32519.02
74.13	15c	32520.04	a ³D₃—510(3)	(0.424 W) 1.316W
73.87	20	32522.87	b ³G₃—593(2)	(0.000, 0.284, 0.604) 0.252, 0.573, 0.846
73.50	8	32526.72	a ¹H₅—567(4)	(0.00) 0.77
70.96	15	32553.69	b ³G₅—638(4)	(0.000) 1.127
69.93	8	32564.55	b ¹D₂—558(2)	(0.229, 0.433) 0.947, 1.162, 1.368, 1.554
68.77	8	32576.92		(0.00) 0.99
68.45	7	32580.32		(0.000 w) 1.349
67.60	5	32589.29
65.58	5	32610.78
3065.25	8	32614.27	${\begin{cases} a^{1} D_{2} — 461 (1) \\ c^{3} F_{2} — 555 (3) \end{cases}$	(0.000, 0.252) 0.869, 1.105, 1.352
64.79	125c	32619.20	a ³H₄—484(4)	(0.445) 1.186
64.17	6c	32625.78	a ¹G₄—468(3)	(0.00) 1.22
64.08	8	32626 77	b ³H₅—580(4)	(0.00) 1.35
63.68	1	32631.60	c ¹D₂—656(3)
63.49	8	32633.02	a ⁵D₀—452(1)	(0.00) 1.45
62.52	35c	32643.40	a ³D₃—511(2)	(0.000) 1.278
61.44	20	32654.92	b ³D₂—630(2)	(0.082) 0.755
60.65	50c	32663.26	a ³G₃—444(3)	(0.000w) 0.910w
59.63	15	32674.17	a ⁵D₂—471(3)	(0.000, 0.377, 0.751) 0.336, 0.707, 1.102, 1.487
58.73	12	32683.83	a ⁵F₂—337(2)	(0.000, 0.341) 0.537, 0.869, 1.176, 1.482
57.23	150c	32699.88	${\begin{cases} a^{5} D_{1} — 461 (1) \\ b^{3} F_{3} — 472 (4) \end{cases}$	(0.000, 0.198, 0.413, 0.656) 0.988, 1.176, 1.382, 1.616, 1.849
56.62	75c	32706.37	a ⁵D₄—499(4)	(0.167w) 1.2161w
56.12	40	32711.68	a ³H₆—506(6)	(0.000 wD) 1.153 B
55.48	2	32718.53	a ³D₂—498(1)	(0.00, 0.81) 0.46, 1.32, 2.03
53.10	50	32744.12	a ⁵D₃—484(4)	(0.000, 0.195, 0.399, 0.615) 0.840, 1.067, 1.265, 1.458, 1.656, 1.856
52.59	125	32749.52		(0.000 WD) 0.624 A
51.46	15	32761.63	${\begin{cases} a^{3} G_{4} — 454 (5) \\ a^{1} H_{5} — 569 (4) \end{cases}$	(0.000, 0.128, 0.251, 0.392, 0.525) 0.450, 0.620, 0.739, 0.864, 1.004
45.51	2	32825.68	b ³P₂—513(1)
45.37	25c	32827.20	a ¹D₂—463(2)	(0.224, 0.440) 0.913, 1.112, 1.316, …
44.13	3c	32840.55	a ⁵P₁—435(1)	(0.98) 1.50
42.92	4	32853.63		(0.00) 1.16
42.45	100c	32858.73	a ³G₃—446(4)	(0.000, 0.336, 0.679) 0.232, 0.568, 0.916, 1.256, 1.537, …
42.07	100c	32862.79	a ³P₀—369(1)	(0.000) 0.679
40.72	50c	32877.44	a ³P₂—385(1)	(0.000, 0.878) 0.477, 1.326, 2.187 w
39.85	50	32886.83	a ³D₁—475(2)	(0.000, 0.444) 0.863, 1.272, 1.736
39.44	4	32891.25	b ³D₁—628(1)
37.51	100c	32912.12	${\begin{cases} a^{3} F_{3} — 397 (4) \\ a^{5} D_{1} — 463 (2) \end{cases}$	(0.102, 0.308, 0.470) …?
36.61	50	32921.84	a ¹F₃—577(2)	(0.000w) 0.923 A
35.53	7c	32933.57	b ³F₃—475(2)	(0.000, 0.288, 0.593) 0.429, 0.710
34.91	10	32940.29	${\begin{cases} b^{3} G_{4} — 611 (4) \\ a^{5} D_{3} — 486 (2) \end{cases}$	(0.000, 0.328, 0.628) 1.471, 1.784, 2.105
34.01	5c	32950.08	c ³F₂—558(1)	(0.00, 0.74) 0.00, 0.74
33.12	15c	32959.78	a ⁵P₂—448(3)	(0.000, 0.183, 0.385) 0.892, 1.069, 1.246
32.77	1	32963.55	a ¹G₄—471 (3)	(0.000) 1.021
32.34	6	32968.24	a ³D₁—475(1)	(0.652) 0.865, 1.507
31.22	40c	32980.63	a ³D₃—515(2)	(0.000w) 1.324 A
30.68	8	32986.25	b ³F₄—514(4)	(0.365w) 1.274 w
29.70	2	32996.98	a ³F₂—361(2)	(0.44) 0.93 D
28.44	25	33010.74	a ⁵P₃—454(2)	(0.00) 0.84
27.62	30	33019.63	a ⁵D₂—475(2)	(0.213, 0.370) 1.105, 1.273, 1.480, 1.652
24.29	2	33056.02	b ¹D₂—563(3)
23.94	2	33059.81	c ³F₄—561(4)
23.20	5	33067.88	a ³G₃—448(3)	(0.00) 1.11
22.56	50	33074.90	a ¹G₄—472(4)	(0.496 B) 1.110
21.80	70	33083.28	a ⁵D₄—503(3)	(0.000 W) 1.031w
21.18	4	33090.04	c ³F₂—560(2)
20.52	5	33097.22	b ³D₁—630(2)	(0.000) 1.225w
20.17	50	33101.06	a ⁵D₂—475(1)	(0.000) 1.460
19.34	8	33110.22
18.70	5	33117.24	c ³P₁—593(2)	(0.000, 0.197) 0.919, 1.150, 1.360
18.29	10	33121.66	d ³F₄—646(3)	(0.125) 1.086
16.07	25	33146.10	a ³D₂—503(3)	(0.000w) 1.363 B
15.84	4	33148.56	c ¹G₄—682(3)	(0.00) 1.17
15.17	10	33156.01	${\begin{cases} b^{1} D_{2} — 564 (1) \\ b^{3} P_{1} — 505 (1) \end{cases}$	(0.000 w)1.306w
14.94	20	33158.45	b ³H₅—585(5)	(0.304) 1.088W
3013.78	3	33171.26	a ¹F₃—580(4)	(0.00) 1.16
12.55	125c	33184.84	a ³P₁—385(2)	(0.000, 0.561) 0.460, 1.012, 1.544; (0.957) 2.046w
11.87	10	33192.25	b ³G₄—613(5)	(0.76) 1.26
11.49	15	33196.52	b ³D₃—638(4)	(0.00) 0.84
10.80	125c	33204.09	${\begin{cases} a^{3} P_{1} — 385 (1) \\ a^{3} H_{4} — 490 (5) \end{cases}$	(0.376 W) 1.289, 1.750 W
09.97	7	33213.27	a ³F₄—429(3)	(0.000w) 1.533 B
09.65	2	33216.80	${\begin{cases} a^{1} D_{2} — 467 (2) \\ d^{3} F_{2} — 630 (2) \end{cases}$	(0.279, 0.554) 0.550, 0.816, 1.118, 1.376
09.16	1	33222.21		(0.000, 0.93) 1.53, 2.42
05.74	40	33259.97	b ³F₄—517(5)	(0.000 W D) 0.683 W
04.92	50	33269.06	b ³F₂—429(3)	(0.000w) 1.229
04.72	10	33271.30	a ¹D₂—468(3)	(0.000w) 1.385w
04.32	5c	33275.71	a ⁵D₄—505(5)	(0.000) 1.084w
02.98	50	33290.51	a ¹D₂—468(2)	(0.000) 1.108
02.68	5	33293.86	a ³H₅—514(4)	(0.000w) 1.009w
01.73	1	33304.45	a ³P₂—389(3)
2999.38	125c	33330.53	a ⁵D₂—478(3)	(0.000, 0.266, 0.564) 0.624, 0.931, 1.196, 1.460, 1.728
98.69	3	33338.18		(0.262 W) 1.147 W
97.28	75c	33353.85	a ⁵D₃—490(2)	(0.312w) 1.192 W D
96.88	7	33358.33	a ⁵P₂—452(1)	(0.000) 1.408w
96.49	25	33362.70	a ³D₂—505(1)	(0.000, 0.163) 0.754, 0.898, 1.067
95.99	3	33368.18	c ³F₄—564(5)	(0.000, 0.166, 0.322, 0.482) …?
95.43	30	33374.48	b ³F₂—430(2)	(0.000) 1.061
92.95	12	33402.11	a ³F₃—402(2)	(0.000 W) 1.017 B
92.69	10	33404.97	a ¹F₃—582(2)	(0.000) 0.989
92.01	4	33412.56
89.83	5	33437.01	a ³D₁—480(0)	(0.000) 0.856
89.63	20	33439.19	c ³F₄—565(5)	(0.000) 0.890
88.72	10	33449.38		(0.000) 0.915
87.12	2	33467.30		(0.00) 1.04
86.81	50c	33470.73	a ⁵F₃—361(4)	(0.000W) 0.907A
84.83	12c	33492.98	a ⁵P₁—442(1)	(0.135) 0.255, 2.376
84.55	10	33496.07	b ³G₃—603(3)
83.73	2	33505.32
80.78	1	33538.51	a ³D₁—481(2)
80.12	15c	33545.92	a ⁵P₄—442(2)	(0.00, 1.13) 0.000w, 1.24
79.14	10c	33556.94	a ⁵F₅—397(4)	(0.00) 1.81
78.20	50	33567.52	${\begin{cases} a^{3} D_{3} — 521 (3) \\ a^{3} H_{5} — 517 (5) \end{cases}$
77.85	10c	33571.50	a ⁵P₂—454(2)	(0.53) 1.32w
76.99	50c	33581.16	a ³G₄—462(4)	(0.000w) 1.004W
76.76	10	33583.79	a ³F₂—367(3)	(0.000, 0.420, 0.842) 0.945, 1.374, 1.814, 2.265
76.22	200c	33589.80	a ³G₄—462(5)	(0.000, 0.187, 0.406, 0.606, 0.823) 1.004, 1.202, 1.409, 1.611, 1.795, 2.050
75.74	1	33595.29	a ³D₁—482(2)
74.88	2	33605.05
74.54	50	33608.86	a ¹D₂—471(3)
73.65	10	33618.85		(0.000, 0.347, 0.658) 0.453, 0.713, 0.997, 1.303
73.52	8c	33620.41	b ³P₂—521(3)	(0.00, 0.40) …?
72.90	8	33627.37	b ³F₄—521(3)	(0.00 W) 1.41w
72.85	6	33627.93
72.75	7	33629.07		(0.00) 1.08
71.96	15	33637.99	a ³P₂—392(3)	(0.00W) 0.77A
71.62	10	33641.83	${\begin{cases} b^{3} F_{3} — 482 (2) \\ b^{3} G_{5} — 649 (6) \end{cases}$	(0.00) 1.31B
71.48	8	33643.46		(0.00) 0.98
70.90	1	33650.01	c ³P₂—616(3)
70.46	6	33654.97	b ³P₂—521(1)	(0.000, 0.183) 1.281w
69.04	40c	33671.04	c ³F₄—567(4)	(0.000WD) 1.794WD
2968.64	10	33675.66		(0.000, 0.165, 0.345, 0.519) 0.370, 0.522, 0.668
68.29	75c	33679.60	a ³G₃—454(2)	(0.000, 0.250, 0.568, 0.850) …?
67.81	5c	33685.01	a ³H₄—495(3)	(0.000, 0.197, 0.391, 0.615) 0.699, 0.929, 1.134, 1.319, 1.501
66.18	3	33703.60	d ³F₄—(¡52(4)	(0.000w) 1.369W
65.93	50c	33706.39	a ⁵F₁—337(1)	(0.269) 0.165, 0.383
65.14	250c	33715.33	a ⁵F₁—337(2)	(0.000, 0.748) 0.771, 1.554W
64.02	50c	33728.16	a ⁵D₂—482(2)	(0.000w) 1.453
62.20	2	33748.84		(0.00) 1.55
61.47	3	33757.12		(0.000) 0.669
60.71	3	33765.78	b ¹D₂—570(3)	(0.000, 0.283, 0.571) 1.369, 1.695, …
60.37	7	33769.72		(0.000w) 0.951w
60.12	7	33772.53		(0.000w) 0.787B
58.61	3c	33789.74	a ¹P₁—571(1)	(0.572w) 2.082
58.12	10	33795.37	a ³H₄—496(3)	(0.000w) 1.339W
57.88	50	33798.09	a ³F₄—435(3)	(0.000, 0.150, 0.272, 0.416) 0.945, 1.082, 1.215, 1.358, 1.501, 1.650
56.84	100c	33810.07	a ⁵D₃—495(3)	(0.171, 0.355, 0.493) 0.975, 1.141, 1.304, 1.473, 1.637, 1.802
56.43	10	33814.73	${\begin{cases} c^{3} P_{0} — 571 (1) \\ a^{3} G_{5} — 466 (4) \\ a^{1} H_{5} — 580 (4) \end{cases}$	(0.000w) 0.894A
55.79	3	33822.04	b ³P₁—511(2)	(0.00) 1.31A
55.32	50	33827.38	b ³H₆—598(5)	(0.000 WD) 1.319B
54.92	8c	33831.97
53.97	1	33842.84	a ⁵D₄—510(3)	(0.000, 0.150) …?
53.00	100	33853.96	b ³F₂—435(3)	(0.000w) 1.116
51.90	75	33866.56	a ⁵D₃—495(2)	(0.000w) 1.372 WD
49.92	70c	33889.26	b ³F₃—484(4)	(0.000, 0.263, 0.541, 0.884) 0.726, 1.003, 1.264, 1.521, 1.884, 2.176
49.02	30	33899.66		(0.000 WD) 1.451
48.53	10	33905.28	${\begin{cases} a^{3} D_{2} — 510 (3) \\ c^{3} F_{4} — 569 (4) \end{cases}$	(0.414) 0.903
47.21	4	33920.50	a ⁵D₃—496(3)	(0.43, 0.93, 1.36) 0.22, 0.60, 1.09, 1.60, …
45.59	60	33939.09	a ³D₃—524(4)	(0.000, 0.241, 0.489, 0.752) 0.347, 0.604, 0.845, 1.080
44.83	100	33947.89		(0.000) 1.166
44.57	50c	33950.86	${\begin{cases} b^{3} G_{4} — 621 (4) \\ b^{3} P_{1} — 513 (1) \end{cases}$	(0.000) 1.065
44.27	3	33954.40	a ¹D₂—475(2)	(0.40) 1.04
43.48	5c	33963.44	d ³F₄—654(3)	(0.00w) 1.06w
43.09	20	33967.95	b ³G₅—652(4)	(0.376 B) 1.174 D
38.02	75c	34026.60	a ³D₃—525(3)	(0.216 B) 1.349 D
37.80	12	34029.14	${\begin{cases} a^{3} D_{2} — 511 (2) \\ b^{3} D_{3} — 646 (3) \end{cases}$	(0.179, 0.350, 0.549) 0.717, 0.897, 1.062, 1.240, 1.417, 1.614
36.95	50	34039.00	${\begin{cases} a^{5} D_{1} — 475 (2) \\ a^{3} D_{1} — 486 (2) \end{cases}$	(0.000, 0.209) 1.044, 1.296w (0.000, 0.222) 1.434w
36.74	10	34041.38	b ³G₃—608(2)	(0.000, 0.273, 0.546) 0.292, 0.584, 0.857, 1.123
35.95	10	34050.61	a ³F₂—372(2)	(0.138, 0.257) 0.475, 0.608, 0.745, 0.872
35.62	10	34054.42		(0.059) 1.023
32.91	30c	34085.88	b ³F₃—486(2)	(0.000, 0.175, 0.337) 0.607, 0.786, 0.954, 1.104, 1.285, 1.419
31.69	5	34100.00		(0.000, 0.094) 0.439, 0.532
29.93	20	34120.55	a ⁵D₁—475(1)	(0.000) 1.506
29.45	15	34126.14	${\begin{cases} d^{3} F_{4} — 656 (3) \\ a^{3} G_{4} — 468 (3) \end{cases}$	(0.000, 0.203, 0.376, 0.560) 0.467, 0.643, 0.844
28.94	2	34132.06	c ³F₂—570(3)
28.29	3	34139.68	b ³H₄—585(5)
27.51	15	34148.72	a ³D₁—487(1)	(0.107) 0.798
26.72	20c	34158.00	a ³D₂—513(1)	(0.000, 0.184) 1.077, 1.251, 1.422
26.60	7	34159.35	b ³P₁—515(2)	(0.00) 1.32
25.55	8	34171.63	${\begin{cases} c^{3} F_{3} — 577 (2) \\ a^{5} D_{2} — 486 (2) \end{cases}$	(0.341, 0.644) 0.835, 1.126, 1.492, 1.781
22.85	50c	34203.12		(0.000w) 0.885 D
22.28	30c	34209.78	a ⁵P₃—466(4)
22.13	40	34211.39	a ⁵D₃—499(4)	(0.000, 0.248, 0.494, 0.747) 0.449, 0.694, 0.955, 1.202, 1.436, 1.692, 1.968
21.44	8	34219.66		(0.000) 0.818
18.96	200c	34248.75	a ⁵D₄—514(4)	(0.239w) 1.131 W
18.09	12	34258.92	a ³F₄—440(4)	(0.402 B) 1.168 D
2917.56	50	34265.16	${\begin{array}{l} a^{1} G_{4} — 484 (4) \\ a^{1} D_{2} — 478 (3) \end{array}$	(0.000w) 1.360 B
16.81	1	34274.02	c ³P₂—623(2)
16.55	15c	34277.10		(0.00, 0.34) 1.25, 1.52
14.73	50	34298.43	b ³G₄—624(4)	(0.000 WD) 0.847w
14.66	20c	34299.28	a ⁵P₂—461(1)	(0.000) 1.475 D
14.10	4	34305.81		(0.000, 0.230) 1.405, 1.616, 1.858
13.99	30	34307.14	a ³H₅—524(4)	(0.000) 1.101
13.44	30	34313.63	a ³F₃—411(2)	(0.000w) 0.970 A
12.41	40	34325.77	a ⁵D₁—478(0)	(0.000) 1.515
11.88	2	34332.02
10.86	3	34344.05		(0.000) 1.466 B
10.67	2	34346.29	a ¹H₅—585(5)	(0.00) 1.22
09.02	12	34365.80	a ³D₂—515(2)	(0.158) 1.232
07.33	30c	34385.72	a ¹P₁—577(2)	(0.000, 0.217) 0.889, 1.055
06.92	3	34390.63		(0.000) 1.014
05.24	100	34410.51	a ³P₀—385(1)	(0.000) 0.472
04.88	20	34414.76	a ⁵P₃—468(2)	(0.000, 0.498) 1.127, 1.600, 2.079, 2.597
04.41	2	34420.34	c ³F₃—580(4)
04.08	20c	34424.20	b ³H₅—598(5)	(0.00w) 1.09
01.87	50	34450.46	a ³G₅—472(4)	(0.141) 1.087
01.67	4	34452.84	a ³D₁—490(2)
01.31	15c	34457.14	a ³D₃—530(2)
00.74	75	34463.84	a ³G₄—471(3)	(0.000w) 0.875w
2899.20	50	34482.18	a ¹F₃—593(2)	(0.000, 0.174, …) 0.622, 0.799, 0.996, 1.179
98.69	3	34488.25		(0.18) 1.13
97.99	2	34496.61	b ¹D₂—577(2)	(0.00) 1.13
97.73	4	34499.65	b ³F₃—490(2)	(0.000, 0.313, 0.644) 0.345, 0.673, 0.996, 1.320
96.84	2	34510.28	b ³P₂—530(2)	(0.000w) 1.461
96.38	20	34515.74	b ³F₂—442(1)	(0.000, 0.799) 0.248, 1.049, 1.843
96.04	7	34519.78	a ³G₃—462(4)
95.48	30	34526.41		(0.000, 0.155, 0.297) 0.960, 1.139, 1.289
93.77	10	34546.83	a ⁵F₄—389(3)	(0.000, 0.342, 0.681, 1.013) 0.827, 1.162, 1.497, 1.840, 2.175
91.99	2	34568.08		(0.23) 1.11
91.36	15	34575.64	${\begin{array}{l} a^{3} G_{4} — 472 (4) \\ a^{3} P_{2} — 402 (2) \end{array}$	(0.188, 0.385) …, 1.149, 1.336, 1.524, 1.719
90.53	3	34585.63	a ⁵D₂—490(2)	(0.31) 1.57
90.26	50c	34588.85	${\begin{array}{l} a^{5} F_{3} — 372 (2) \\ a^{5} D_{1} — 480 (0) \end{array}$	(0.000, 0.622, 1.247) 0.000, 0.614, 1.240, 1.866, 2.491
88.40	20	34611.12	b ³D₃—652(4)	(0.000) 1.179
87.69	2	34619.60	a ³G₃—463(2)
87.16	2	34625.96
86.34	6	34635.81	c ³P₁—608(2)	(0.000, 0.209) 0.923, 1.137, 1.330
85.40	40c	34647.03	a ³P₂—403(1)	(0.097) 1.395
84.65	25c	34656.06	a ³H₄—505(5)	(0.000) 1.123w
84.30	12	34660.26	a ³H₅—528(6)	(0.000w) 1.4677B
82.83	8	34678.01
82.32	25	34684.09	a ³F₄—444(3)	(0.000, 0.278, 0.562, 0.835) 0.659, 0.939, 1.222, 1.496, 1.777, 2.051
82.00	8	34687.95	c ³P₀—580(1)	(0.000) 1.133
81.60	50	34692.82	a ³P₁—400(0)	(0.000) 1.549
80.57	4	34705.14		(0.000) 0.508
79.09	35	34722.99	a ³F₃—415(3)	(0.246, 0.385) 0.824, 0.936, 1.083, 1.208, 1.347, 1.462
78.21	18c	34733.65	${\begin{array}{l} a^{5} P_{3} — 471 (3) \\ a^{5} P_{1} — 454 (2) \end{array}$	(0.000) 1.117 W D
77.67	100	34740.19	b ³F₂—444(3)	(0.000w) 0.992w B
77.54	25	34741.71	b ³F₄—532(5)
77.06	25	34747.53	a ⁵D₁—482(2)	(0.000) 1.385
74.83	12	34774.45		(0.000) 1.081
74.33	30c	34780.54	b ³P₁—521(1)	(0.409) 1.17, 1.608
2873.56	40	34789.82	a ³D₃—533(4)	(0.00w) 1.64
72.16	1	34806.79
71.89	1	34810.06	${\begin{cases} d^{3} F_{2} — 646 (3) \\ c^{3} P_{2} — 628 (1) \end{cases}$
71.59	5	34813.72		(0.00) 1.20
70.87	6	34822.47		(0.000) 0.956
69.51	15c	34838.98	a ³F₄—445(5)	(0.000 W) 1.399w
69.02	6	34844.93	a ⁵P₃—472(4)	(0.000, 0.396) 0.775, 1.197, 1.602
68.64	25	34849.53	${\begin{cases} b^{3} F_{4} — 533 (4) \\ a^{1} G_{4} — 490 (5) \end{cases}$	(0.392B) 1.132 D
68.14	20	34855.52	b ¹G₄—602 (3)	(0.000 w)0.893B
67.83	7c	34859.39		(0.000, 0.176, 0.369, 0.539) …?
67.41	150c	34864.40	a ³H₆—528(6)	(0.000 W) 1.163w
66.85	7	34871.20	b ³D₃—654(3)	(0.00) 1.42
66.26	18c	34878.47	a ³G₃—466(4)	(0.000, 0.280, 0.586) 1.223, 1.499, 1.789, 2.102
66.14	35c	34879.84	${\begin{cases} a^{5} F_{4} — 392 (3) \\ a^{3} F_{4} — 446 (4) \end{cases}$	(0.000w) 1.282w
65.70	50	34885.23		(0.000w) 1.035A
65.32	85	34889.85	a ⁵D₄—521(3)	(0.000w) 1.328 W
64.26	7	34902.82	a ³P₁—402(2)	(0.000, 0.395) 0.751, 1.159, 1.571
63.54	10	34911.56	a ³D₃—534(3)	(0.00w) 1.24
63.44	20	34912.80		(0.264B) 1.105D
62.52	12	34923.96		(0.000) 1.112
61.24	10	34939.65	b ¹G₄—603(3)	(0.00) 1.01
60.88	75	34943.99	a ³F₃—417(4)	(0.000, 0.172, 0.358, 0.542) …., 0.901, 1.075, 1.259, 1.436, 1.637, 1.829
59.94	8	34955.55	${\begin{cases} b^{3} F_{3} — 495 (3) \\ a^{5} P_{2} — 468 (3) \end{cases}$	(0.000, 0.221, 0.453) 0.766, 0.984
59.72	12	34958.17	c ³F₄—580(4)	(0.059) 1.056
59.14	20c	34965.28	${\begin{cases} b^{3} P_{2} — 534 (3) \\ a^{3} D_{1} — 495 (2) \end{cases}$	(0.000) 0.755
59.14	20c	34965.28		(0.000) 2.305
58.75	20	34970.05
58.43	125	34973.99	a ³P₁—403(1)	(0.317) 1.223, 1.556
58.43	125	34973.99	a ³P₁—403(1)	(0.000, 0.399) 0.853, 1.227
57.34	8	34987.33	a ³D₂—521(1)
56.68	50	34995.40	a ⁵D₀—475(1)	(0.000) 1.502
55.85	2	35005.55		(0.00) 1.21
55.34	20c	35011.75	b ³F₃—495(2)	(0.000, 0.587, 1.155, 1.678) 0.441, 0.984, 1.581
55.18	5	35013.75	d ³F₄—665(4)	(0.00) 1.10
54.79	6	35018.60		(0.000) 0.846
54.21	2	35025.68		(0.00) 0.904
53.54	8	35033.85	b ³D₃—656(3)	(0.264, 0.504, 0.753) 0.501, 0.766, 1.032, 1.274, 1.492, 1.754
53.18	10	35038.26	b ³P₀—513(1)	(0.00) 1.046
52.94	10	35041.32	a ⁵D₂—495(3)	(0.000, 0.161, 0.335) 0.989, 1.120, 1.288, 1.466
52.34	150	35048.68	a ³H₅—532(5)	(0.274B) 1.109 W D
50.98	40	35065.40	b ³F₃—496(3)	(0.389B) 1.239 W D
49.92	10	35078.40	d ³F₄—666 (5)
49.86	12	35079.08	a ⁵P₃—475(2)	(0.000, 0.325, 0.654) 0.967, 1.297, 1.604, …?
49.86	12	35079.08	a ⁵P₃—475(2)
49.51	1	35083.43	a ³G₃—468(2)
49.06	8	35089.02	a ³F₄—448(3)	(0.000) 1.172
48.89	20c	35091.13	a ³D₃—536(2)	(0.000w) 1.350w
48.33	15	35097.98	a ⁵D₂—495(2)	(0.197) 1.513D
47.65	20	35106.31	a ¹D₂—486(2)	(0.000) 1.114
46.54	5c	35120.05	a ³G₄—478(3)
44.60	10	35144.00	b ³P₂—536(2)
44.46	200	35145.75	a ⁵F₂—361(2)	(0.139B) 0.988w
43.98	4	35151.68	a ⁵D₂—496(3)
43.51	110c	35157.50	a ³H₅—533(4)	(0.000) 1.083
41.61	8	35180.95		(0.000) 1.112
40.79	8	35191.13	a ⁵D₁—486(2)	(0.000, 0.368) 0.770, 1.143
40.39	75	35196.13		(0.000) 1.038
39.91	10	35202.01		(0.000w) 0.889w
2838.78	2	35216.06	a ¹D₂—487(1)	(0.000, 0.362) 0.795, 1.104, 1.477
38.23	175c	35222.87	a ³H₄—510(3)	(0.000w) 1.101w
37.11	7	35236.82
36.35	7	35246.16	b ³P₂—537(1)	(0.000, 0.199) 1.407, 1.633
35.84	30c	35252.60	a ³H₆—532(5)	(0.000w) 1.069 W B
35.29	25c	35259.39	${\begin{cases} a^{3} D_{1} — 498 (1) \\ b^{3} H_{4} — 596 (5) \end{cases}$	(1.209) 1.995
35.29	25c	35259.39		(0.000, 1.081) 0.880
35.10	20c	35261.78	a ⁵D₄—524(4)	(0.283) 1.081B
33.78	7	35278.20	b ³G₅—665(4)	(0.000) 3.314
33.06	1	35287.19	b ³G₃—621(4)
32.70	50c	35291.63	a ³F₃—421(4)	(0.000, 0.191, 0.380, 0.581) 0.893, 1.074, 1.258, 1.460, 1.639, 1.866
32.54	15	35293.62	a ⁵P₂—471(3)
31.97	8	35300.76	a ⁵D₁—487(1)	(0.751) 0.751, 1.491
31.75	2	35303.47
31.47	4	35307.01
30.40	10	35320.28	b ³G₄—634(4)
30.26	25	35321.99	a ³F₃—421(2)	(0.000, 0.126, 0.289, 0.492) 0.798, 0.934, 1.081, 1.214
29.79	30	35327.97	a ⁵F₄—397(4)	(0.478B) 0.841, 1.059, 1.316, 1.572
29.19	12	35335.41	a ³F₂—385(2)	(0.277, 0.525) …?
28.58	75	35343.04	b ³G₅—666(5)	(0.000 W D) 1.028
28.09	12c	35349.20	a ⁵D₄—525(3)
27.59	60c	35355.38	a ³F₂—385(1)	(0.000, 0.243) 0.457, 0.746, 1.032w
27.47	10c	35356.90	b ³F₃—499(4)	(0.000, 0.209, 0.430, 0.680) 0.996, 1.202, 1.427, 1.664, 1.902
26.30	3	35371.54	a ¹F₃—602(3)
25.75	1	35378.42
24.64	12	35392.28	a ⁵D₂—498(1)	(0.000, 0.532) 0.934, 1.485, 2.024
24.36	5	35395.83
23.82	20c	35402.55	${\begin{cases} a^{3} G_{3} — 471 (3) \\ a^{1} D_{2} — 489 (3) \end{cases}$	(0.254) 1.002
23.61	3	35405.24	b ³H₄—598(5)
23.07	15	35412.05	a ³D₂—525(3)	(0.000, 0.201, 0.403) 1.226, 1.411, 1.597, 1.792
20.71	6	35441.61	b ¹G₄—496(3)	(0.000, 0.341, 0.695) 0.325, 0.671, 0.998, 1.309
20.08	3	35449.58	b ³P₁—528(1)	(0.258) 1.449
19.93	1	35451.44
19.52	15c	35456.62
19.13	70c	35461.51	a ⁵P₁—461(1)	(1.026) 1.365, 2.362
18.35	20	35471.29	a ⁵D₃—511(2)	(0.000w) 1.655B
17.10	200	35487.11	a ³P₂—411(2)	(0.171, 0.369) 0.959, 1.160, 1.352, 1.567
15.72	2	35504.44
15.00	25	35513.55	a ³G₃—472(4)
14.46	20	35520.28	a ¹D₂—490(2)	(0.147, 0.332, 0.508) 0.985, 1.216, 1.403, 1.600
14.30	90c	35522.35	a ⁵F₅—417(5)	(0.715) 1.605W
13.52	3	35532.19
13.05	2	35538.19	b ³G₄—637(5)
12.63	6	35543.44	b ³F₂—452(1)	(0.000, 0.408) 0.657, 1.055, 1.451
11.70	125c	35555.20	b ³F₄—540(5)	(0.000 W) 1.212B
11.33	15	35559.83		(0.000, 0.173, 0.341) 0.899, 1.060, 1.240
10.48	3	35570.62
09.94	15	35577.44	b ³H₆—615(6)	(0.208w) 1.147
09.06	15c	35588.61	a ⁵F₅—417(4)	(0.000W) 0.472w
08.31	25	35598.13	b ³H₆—616(6)	(0.000) 1.185
07.75	12	35605.17	a ⁵D₁—490(2)	(0.000, 0.193) 1.113, 1.312, 1.508
07.39	30	35609.73		(0.000w) 0.872A
07.23	5	35611.79	a ¹H₅—598(5)
05.90	15c	35628.67	${\begin{cases} a^{5} F_{3} — 382 (3) \\ a^{3} H_{4} — 514 (4) \end{cases}$	(0.000w) 1.109
05.46	3	35634.28	b ³G₃—624(4)
05.33	15c	35635.96	b ³P₁—530(2)	(0.000, 0.299) 1.774
2805.07	8	35639.21	${\begin{cases} a^{5} P_{2} — 475 (2) \\ a^{3} G_{5} — 484 (4) \end{cases}$	(0.242B) 1.342D
04.58	3	35645.46
04.01	20	35652.71	a ³D₃—542(4)	(0.000, 0.198, 0.430, 0.639) 0.531, 0.738, 0.040, 1.145, 1.349
03.80	10	35655.38	${\begin{cases} b^{3} G_{4} — 638 (4) \\ a^{3} D_{2} — 528 (1) \end{cases}$
02.93	3	35666.44
02.34	10	35673.93	a ⁵P₁—463(2)
00.53	15	35697.01	a ³P₂—413(1)	(0.000, 0.548) 0.782, 1.322, 1.893
2799.27	35	35713.05	b ³F₄—542(4)	(0.328Wd) 1.034D
98.72	40	35720.13	${\begin{cases} a^{5} P_{2} — 475 (1) \\ b^{1} G_{4} — 611 (4) \end{cases}$	(0.206B) 0.865D
97.76	200	35732.40	${\begin{cases} a^{1} G_{4} — 499 (4) \\ a^{5} F_{2} — 367 (3) \end{cases}$	(0.000, 0.170, 0.355) 0.820, 0.995, 1.176, 1.351, 1.523
96.58	5	35747.41	a ³G₃—475(2)
96.08	20	35753.80	a ⁵D₃—514(4)	(0.000, 0.343, 0.670, 1.005) 0.105, 0.413, …
95.20	70c	35765.01	a ³G₄—484(4)	(0.235, 0.482, 0.818, 1.100) 0.205.0.501, 0.778, 1.014, 1.254, 1.501, 1.771, 2.040.
94.10	8	35779.15		(0.000w) 1.087w
93.86	20	35782.25	a ³F₂—389(3)	(0.000, 0.251, 0.519) 0.480, 0.735, 0.992, 1.241, 1.509
93.47	4	35787.19	a ⁵P₃—482(2)	(0.000, 0.096, 0.198) …?
91.84	10	35808.14	${\begin{cases} a^{5} D_{3} — 515 (2) \\ b^{3} H_{4} — 602 (3) \end{cases}$	(0.000, 0.239, 0.453, 0.664) 0.193, 0.414, 0.593, 0.774, 0.976, 1.176
91.37	50	35814.18	${\begin{cases} a^{3} P_{1} — 411 (2) \\ d^{3} F_{2} — 656 (3) \end{cases}$	(0.000, 0.392) 0.754, 1.164, 1.551
89.16	30	35842.58	a ³D₂—530(2)	(0.246, 0.522) 0.941, 1.212, 1.474, 1.727
88.95	3	35845.20
86.77	25	35873.20	a ⁵F₃—385(2)	(0.000, 0.229, 0.476) 0.775, 1.004, 1.242, 1.484, 1.736
85.29	8	35892.28	b ³H₄—603(3)	(0.000, 0.168, 0.328, 0.513) 0.471, 0.660, 0.843, 0.991, 1.139, 1.288, 1.453
84.96	75	35896.60	a ³P₂—415(3)	(0.000w) 0.903A
84.46	2	35903.04	a ³D₁—505(1)
83.04	3	35921.38	b ³D₃—665(4)	(0.000 W D) 0.693A
81.90	12	35936.05	a ⁵F₅—421(4)	(0.000W D) 1.841B
81.35	1	35943.20	b ³H₅— 613(5)
81.14	7	35945.92	a ¹P₁—593(2)	(0.000w) 1.123
80.83	10	35949.92	a ⁵P₂—478(3)	(0.000, 0.225, 0.435) 0.749, 0.979, 1.196
80.34	50	35956.21	a ⁵F₂—369(1)	(0.000, 0.333) 0.696, 0.995, 1.336
79.46	2	35967.65
79.06	2	35972.84	b ¹G₄—613(5)
78.81	30	35976.02	a ¹D₂—495(3)	(0.000, 0.209, 0.413) 0.898, 1.099, 1.299, 1.497, 1.719
76.91	6	36000.60	a ¹F₃—608(2)	(0.000, 0.160, 0.319) 0.653, 0.802, 0.958, 1.145
76.70	20	36003.30	a ⁵D₄—532(5)	(0.000w) 1.086
76.23	5	36009.42
75.38	8	36020.52	a ³H₅—542(4)	(0.000w) 0.940
75.10	30	36024.16	a ³P₁—413(1)	(0.336) 1.530
74.56	40	36031.17		(0.000, 0.137, 0.286, 0.430, 0.562, 0.732) 0.288, 0.412, 0.576, 0.711, 0.874, 1.024, 1.145
74.18	15	36036.10	a ⁵D₂—505(1)	(0.000 w D) 1.490
73.60	5	36043.65
72.47	10	36058.25	a ³G₃—478(3)	(0.258, 0.755W) 0.335, 0.632, 0.919, 1.182, 1.470, 1.787
72.24	2	36061.33	c ³P₁—622(1)
72.06	2	36063.66	a ⁵P₁—467(2)
71.82	75	36066.68	a ³H₆—540(5)	(0.000w) 1.070w
70.54	1	36083.34	c ³P₁—623(2)
70.32	4	36086.28	a ¹D₂—496(3)	(0.000w) 0.909A
70.10	15	36089.19	c ¹G₄—712(5)	(0.000, 0.200, 0.423, 0.631, 0.892) 1.027, 1.223, 1.430, 1.630, 1.840, 2.097.
69.65	5	36094.99	a ³D₃—546(3)	(0.396, 0.574, 0.824, 1.217 w)…, 0.928, 1.320, 1.762
68.07	12	36115.54	a ³F₂—392(3)	(0.000, 0.395, 0.788) 0.339, 0.732, 1.136, 1.532, 1.922
2767.92	2	36117.51	a ⁵D₁—495(2)
67.10	15	36128.20	a ³F₃—429(3)	(0.132) 1.083
66.79	1	36132.27	a ³D₂—533(2)
66.40	12	36137.39	a ⁵P₁—468(2)	(0.000, 1.286w) −0.197, +1.091, 2.357
65.59	2	36147.95	b ³P₂—546(3)	(0.000, 0.515, 1.048) 0.429, 0.929, 1.437
65.04	2	36155.19	b ³ F₄—546(3)	(0.000, 0.295, 0.600, 0.907) 1.224, 1.525, 1.833, 2.124
63.36	30	36177.16	a ⁵F₁—361(2)	(0.000, 0.934) 0.000, 0.934, 1.866
62.05	75	36194.27	${\begin{cases} b^{3} H_{6} — 622 (5) \\ b^{3} H_{5} — 616 (6) \end{cases}$	(0.000 W) 1.464
61.75	75	36199.54	a ⁵F₂—372(2)	(0.384, 0.770) 0.249, 0.612, 1.005, 1.385
59.28	20	36230.59	a ⁵P₃—486(2)	(0.000, 0.473, 0.990) 0.575, 1.130, 1.610, 2.067, 2.538
59.05	25	36233.65	a ³F₃—430(2)	(0.000) 1.097
58.16	2	36245.36
57.26	40	36257.20	a ³G₄—489(3)	(0.000, 0.259, 0.549, 0.871) 0.149, 0.455, 0.774, 1.015, 1.269, 1.535, …
56.30	25	36269.75	${\begin{cases} b^{3} P_{1} — 536 (2) \\ a^{3} H_{4} — 521 (3) \end{cases}$	(0.000w) 1.149A
54.21	2	36297.27	a ³D₂—534(3)	(0.000) 1.228
53.46	3	36307.20
52.49	100	36319.96	a ⁵F₃—389(3)	(0.240, 0.475, 0.762) 0.486, 0.744, 0.997, 1.239, 1.490, 1.768
51.98	3	36326.79	a ¹D₂—498(1)	(0.00) 0.93
50.35	100	36348.24	a ⁵P₂—482(2)	(0.176) 1.125W
48.58	20	36371.70	b ³P₁—537(1)	(0.098) 1.217
46.83	75	36394.81	a ⁵D₃—521(3)	(0.000 W) 1.197D
45.57	3	36411.50	a ⁵D₁—498(1)	(0.485) 1.512, 1.984
43.98	1	36432.64		(0.000) 1.011, 1.294
42.23	15	36455.83	a ³G₃—482(2)	(0.000, 0.524, 1.048) 0.000 w, 0.404, 0.913, 1.454
40.69	30	36476.34	a ³D₂—536(2)	(0.162, 0.279) 1.042, 1.191, 1.343, 1.476
40.11	25	36484.09	b ³F₂—461(1)	(0.00) 1.22
39.26	75	36495.42	a ³P₂—421(2)	(0.175, 0.310) 1.045, 1.184, 1.371, 1.528
38.20	1	36509.61
37.20	2	36522.89
36.91	15	36526.69	a ⁵P₃—489(3)	(0.332, 0.647, 0.999) 0.623, 0.944, 1.275, 1.598, 1.927, …
35.26	50	36548.83	a ³F₄—462(5)
33.67	2	36569.98	a ³D₁—511(2)
33.33	25	36574.54	a ³D₃—551(3)	(0.260 B) 1.257D
31.26	8	36602.32		(0.000) 0.930
30.98	2	36606.11
30.74	50	36609.30	${\begin{cases} c^{3} P_{2} — 646 (3) \\ c^{3} F_{4} — 596 (5) \end{cases}$	(0.000W) 1.151B
30.25	1	36615.86	b ³F₃—511(2)
29.93	3	36620.19	c ³P₁—628(1)	(0.424) 0.911, 1.340
29.37	1	36627.69	b ³P₂—551(3)
28.79	15	36635.41		(0.000) 1.176
28.32	2	36641.78	a ³H₄—524(4)
27.44	75	36653.62	a ⁵F₃—392(3)	(0.309) 1.198
26.85	4	36661.47
26.41	2	36667.42
26.01	15	36672.80	b ³H₄—611(4)	(0.204) 1.038D
25.44	75	36680.49		(0.000W) 1.032D
24.09	12	36698.69	a ³D₁—513(1)	(0.207) 0.841, 1.000
23.85	40	36701.83	b ³H₅—621(4)	(0.00) 0.98
23.67	1	36704.30	c ³F₃—603(3)
23.49	2	36706.70		(0.000) 0.845
22.20	1	36724.09
21.82	3	36729.22	a ³H₄—525(3)
21.16	1	36738.12
20.05	10	36753.13		(0.113) 1.043
19.89	2	36755.26
19.28	1	36763.60
2718.95	8	36768.01	d ³F₄—682(3)
17.26	2	36790.94	${\begin{cases} b^{3} H_{5} — 622 (5) \\ a^{5} P_{2} — 486 (2) \end{cases}$
16.49	25	36801.36	${\begin{cases} a^{5} P_{1} — 475 (2) \\ b^{3} P_{2} — 464 (2) \end{cases}$	(0.000, 0.988w) 0.213, 1.276, 2.357w
15.31	10	36817.30	a ³G₄—495(5)	(0.000) 1.229w
15.14	3	36819.56	b ¹G₄—622(5)	(0.000) 1.017
14.79	3	36824.38	a ¹F₃—616(3)
14.67	12	36826.02	c ³P₁—630(2)	(0.000) 1.28
14.28	8	36831.20	${\begin{cases} a^{3} G_{4} — 495 (3) \\ a^{5} D_{2} — 513 (1) \end{cases}$	(0.000, 0.426) 1.064, 1.444, 1.879
13.44	1	36842.64		(0.000W) 1.115w
12.59	3	36854.24	a ⁵D₃—525(3)	(0.000 W) 1.451
11.71	2	36866.12		(0.000) 1.072
10.73	40	36879.55	a ¹H₅—611(4)	(0.000) 0.947
10.12	12	36887.81	b ³F₄—553(4)	(0.00) 1.19
09.27	125	36899.34	${\begin{cases} a^{3} G_{3} — 486 (2) \\ a^{3} F_{4} — 466 (4) \end{cases}$	(0.000, 0.228) 0.452, 0.702, 0.935 (0.474) 1.215
08.73	1	36906.72	a ³D₁—515(2)
05.83	4	36946.31	${\begin{cases} b^{1} D_{2} — 602 (3) \\ b^{3} G_{5} — 682 (5) \end{cases}$	(0.000 D) 1.267w
05.32	12	36953.22	b ³F₃—515(2)	(0.000, 0.305, 0.620) 0.352, 0.676, 0.985, 1.295, 1.608
03.99	15	36971.45	a ¹D₂—505(1)	(0.000, 0.257) 0.847, 1.130, 1.398
03.69	15	36975.50	a ⁵D₄—542(4)	(0.000W) 1.134w
02.78	35	36987.90	a ⁵F₁—369(1)	(0.658) 0.000, 0.685
02.66	25	36989.64	a ³D₃—555(3)	(0.300w) 1.396D
02.08	10	36997.61	a ³D₃—555(2)	(0.000, 0.274, 0.570) 1.019, 1.308, …,…
01.07	25	37011.36	b ³F₄—555(5)	(0.000, 0.171, 0.353, 0.528, 0.710) 0.359, 0.522, 0.685, 0.869, 1.057, 1.230, 1.400, 1.603
2699.90	2	37027.45	b ³P₂—555(1)	(0.000) 1.473
99.69	4	37030.33	b ¹D₂—603(3)	(0.000) 1.180
98.80	15	37042.48	b ³P₂—555(3)	(0.000) 1.396
98.52	20	37046.34		(0.000) 1.259
98.30	10	37049.31	${\begin{cases} b^{3} H_{5} — 624 (4) \\ b^{3} F_{4} — 555 (3) \end{cases}$	(0.000) 1.044
98.01	3	37053.33	a ³F₂—402(2)	(0.399, …) 0.749, 1.155
97.84	2	37055.70	${\begin{cases} a^{3} G_{5} — 498 (5) \\ a^{5} D_{1} — 505 (1) \end{cases}$	(0.000) 1.284
97.39	10	37061.88
96.81	5	37069.79	b ³G₄—652(4)
96.52	1	37073.79	a ¹P₁—604(1)
96.22	8	37077.93	b ¹G₄—624(4)	(0.000) 0.512
95.70	12	37085.04	a ³F₄—468(3)	(0.000) 1.242
95.54	2	37087.31	${\begin{cases} a^{5} P_{2} — 489 (3) \\ a^{5} P_{1} — 478 (0) \end{cases}$	(0.000, 0.143, 0.305) 0.968, 1.124, 1.289
95.54	2	37087.31		(0.000) 1.157, 1.246w
94.52	100	37101.35	a ⁵F₃—397(4)	(0.000w) 1.190w
92.83	20	37124.66	a ³F₂—403(1)	(0.000, 0.489) 0.263, 0.740, 1.230
91.80	25	37138.78	a ⁵F₄—415(3)	(0.000w) 1.729B
90.79	1	37152.78
90.49	2	37156.89	a ³P₃—495(2)	(0.000) 1.585
90.36	3	37158.66	b ³P₁—545(2)	(0.000w) 0.891
90.20	5	37160.91		(0.068) 0.992
89.81	1	37166.37
89.27	50	37173.80	a ³F₃—440(4)	(0.000w) 1.175w
88.75	1	37180.99	a ³G₄—498(5)
88.46	3	37184.95		(0.000, 0.445) 0.676, 1.101, 1.559
87.46	4	37198.76
87.00	2	37205.1 8	a ⁵P₂—490(2)	(0.222) 1.333
86.59	2	37210.87	a ⁵P₃—496(3)
2685.16	150	37230.64	${\begin{cases} a^{3} P_{0} — 413 (1) \\ a^{5} F_{1} — 372 (2) \end{cases}$	(0.000) 1.890
2685.16	150	37230.64		(0.000, 0.613w) 0.000w, 0.600w 1.212w
84.04	1	37246.22	a ¹F₃—621(4)
83.77	4	37249.91	c ³F₃—608(2)	(0.000w) 1.028
82.96	4	37261.26	b ³H₄—616(3)	(0.000w) 1.094w
81.25	25	37284.91	a ⁵D₃—530(2)	(0.000) 1.464
80.66	75	37293.17	a ⁵F₄—417(5)	(0.000w) 0.815A
80.06	75	37301.59	a ³P₂—429(3)	(0.000, 0.233, 0.461) 0.661, 0.902, 1.126, 1.361, 1.586
79.77	2	37305.52	a ³D₃—558(2)
79.26	5	37312.60	c ³F₂—602(3)
78.81	50	37318.94	a ³H₅—555(5)	(0.000) 1.086
76.48	20	37351.44	a ⁵P₁—180(0)	(0.000) 2.394 w
75.90	100	37359.45	a ⁵F₄—417(4)	(0.292w) 1.324D
75.73	50	37361.92	a ¹H₅—615(6)	(0.000) 1.484D
75.54	3	37364.53
74.85	3	37374.15
74.19	30	37383.45	a ³H₄—532(5)	(0.000w) 1.158A
73.16	2	37397.74
72.50	50	37406.97	a ³P₂—430(2)	(0.266, 0.563) 0.563, 0.787, 1.056, 1.330, 1.625, …
71.76	2	37417.44	a ⁵D₄—546(3)
71.40	5	37422.38	a ³F₄—471(3)
71.00	5	37427.97	a ³F₃—442(2)	(0.000, 0.173, 0.349) 0.750, 0.921, 1.103, 1.282
69.57	40	37448.07	a ¹F₃—623(2)	(0.000) 0.953
68.40	5	37464.52	a ³D₃—560(2)	(0.000w) 1.124
67.40	5	37478.53	b ³F₂—471(3)	(0.000) 1.148
67.29	5	37480.15	a ³D₂—546(3)	(0.000, 0.265, 0.604) 0.352, 0.648, 0.950
67.00	12	37484.17	a ⁵F₂—385(2)	(0.000) 1.000
66.41	30	37492.40	a ³H₄—533(4)	(0.000w) 1.076 D
65.60	50	37503.81	a ⁵F₂—385(1)	(0.000, 0.520) 0.480, 0.998, 1.520
64.25	75	37522.91	a ³H₆—555(5)	(0.000 W) 1.743B
63.88	25	37528.00	a ³D₁—521(1)	(0.758) 0.845, 1.620
63.41	1	37534.73	a ³F₄—472(4)
63.07	10	37539.42
63.00	20	37540.47	b ³F₃—521(3)	(0.000) 1.048
62.96	8	37541.03		(0.000w) 1.048w
62.27	8	37550.79	c ³F₂—604(1)	(0.000) 0.714
60.81	3	37571.36
59.40	40	37591.23	a ⁵F₃—402(2)	(0.000w) 1.320A
58.86	75	37598.99	a ³F₃—444(3)	(0.137, 0.277, 0.414) 0.650, 0.780, 0.923, 1.086, 1.247, 1.370
58.14	50	37609.07	a ³G₄—503(3)	(0.000, 0.246, 0.511, 0.831) 0.138, 0.542, 0.767, 1.015, 1.274, …
57.76	5	37614.42	a ³H₄—534(3)	(0.000D) 0.972w
56.16	20	37637.11	a ¹D₂—511(2)	(0.245, 0.498) 0.848, 1.107, 1.358, 1.594
55.34	25	37648.76	b ³F₄—561(4)	(0.000D) 1.271w
54.88	6	37655.34		(0.000, 0.338) 0.551, 0.874, 1.208
54.51	3	37660.47	a ⁵D₂—521(1)
54.34	3	37662.91
53.45	6	37675.63	b ³D₃—682(3)
52.46	3	37689.63
51.23	125	37707.17	a ⁵F₄—421(4)	(0.280B) 1.330D
50.52	4	37717.27	a ⁵P₂—495(2)	(0.160, 0.303) 1.305, 1.453, 1.617, 1.788
48.54	5	37745.48
47.10	3	37766.00	a ¹D₂—513(1)
46.90	20	37768.78	a ³G₃—495(3)	(…, 0.391, 0.787, 1.246) 0.070, 0.508, 0.894, 1.316, …
46.74	20	37771.02	a ⁵P₂—496(3)	(0.000, 0.457, 0.840) 0.161, 0.678, …
45.91	15	37782.96		(0.270) 1.059
45.09	30	37794.61	a ³F₃—446(4)	(0.000, 0.196, 0.383, 0.577) 0.739, 0.911, 1.080, 1.252, 1.475, 1.682, 1.856
44.58	100	37801.87	a ³G₄—505(5)	(0.000W) 1.168A
43.43	15	37818.37	a ⁵F₅—440(4)	(0.000, 0.260, 0.535, 0.779) 1.175, 1.379, 1.645, 1.931, 2.158, 2.428
43.03	12	37824.12	${\begin{cases} b^{3} F_{2} — 475 (2) \\ b^{3} G_{3} — 646 (3) \end{cases}$	(0.247, 0.468) 0.807, 1.058, 1.285, 1.524
42.91	2	37825.78	a ³G₃—495(2)
42.70	5	37828.79		(0.000) 0.852
2642.06	3	37838.04
41.16	8	37850.85	${\begin{cases} b^{3} P_{2} — 563 (3) \\ a^{5} D_{1} — 513 (1) \end{cases}$	(0.463) 1.048, 1.508
40.61	12	37858.82		(0.000) 1.513
40.13	2	37865.64	c ¹D₂—708(2)	(0.336, 0.622) 0.412, 0.716, 1.017, 1.331
39.19	40	37879.16	a ³G₃—496(3)
38.68	25	37886.45	a ³ P₂—435(3)	(0.000, 0.246, 0.521) 0.546, 0.827, 1.073, 1.315
37.94	30	37897.05	a ⁵D₄—551 (3)	(0.000W) 1.026A
37.34	3	37905.72	b ³F₂—475(1)	(0.000, 0.454) …?
36.90	8	37912.09	b ³F₃—524(4)	(0.00) 1.49
36.67	3	37915.38	a ¹G₄—521(3)
36.46	2	37918.42	a ⁵D₃—536(2)
36.30	2	37920.66
35.59	200	37930.92	a ⁵F₂—389(3)	(0.000W) 0.979w
34.25	3	37950.20	b ³P₂—564(3)	(0.000, 0.254) 1.195, 1.428
33.78	75	37956.94	${\begin{cases} a^{3} H_{5} — 561 (4) \\ b^{3} F_{4} — 564 (5) \end{cases}$	(0.000, 0.249, 0.434, 0.661, 0.846, 1.002) 0.316, 0.511, 0.710, 0.856, 1.030
33.29	10	37964.02		(0.000) 1.247
32.60	2	37973.97	a ¹D₂—515(2)	(0.192, 0.385) 0.922, 1.116, 1.299, 1.528
32.27	25	37978.76	a ¹H₅—622(5)	(0.280) 1.066
30.84	12	37999.29	b ³F₃—525(3)	(0.451, 0.720, 1.451) 0.633, 1.016, 1.414, 1.850, 2.278
30.53	25	38003.88	a ³F₃—448(3)	(0.148, 0.354, 0.540) 0.714, 0.906, 1.084, 1.246, 1.426, 1.602
30.18	3	38008.85
29.99	2	38011.62	a ⁵P₂—498(1)	(0.000, 0.582) 0.850, 1.401
29.21	1	38022.96	c ³F₄—611(4)
28.84	50	38028.28	b ³F₄—565(5)	(0.000, 0.253, 0.495, 0.762, 1.049) 0.147, 0.481, 0.733, 0.968, 1.220, 1.465, 1.758, 2.020
26.74	3	38058.67	a ⁵D₁—515(2)
26.44	2	38063.00	a ⁵P₁—487(1)
25.70	3	38073.80	c ³F₃—616(3)
25.33	6	38079.06	a ³F₄—478(3)	(0.000) 1.314
21.49	5	38134.92	b ³F₂—478(3)	(0.000, 0.149, 0.285) 1.213, 1.360, 1.479
20.45	5	38150.06	a ⁵D₄—553(4)	(0.307, 0.476, 0.630) 0.558, 0.691, 0.849, 1.004, 1.174, 1.351, 1.534, …
19.04	2	38170.54	a ³G₃—499(4)
18.98	20	38171.47		(0.000, 0.283, 0.575, 0.890, 1.169) 1.209, 1.476, 1.759, 2.067, 2.362
18.87	2	38173.02		(0.000w) 1.091A
18.62	1	38176.59	b ³P₁—555(2)	(0.000w) 0.996B
17.65	8	38190.86	a ¹F₃—630(2)
17.22	30	38197.14	a ³D₁—528(1)	(0.000w) 0.875
16.12	2	38213.21
15.46	3	38222.80	a ³P₁—435(1)	(0.000) 0.884
14.94	25	38230.35
13.50	1	38251.45		(0.000w) 1.162
12.62	50	38264.39	a ⁵F₂—392(3)	(0.000W) 1.423B
11.99	20	38273.56	a ⁵D₄—555(5)	(0.000w) 0.782w
10.92	12	38289.27	b ³H₅—637(5)	(0.237) 1.076w
09.37	6	38311.94	a ⁵D₄—555(3)	(0.000, 0.269, 0.512, 0.804) 0.462, 0.687, 0.924, 1.182, 1.431. 1.696
08.18	3	38329.52	a ⁵D₂—528(1)	(0.000) 1.098
07.84	100	38334.48		(0.000 W) 1.241w
06.43	100	38355.20	a ³H₄—542(4)	(0.000) 1.144
06.12	30	38359.73	a ¹D₂—555(1)	(0.000, 0.228) 0.975, 1.173, 1.392
05.58	1	38367.72	a ⁵P₁—490(2)
05.11	10	38374.63	${\begin{cases} a^{3} D_{2} — 555 (3) \\ a^{3} F_{2} — 415 (3) \end{cases}$
04.74	4	38380.11	b ³G₄—665(4)
04.52	20	38383.29	a ³D₂—555(2)	(0.000, 0.615) 0.853, 1.464, 2.080
03.49	125	38398.48	a ⁵F₅—445(5)	(0.442) 1.330D
02.96	15	38406.37	${\begin{cases} b^{3} H_{5} — 638 (4) \\ b^{3} G_{3} — 652 (4) \end{cases}$	(0.000w) 0.848A
01.68	3	38425.15		(0.000, 0.168, 0.358) 0.877, 1.055
2601.04	20	38434.72	b ¹G₄—638(4)	(0.00) 0.99
00.73	20	38439.26	${\begin{cases} a^{5} P_{2} — 503 (3) \\ a^{5} F_{5} — 446 (4) \end{cases}$	(0.000D) 1.839W B
2598.72	1	38468.97	a ³H₆—564(5)
98.19	75	38476.80	a ³H₅—566(6)	(0.000) 1.127
97.80	5	38482.61
97.75	10	38483.35		(0.000, 0.128) 1.160, 1.292
97.71	2	38484.00	b ³P₁—558(2)	(0.000, 0.182) 1.349, 1.525
96.99	2	38494.65		(0.000) 1.018
96.46	75	38502.53	a ⁵F₃—411(2)	(0.000w) 1.325
96.14	10	38507.18	a ³D₃—570(3)	(0.00) 1.39
95.58	50	38515.46	a ⁵F₁—385(2)	(0.000w, 0.963) 0.000w, 0.957, 1.950
94.43	10	38532.53	b ³F₂—482(2)	(0.362, 0.756) 0.689, 1.089, 1.461, 1.800
94.25	20	38535.28	a ⁵F₁—385(1)	(0.000) 0.455A
93.95	4	38539.78	a ³H₆—565(5)
93.68	50	38543.67	a ⁵F₄—429(3)	(0.000, 0.212, 0.448, 0.677) 0.779, 0.999, 1.224, 1.446, 1.650, 1.888, 2.111
93.45	15	38547.12	a ³G₃—503(3)	(0.391, 0.763, 1.135) 0.509, 0.891, 1.280, 1.636
92.54	50	38560.62	a ¹D₂—521(3)	(0.000) 1.079
92.13	2	38566.84	a ³H₅—567(4)	(0.000w) 0.741w
91.06	2	38582.69		(0.000) 1.353
90.20	20	38595.53	a ¹D₂—521(1)	(0.000, 0.520) 0.616, 1.110, 1.613
89.81	25	38601.27	a ³P₂—442(2)	(0.169) 1.361
89.12	3	38611.66	c ³F₄—616(3)
88.88	15	38615.24	a ³F₃—454(2)	(0.000w) 0.958
88.08	4	38627.16
87.35	10	38638.05	a ⁵P₃—510(3)	(0.452, 0.885, 1.353) 0.286, 0.707, 1.143, 1.605, 2.042, 2.518
86.98	10	38643.52	b ³P₁—560(2)	(0.000w) 0.891w
86.41	10	38652.07
85.47	2	38666.18	b ³G₃—654(3)
84.49	75	38680.76	${\begin{cases} a^{5} D_{1} — 521 (1) \\ a^{3} H_{6} — 566 (6) \end{cases}$	(0.342) 1.168W D
84.02	75	38687.84		(0.000w) 1.195w
82.52	10	38710.21	a ³D₂—558(1)	(0.000, 0.211) 1.007, 1.219, 1.438
81.61	15	38723.90	a ³F₄—484(4)	(0.156) 1.232
81.50	4	38725.61	a ⁵D₀—513(1)	(0.000) 1.047
80.60	25	38739.16		(0.000, 0.230, 0.458, 0.688, 0.918) 0.218, 0.454, 0.682, 0.912, 1.144, 1.366, 1.603, …
79.06	40	38762.26	${\begin{cases} a^{5} P_{3} — 511 (2) \\ b^{3} F_{3} — 533 (4) \end{cases}$	(0.000 W) 1.323W B
78.25	40	38774.44	a ³G₄—514(4)	(0.346W) 1.070W D
77.37	100	38787.63		(0.000w) 1.407
76.75	8	38796.98	a ³H₄—546(3)
76.44	25	38801.60	a ³H₅—569(4)	(0.000w) 1.025
76.06	8	38807.43	a ⁵D₃—545(2)	(0.000, 0.433, 0.868) 1.023, 1.460, 1.889
75.23	12	38819.86		(0.000W) 1.403w
74.64	3	38828.78	b ³G₃—656(3)
74.09	1	38837.06
73.70	2	38842.95	c ³F₃—624(4)
73.20	8	38850.44	a ³D₂—560(2)	(0.205, 0.440) 0.773, 1.008, 1.250, 1.467
71.52	20	38875.86	a ³P₁—442(1)	(1.308) 0.255, 1.554
71.28	3	38879.49	a ⁵P₁—495(2)
70.94	3	38884.63	b ³F₃—534(3)
70.82	3	38886.44	c ³P₂—669(1)
70.60	6	38889.78	a ¹P₁—622(1)
69.99	2	38898.97	b ³H₆—649(6)	(0.000w) 1.224A
69.13	40	38912.07	${\begin{cases} a^{1} P_{1} — 623 (2) \\ a^{5} F_{3} — 415 (3) \end{cases}$	(0.133) 1.213w
68.04	15	38928.49	a ³P₁—442(2)	(0.000, 0.301) 0.936, 1.245, 1.538
66.52	1	38951.53	a ¹F₃—638(4)
65.11	4	38973.06	a ³F₂—421(2)	(0.000, 0.168) 0.670, 0.826
2564.91	5	38976.09	b ³F₂—486(2)	(0.160) 1.104
62.63	6	39010.75
62.22	15	39017.00	a ³D₁—536(2)	(0.000, 0.484) 0.892, 1.344, 1.834
61.82	1	39023.05	b ¹D₂—623(2)
61.16	10	39033.14	c ³F₄—621(4)	(0.121) 1.056
60.44	5	39044.05	a ⁵P₃—514(4)	(0.000, 0.488) 0.374, 0.881
60.16	4	39048.38	a ³G₄—517(5)	(0.225) 1.182W
59.87	20	39052.84	b ³H₄—634(4)	(0.000) 0.948
59.15	3	39063.82	b ³F₃—536(2)	(0.000, 0.351, 0.723) 0.295, 0.662, 1.013
58.34	15	39076.10	b ³F₃—536(2)	(0.000) 1.181
57.71	50	39085.81	b ³F₂—487(1)	(0.000, 0.303) 0.745, 1.040, 1.389
57.26	4	39092.64		(0.000) 0.850
56.88	2	39098.38	a ⁵P₃—515(2)	(0.000, 0.306, 0.624) 1.287, 1.578, 1.903, 2.248
56.51	30	39104.10	a ³P₁—444(0)	(0.000) 1.547
55.53	4	39119.15	a ³D₁—537(1)	(0.404) 0.846, 1.261
55.34	4	39122.08	c ³F₄—622(5)
54.90	30	39128.68	a ⁵F₄—435(3)	(0.000, 0.256, 0.516) 0.579, 0.836, 1.098, 1.350, 1.560, 1.914, 2.203
54.63	50	39132.94	a ⁵F₃—417(4)	(0.000) 1.285
54.02	2	39142.14		(0.000, 0.176) 1.263, 1.406
53.52	12	39149.85	a ⁵D₂—536(2)	(0.243) 1.412D
53.19	40	39154.97		(0.000w) 0.940D
52.61	3	39163.81
52.00	1	39173.20	a ⁵P₁—498(1)
51.73	25	39177.28	a ³P₂—448(3)	(0.000w) 1.139
50.36	5	39198.42	a ⁵P₂—510(3)	(0.000, 0.257) 0.619, 0.894, 1.155, 1.414
50.11	7	39202.25	a ³F₂—402(2)	(0.143, 0.292) 0.856, 1.010, 1.147, 1.311
49.20	10	39216.16	a ³F₄—489(3)	(0.000) 1.148
48.97	1	39219.78	a ³D₄—564(5)	(0.000) 1.165
47.81	1	39237.66	a ³D₃—577(2)
47.66	5	39239.96	b ³P₀—555(1)	(0.000) 1.406
46.32	6	39260.58	b ¹G₄—534(3)	(0.000, 0.224) 0.907, 1.138
45.68	1	39270.45	b ³H₄—637(5)
45.50	75	39273.25	a ⁵F₂—403(1)	(0.000, 0.251) 0.741, 1.003, 1.252
44.91	3	39282.36	a ³D₂—564(3)
44.37	75	39290.60	a ⁵D₄—565(5)	(0.000, 0.209, 0.391, 0.628, 0.873) 0.169, 0.345, 0.558, 0.786, 0.937, 1.158
43.33	2	39306.76	a ³G₃—510(3)	(0.749, 0.999, 1.269) 0.922, 1.176, 1.430, 1.680, 1.925, 2.162
43.18	3	39308.98	a ³F₄—490(5)
42.74	6	39315.93
42.36	25	39321.76	a ³P₂—511(2)	(0.180w) 1.336w
40.60	10	39348.99	a ⁵D₁—528(1)	(0.596) 0.914, 1.501
39.37	1	39368.01	c ³F₂—622(1)	(0.000) 0.747
38.75	2	39377.65
38.56	2	39380.50	c ³F₄—624(4)	(0.000W) 1.087w
37.96	75	39389.95	b ³F₂—490(2)	(0.240, 0.546) 0.761, 1.043, 1.311, 1.576
37.16	6	39402.34	a ⁵D₃—551(3)	(0.176, 0.408, 0.644) 0.821, 1.025, 1.254, 1.477, 1.703, 1.928
36.30	20	39415.64	a ³G₄—521(3)	(0.000W) 0.855
35.36	4	39430.20	a ³G₃—511(2)	(0.000, 0.438, 0.868) 0.000w, 0.511, 0.941
34.73	2	39440.11	c ³F₃—630(2)
34.22	1	39448.04	a ¹P₁—628(1)
34.04	25	39450.79	${\begin{cases} a^{1} D_{2} — 530 (2) \\ a^{5} P_{2} — 513 (1) \end{cases}$	(0.000, 0.390) 1.048, 1.404, 1.818
33.76	2	39455.23	a ³F₃—462(4)	(0.000, 0.200) 1.366, 1.545
32.37	20	39476.90	a ¹H₅—637(5)	(0.433w) 1.086W
32.13	100	39480.58	a ⁵F₃—421(4)	(0.000) 1.293
31.71	2	39487.13	a ³D₃—580(4)
31.10	3	39496.69		(0.000w) 1.027A
30.18	6	39511.03	a ³F₃—421(2)	(0.000w) 1.259A
29.50	12	39521.62	a ⁵D₄—567(4)	(0.101) 1.189
29.16	6	39526.86		(0.214) 1.106
28.62	10	39535.39	a ⁵D₁—530(2)	(0.000) 1.447
27.85	1	39547.42	b ³F₄—580(4)
2527.34	30	39555.46	a ³F₃—463(2)	(0.000, 0.251) 0.589, 0.846, 1.032
27.06	2	39559.80	b ¹D₂—628(1)	(0.000, 0.206) … ?
26.03	50	39575.91	a ³P₂—452(1)	(0.000w) 1.212A
25.50	6	39584.25
25.11	10	39590.33	b ³P₀—558(1)	(0.000) 1.414
24.84	8	39594.48	a ¹H₅—638(4)
23.90	5	39609.24
23.56	4	39614.63		(0.000, 0.372, 0.735, 1.122) 0.288, 0.649, 1.056, 1.444
22.88	3	39625.30	b ³F₃—542(4)	(0.000w) 2.163w
21.05	25	39654.10	a ³H₄—555(5)	(0.000w) 0.943w
20.75	2	39658.83	a ⁵P₂—515(2)
20.08	10	39669.31
19.04	15	39685.78	a ⁵P₃—521(3)
18.88	1	39688.24
18.64	5	39692.06	a ³H₄—555(3)
18.33	2	39696.92
18.16	1	39699.65
17.58	12	39708.77	d ³F₄—712(5)	(0.000) 1.101
17.34	1	39712.52	a ³G₃—514(4)
17.21	4	39714.55		(0.000) 1.216
16.78	3	39721.43	a ³D₃—582(2)	(0.000, 0.300) 0.955, 1.313
15.58	5	39740.27	a ¹D₂—533(2)	(0.249, 0.519) 0.882, 1.131, 1.377, 1.639
14.55	12	39756.53	a ⁵D₄—569(4)	(0.173w) 1.147 w
13.89	30	39766.97	a ³G₃—515(2)	(0.000, 0.381, 0.788) 0.160, 0.530, 0.907, 1.293
13.43	2	39774.29	b ³P₂—582(2)
13.10	15	39779.52	a ³F₂—429(3)	(0.000, 0.368, 0.741) 0.368, 0.754, 1.127, 1.491, 1.863
12.83	5	39783.76	a ¹F₃—646(3)
12.60	2	39787.48	a ³G₄—524(4)
12.49	12	39789.17	a ³P₂—454(2)	(0.340w) 0.910w
11.64	50	39802.65		(0.00) 1.49
11.10	2	39811.12
10.90	3	39814.43	a ³F₃—466(4)
10.68	75	39817.89	a ⁵P₁—505(1)	(1.014) 1.335, 2.390W
10.49	3	39820.93	${\begin{cases} b^{3} H_{5} — 652 (4) \\ b^{3} P_{1} — 571 (1) \end{cases}$
09.94	15	39829.56	a ⁵D₄—570(3)
08.92	15	39845.76	b ³F₂—495(3)	(0.000. 0.252, 0.524) 0.809, 1.052, 1.309, 1.563. 1.822
08.35	4	39854.84	a ³H₅—580(4)	(0.000w) 1.209w
07.69	15	39865.28	c ³F₃—634(4)	(0.174) 1.027
07.08	20	39875.09	a ³G₄—525(3)	(0.000, 0.390, 0.782) 0.226, 0.618, 1.010
06.45	10	39884.99	a ³F₂—430(2)	(0.322, 0.636) 0.420, 0.741, 1.041, 1.346
06.13	2	39890.10
05.98	2	39892.47	a ³D₂—570(3)
05.48	2	39900.51	a ³F₄—496(3)	(0.000, 0.188, 0.388) …, 1.417, 1.589, 1.787
05.32	15	39903.01	a ³P₁—452(1)	(0.116) 1.493
05.13	2	39906.06	${\begin{cases} a^{1} D_{2} — 534 (3) \\ a^{3} D_{1} — 545 (2) \end{cases}$	(0.000, 0.181) 0.844, 1.016, 1.201
03.88	3	39925.97	c ³F₂—628(1)	(0.000, 0.203) 0.495, 0.707, 0.906
03.01	50	39939.85		(0.000) 1.060
02.21	2	39952.66	b ³F₃—545(2)	(0.000) 0.968
02.11	2	39954.23
01.99	50	39956.14	b ³F₂—496(3)	(0.000) 1.008
00.92	4	39973.20	b ³G₅—712(5)	(0.000) 1.109
00.58	1	39978.70
2499.74	1	39992.14
99.24	3	40000.11	a ³F₃—468(3)	(0.372B) 1.117D
98.34	12	40014.48	a ⁵F₄—444(3)	(0.000, 0.397, 0.796, 1.195) 0.557, 0.949, 1.353, 1.725, 2.111, 2.521
2498.04	5	40019.32	a ³F₃—468(2)	(0.000) 1.018w
97.77	10	40023.65	a ⁵F₁—400(0)	(0.118) 0.000w, 1.018
97.51	2	40027.81	a ³D₂—571(1)
97.15	2	40033.58		(0.090, 0.276) …?
96.24	10	40048.18	b ³G₄—082(5)	(0.000) 1.173
95.03	3	40067.60	b ³F₃—546(3)	(0.178B) 0.965w
94.33	8	40078.84	b ³F₄—585(5)	(0.000D) 0.761A
94.17	6	40081.41	a ³P₀—442(1)	(0.000) 0.262
93.97	7	40084.62	a ¹D₂—536(2)	(0.224, 0.477) 0.856, 1.091, 1.329, 1.562
93.56	2	40091.22
93.14	2	40097.97		(0.00) 1.20
92.51	4	40108.10	a ⁵F₅—462(5)	(0.427, 0.661, 0.894) 0.471, 0.617, 0.850, 1.026, 1.207, 1.383, 1.590, 1.810 …
92.16	12	40113.74	a ⁵F₂—411(2)	(0.295B) 1.093D
92.01	12	40116.15	a ³P₁—454(2)	(0.000, 0.397) 0.776, 1.157, 1.542
90.74	2	40136.60
90.27	20	40144.18	a ⁵P₃—525(3)	(0.406w) 1.165D
88.71	20	40169.40	${\begin{cases} a^{5} F_{4} — 445 (5) \\ a^{5} D_{1} — 536 (2) \end{cases}$	(0.000W) 1.049A
87.65	15	40186.49	a ¹D₂—537(1)	(0.000W) 0.997A
87.34	8	40191.38	a ³F₄—499(4)	(0.000) 1.592
87.26	3	40192.76
87.04	8	40196.34	b ³F₂—498(1)	(0.000) 1.049
86.81	5	40199.98	c ³F₃—638(4)	(0.000) 1.151
86.18	3	40210.21	a ⁵F₄—446(4)	(0.268B) 1.282D
85.37	4	40223.38	a ⁶D₀—528(1)
84.75	10	40233.32	a ⁵F₁—402(2)	(0.000, 1.170) 1.097, 2.301
83.48	3	40253.89		(0.000, 0.228) 1.580, 1.775, 1.992
82.60	30	40268.26	b ³D₃—708(2)	(0.000W) 1.621B
82.39	3	40271.60
81.87	30	40280.04	a ⁵P₂—521(1)	(0.000, 0.231) 1.142, 1.373, 1.604
81.15	3	40291.76	a ³H₄—561(4)	(0.000, 0.476, 0.945) 0.987, 1.487
80.61	2	40300.46
80.37	3	40304.43	a ⁵F₁—403(1)	(1.206) 0.000D, 1.281
79.59	12	40317.07	a ⁵F₃—429(3)	(0.378B) 1.202D
79.22	10	40323.17	a ⁵F₂—413(1)	(0.000, 0.877) 0.118, 0.986, 1.883
78.45	1	40335.60
78.33	3	40337.50	a ³F₃—471(3)	(0.000) 1.103
77.18	5	40356.28		(0.259) 1.200
76.69	40	40364.26	a ³F₂—435(3)	(0.000, 0.352, 0.689) 0.379, 0.745, 1.080, 1.414, 1.767
76.11	3	40373.76	a ³F₂—435(1)
75.32	50	40386.55	a ³H₅—585(5)	(0.257B) 1.103
74.33	5	40402.74	c ³F₄—634(4)	(0.000) 0.872
73.32	15	40419.30	a ⁵F₄—448(3)	(0.000w) 1.510D
73.12	15	40422.57	a ⁵F₃—430(2)	(0.000, 0.186, 0.376) 0.946, 1.166, 1.394, 1.622
72.33	6	40435.47
71.90	4	40442.49	a ¹G₄—546(3)
71.48	4	40449.36	a ³F₃—472(4)
70.90	50	40458.82	a ⁵F₅—466(4)	(0.000, 0.166, 0.377, 0.592, 0.798) 1.024, 1.174, 1.408, 1.594, 1.822, 2.031, 2.214
70.69	3	40462.29
69.37	25	40483.96	a ⁵P₁—511(2)	(0.000, 1.021) 0.337, 1.353, 2.376
68.42	40	40499.48	a ³H₄—563(3)	(0.000, 0.202, 0.436, 0.633) 0.364, 0.546, 0.766. 0.995, 1.210, 1.417
68.10	2	40504.74
67.38	15	40516.60	a ³P₂—461(1)	(0.000) 1.333
66.99	15	40522.98	a ⁵F₂—415(3)	(0.000, 0.200, 0.409) 0.812, 0.998, 1.189, 1.396, 1.621
66.66	3	40528.46
65.52	10	40547.20	b ³F₃—551(3)	(0.248, 0.520, 0.792) 0.470, 0.743, 0.995, 1.256, 1.506, 1.758
2464.92	3	40557.00		(0.000, 0.313, 0.606) 0.716, 1.036, 1.333
64.24	10	40568.16	a ³F₄—503(3)	(0.000w) 1.122A
63.83	50	40574.93	a ⁵P₃—530(2)	(0.000w) 1.963B
62.88	12	40590.60	a ³H₆—585(5)	(0.000w) 1.180
62.34	2	40599.58	${\begin{cases} b^{3} H_{6} — 666 (5) \\ a^{3} H_{4} — 564 (5) \end{cases}$	(0.000w) 1.119A
61.58	7	40612.03	a ⁵P₁—513(1)
61.06	15	40620.68	c ³F₄—637(5)	(0.000) 2.375 D
60.91	7	40623.05	a ³D₂—577(2)	(0.156, 0.352) 0.859, 1.033, 1.213, 1.414
60.00	10	40638.13	a ³G₄—533(4)	(0.278) 1.067 D
58.19	12	40668.03		(0.000) 0.851
58.02	7	40670.78	a ³H₄—565(5)
57.27	8	40683.32	${\begin{cases} a^{1} H_{5} — 649 (5) \\ a^{3} F_{3} — 475 (2) \end{cases}$	(0.000, 0.213, 0.433) 0.653, 0.872, 1.081, 1.287, 1.468
56.62	5	40694.05	b ³P₁ 580(1)	(0.000) 1.161
55.97	8	40704.86	a ⁵P₂—525(3)	(0.000) 1.391
54.70	15	40725.80	a ³G₃—524(4)	(0.000, 0.193, 0.416, 0.629) 0.700, 0.904, 1.090, 1.328, 1.537, 1.726
54.50	2	40729.18	a ³P₂—463(2)	(0.000) 1.274
53.98	15	40737.86	c ³F₄—638(4)	(0.302B) 1.077D
52.60	10	40760.78	a ³G₄—534(3)	(0.000W) 0.817w
51.64	2	40776.69		(0.000) 1.166
51.51	1	40778.84
50.99	4	40787.42
50.23	7	40800.19	b ³F₃—553(4)	(0.000) 1.080
49.84	8	40806.67
49.65	2	40809.80	a ⁵D₄—580(4)
49.45	25	40813.18	a ³G₃—525(3)	(0.483, 0.974, 1.492) 0.000, 0.411, 0.894, 1.403, 1.884, 2.365
48.99	10	40820.83	a ⁵P₁—515(2)	(0.000) 1.300
47.79	4	40840.74
47.61	10	40843.88	a ³P₁—461(1)	(0.199) 1.359, 1.567
47.16	25	40851.24	b ³P₂—593(2)	(0.286, 0.626) 0.820, 1.131, 1.444, 1.764
45.56	20	40878.04		(0.000) 1.226
45.18	1	40884.40
44.69	50	40892.59		(0.000w) 0.000w
44.24	4	40900.12	b ³P₁—582(2)
44.13	25	40901.93	${\begin{cases} a^{3} H_{4} — 567 (4) \\ a^{5} F_{3} — 435 (3) \end{cases}$	(0.357D) 1.109D
43.78	8	40907.77	a ⁵P₃—533(4)	(0.000) 1.723
43.00	7	40920.88
42.81	7	40924.03	a ³D₁—555(2)	(0.000, 0.225) 0.844, 1.078, 1.300
42.60	3	40927.53
41.85	15	40940.08		(0.000w) 1.069A
41.34	12	40948.73	a ⁵P₂—528(1)	(0.000, 0.514) 0.914, 1.407, 1.869
40.53	12	40962.24	b ³F₃—555(3)	(0.446, 0.868, 1.349) 0.561, 0.992, 1.418, 1.842
40.04	12	40970.60	b ³F₃—555(2)	(0.000) 0.942
39.81	10	40974.43		(0.000w) 1.023A
39.14	1	40985.55
38.93	3	40989.09
38.64	20	40994.03	a ³F₃—478(3)	(0.334B) 1.141D
38.21	25	41001.20
38.04	2	41004.12
37.75	15	41009.02	a ¹H₅—652(4)	(0.000w) 1.038W A
36.89	2	41023.40
36.73	2	41026.20	a ³F₂—442(1)
36.51	25	41029.94	a ⁵P₃—534(3)	(0.362, 0.719, 1.178) 0.454, 0.837, 1.217, 1.588, 1.975, 2.393
36.31	2	41033.24	${\begin{cases} c^{3} F_{3} — 646 (3) \\ a^{5} D_{2} — 555 (1) \end{cases}$
35.59	4	41045.30		(0.000w) 0.680B
34.93	5	41056.49	${\begin{cases} a^{3} P_{1} — 463 (2) \\ a^{5} D_{2} — 555 (2) \end{cases}$	(0.000, 0.247) 1.076, 1.325, …
2434.82	5	41058.34	a ⁵D₁—545(2)	(0.000, 0.487) 0.552, 1.029, 1.514
33.59	20	41079.13	a ³F₂—442(2)	(0.504, 1.019) 0.245, 0.744, 1.248, 1.754
33.03	8	41088.57	a ¹D₂—546(3)	(0 000, 0.180, 0.356) 0.569, 0.772, 0.962, 1.179, 1.368
32.71	75	41093.92	a ⁵F₅—472(4)	(0.000, 0.199, 0.407, 0.640, 0.849) 0.828, 1.022, 1.179, 1.369, 1.572, 1.820, 2.056, 2.278.
31.97	12	41106.49	a ³D₂—582(2)	(0.433, 0.877) 0.740, 1.208, 1.643
31.81	6	41109.16	a ³P₀—452(1)	(0.000) 1.474
31.06	15	41121.93	a ⁵F₂—421(2)	(0.201, 0.442) 0.785, 0.989, 1.213, 1.435
30.51	15	41131.20	b ³H₅—665(4)
30.22	30	41136.04	a ⁵P₂—530(2)	(0.000w) 1.133
29.68	25	41145.16	a ⁵F₁—411(2)	(0.000w, 1.128) 0.000w, 1.150, 2.268
28.50	30	41165.19
28.00	20	41173.60	a ³P₂—468(3)	(0.000w) 0.973D
26.95	4	41191.46
26.86	7	41192.97	a ³P₂—468(2)	(0.393, 0.488) 0.860, 1.101, 1.334, 1.596
26.53	4	41198.60	b ³F₄—596(5)	(0.000, 0.265, 0.537, 0.820, 1.106) 0.958, 1.222, …
25.91	30	41209.15	a ⁵P₃—536(2)	(0.000, 0.258, 0.577) …, 1.093, 1.353, 1.532, 1.9, 2.2
25.47	10	41216.61		(0.000w) 0.698A
25.20	12	41221.20
25.13	3	41222.42		(0.000w) 1.568
24.97	3	41225.09	b ¹G₄—666(5)	(0.000) 0.966
24.58	2	41231.80	a ³D₁—558(2)	(0.000, 0.486) 1.741
24.05	3	41240.70
23.89	8	41243.51	a ³G₃—530(2)	(0.000, 0.552, 1.102) 0.335, 0.899, 1.470, 1.980
23.49	20	41250.32	a ³F₂—444(3)	(0.000, 0.196, 0.398) 0.564, 0.753, 0.946, 1.128, 1.340
21.85	50	41278.25	b ³F₃—558(2)	(0.000, 0.317, 0.670) 0.324, 0.674, 0.987, 1.306, 1.626
20.83	2	41295.67		(0.483) 1.212C
20.35	1	41303.78
18.95	6	41327.76	a ³F₄—510(3)	(0.000D) 1.347w
18.77	20	41330.77		(0.000) 0.947
18.54	2	41334.74	${\begin{cases} a^{5} D_{3} — 570 (3) \\ a^{5} F_{3} — 481 (2) \end{cases}$
18.31	3	41338.63
18.10	10	41342.31
17.85	30	41346.53		(0.332w) 1.138D
17.38	4	41354.54
17.33	5	41355.39	a ³F₁—413(1)
17.15	7	41358.44	b ¹D₂—646(3)	(0.000) 1.023
16.89	25	41362.87	a ⁵F₃—440(4)	(0.000D) 0.738A
16.73	1	41365.66
15.83	1	41381.13
15.70	1	41383.24	b ³F₂—510(3)
15.24	15	41391.11	a ³D₁—560(2)	(0.000w) 1.044A
15.22	12	41391.48	a ³F₃—482(2)	(0.000. 0.361, 741) 0.364, 0.715
13.78	4	41416.16
12.54	12	41437.58	b ³F₃—560(2)	(0.000) 1.006
12.27	8	41442.13	a ⁵P₁—521(1)	(0.764D) 1.618, 2.326
10.61	3	41470.63	b ³G₃—682(3)	(0.539) 0.141, 0.770
09.80	5	41484.69		(0.000, 0.283, 0.610, 0.895) …, 1.475, 1.746, 2.041
08.83	8	41501.24	a ³G₄—542(4)
08.50	5	41506.96	b ³F₂—511(2)	(0.316, 0.625) 0.722, 1.045, 1.352, 1.670
08.25	20	41511.27	a ³P₂—471(3)	(0.000, 0.260, 0.529) 0.578, 0.849, 1.092
07.75	10	41519.89	a ³P₁—468(2)	(0.000, 0.458) 0.651, 1.102, 1.562
07.54	1	41523.58	a ⁵D₂—560(2)
06.87	2	41535.07
05.76	2	41554.26
05.40	3	41560.52		(0.232) 0.672, 0.948
04.80	10	41570.82	c ³F₄—646(3)	(0.000) 0.961
04.48	10	41576.38	a ³G₃—533(4)	(0.000, 0.189, 0.381, 0.561) 0.897, 1.115, 1.283, 1.477, 1.643
03.68	25	41590.22	a ⁵P₂—534(3)	(0.000, 0.216, 0.455) 0.789, 0.988, 1.220, 1.442
03.54	3	41592.71		(0.000w) 1.078
03.13	10	41599.70		(0.000D) 1.417
2402.13	30	41617.06	a ⁵F₃—442(2)	(0.000) 1.240
01.04	6	41635.88	b ³F₂—513(1)	(0.000) 1.049
00.92	6	41638.03
00.62	100	41643.16	a ⁵F₅—478(6)	(0.000D) 1.175D
2399.94	15	41655.06	a ³F₂—448(3)	(0.000, 0.516, 1.029) 0.247, 0.744, 1.254, 1.744, 2.248
98.74	4	41675.86	a ¹F₃—665(4)	(0.000w) 1.441
98.34	6	41682.85		(0.000w) 1.211w
98.10	10	41686.97	a ³D₃—602(3)	(0.390w) 1.275D
97.76	5	41692.81
97.52	4	41697.07		(0.286, 0.609, 0.928) 0.281, 0.614, 0.928, 1.224, 1.552, 1.957
97.44	3	41698.46	a ³G₃—534(3)
96.74	1	41710.59		(0.355) 1.177
95.94	3	41724.57	c ³F₂—646(3)	(0.000, 0.388, 0.751) 1.101, 1.406, 1.807
95.40	3	41733.94	a ³F₄—514(4)	(0.393) 1.212
95.03	12	41740.42	b ³P₂—602(3)	(0.000, 0.255, 0.556) 0.615, 0.914, 1.178, 1.443, 1.732
94.77	1	41744.95
94.65	5	41747.01	b ³F₄—602(3)	(0.000) 1.320
93.27	7	41771.15	a ³D₃—603(3)	(0.497D) 0.729, 0.941, 1.156, 1.367, …
92.70	6	41781.13	b ³P₀—580(1)	(0.000) 1.143
92.29	3	41788.19	a ⁵F₃—444(3)	(0.304, 0.612, 0.911) 0.320, 0.636, 0,952, 1.248, 1.540, 1.851
90.71	5	41815.77
90.43	2	41820.80		(0.000) 1.521
90.22	4	41824.37	b ³P₂—603(3)	(0.000, 0.314, 0.635) 0.467, 0.814, 1.130, 1.430
89.60	8	41835.29	a ³F₃—486(2)	(0.000w) 1.021
89.11	10	41843.79	b ³F₂—515(2)	(0.235, 0.487) 0.806, 1.052, 1.299, 1.554
88.39	15	41856.45	${\begin{cases} a^{5} D_{2} — 563 (3) \\ a^{3} P_{2} — 475 (2) \end{cases}$	(0.000w) 1.303
87.54	5	41871.39	${\begin{cases} a^{5} F_{4} — 462 (4) \\ a^{5} P_{2} — 537 (1) \end{cases}$	(0.000) 1.508
87.35	2	41874.68	c ³F₃—654(3)
87.09	50	41879.28	a ³F₄—462(5)	(0.579D) 0.627W
84.51	1	41924.59
84.30	12	41928.21	a ⁵F₂—429(3)	(0.000w) 1.314
83.74	15	41938.01	a ³P₂—475(1)	(0.000w) 1.161
83.15	2	41948.42		(0.000) 0.985
81.55	40	41976.68	b ³P₁—593(2)	(0.000) 1.122
81.14	50	41983.81	a ³F₃—446(4)	(0.000) 1.298
79.80	2	42007.54	a ³F₄—517(5)
78.33	10	42033.52	a ⁵F₂—430(2)	(0.116) 1.038
78.20	2	42035.78
77.41	5	42049.71	a ³P₀—461(1)	(0.000) 1.356
77.18	8	42053.78	a ³F₂—452(1)	(0.000, 0.719) 0.000, 0.741, 1.465
75.91	3	42076.22	a ⁵D₁—555(2)	(0.000, 0.456) 0.579, 1.025
74.69	5	42097.91	a ⁵P₃—545(2)	(0.000, 0.578, 1.145) 0.990, 1.458, 2.140, 2.737
74.20	3	42106.52
73.92	20	42111.51	a ⁵P₁—528(1)	(1.457B) 0.906, 2.394w
72.81	12	42131.23	a ³F₃—489(3)	(0.187, 0.433, 0.595) 0.683, 0.880, 1.072, 1.274, 1.495, 1.689
71.58	10	42153.18	a ⁵F₁—421(2)	(0.000, 1.185) 1.185, 2.340
71.06	10	42162.44		(0.000, 0.219, 0.453, 0.662) 0.326, 0.548, 0.767, 1.020, 1.254, 1.487
70.77	12	42167.51	a ³P₂—478(3)	(0.000D) 0.918A
70.52	1	42171.96	b ³F₃—567(4)
70.37	8	42174.64		(0.00) 1.35
69.85	7	42183.95	a ³P₁—475(2)	(0.000, 0.266) 1.028, 1.291, 1.540
69.53	4	42189.54	a ³H₄—580(4)	(0.302) 1.058
69.34	8	42192.89	a ⁵F₃—448(3)	(0.000) 1.236
68.78	2	42202.99	b ³H₆—682(5)
68.56	2	42206.85		(0.222) 1.137
68.22	5	42212.88	a ⁵P₃—546(3)	(0.676, 1.335, 1.984) 0.295, 0.954, 1.620, 2.262
67.71	4	42222.00
67.26	15	42230.01	a ⁵F₄—466(4)	(0.437w) 1.272D
66.18	1	42249.25	a ³F₃—490(2)	(0.000, 0.235, 0.462) 0.633, …
65.29	2	42265.20	a ³P₁—475(1)	(0.000) 1.507
2364.26	40	42283.58	a ⁵F₅—484(4)	(0.000w) 1.843B
63.47	1	42297.74	a ⁵P₁—530(2)
62.44	3	42316.20	${\begin{cases} a^{1} G_{4} — 565 (5) \\ a^{3} D_{3} — 608 (2) \end{cases}$
62.27	3	42319.21
61.87	1	42326.43
61.48	1	42333.44
60.03	3	42359.39
59.81	10	42363.30	a ³H₅—605(5)	(0.791B) 0.408, 0.560, 0.732, 0.904, 1.081, 1.253, 1.479, 1.656
59.46	7	42369.62	b ³P₂—608(2)	(0.310, 0.619) 0.777, 1.109, 1.428, 1.772
59.17	8	42374.76	a ³F₄—521(3)	(0.0005) 1.5665
59.08	4	42376.45
58.68	2	42383.63	a ⁵D₁—558(2)
58.24	2	42391.56
56.92	20	42415.24	a ⁵F₄—468(3)	(0.0000w) 1.030
56.48	8	42423.15	a ³G₄—551(3)	(0.000, 0.237, 0.471, 0.700) 0.365A
56.07	20	42430.65	b ³F₂—521(3)	(0.000) 1.136
55.67	6	42437.79
55.58	12	42439.46	a ³G₃—542(4)	(0.000, 0.229, 0.473, 0.708) 0.681, 0.920, 1.157, 1.416, 1.662, 1.880
55.07	3	42448.60
54.59	3	42457.25
54.52	5	42458.51	a ¹D₂—560(2)	(0.217) 1.061
54.39	4	42460.82	a ⁵D₄—596(5)
54.11	4	42465.92	b ³F₂—521(1)	(0.000, 0.558) 0.533, 1.057
53.87	10	42470.31	a ³P₁—478(0)	(0.000) 1.548
51.99	10	42504.14		(0.000w) 0.962w
51.74	1	42508.70	a ³P₂—481(2)
51.50	1	42513.04	a ⁵F₂—435(3)
51.16	1	42519.18
50.92	3	42523.45		(0.000, 0.248, 0.513) 0.5084
50.06	3	42539.07		(0.000w) 1.174w
49.84	2	42543.10	a ⁵D₁—560(2)	(0.000, 0.503) 0.510, 0.986
49.52	1	42548.46	a ⁵D₃—582(2)
49.32	2	42552.52
49.04	1	42557.56		(0.000w) 0.952w
48.62	7	42565.16	a ³P₂—482(2)	(0.000B) 1.367D
48.55	6	42566.50	c ³F₂—654(3)
48.45	3	42568.24	a ³D₁—571(1)	(0.856) 1.762
48.06	3	42575.35		(0.000) 1.080
47.64	8	42582.89
46.98	20	42594.90		(0.000w) 1.100B
46.44	5	42604.76
46.32	2	42606.88	a ⁵D₄—598(5)	(0.000w) 0.711, 0.830w
46.04	8	42612.04	b ³F₄—611(4)	(0.408, 0.597, 0.813) 0.425, 0.612; 0.806, 1.029, 1.221, 1.425, 1.646, 1.855.
45.43	1	42623.05
44.64	1	42637.41
43.65	20	42655.38		(0.00w) 0.86w
43.49	7	42658.33	a ⁵P₂—545(2)	(0.384, 0.800w) 0.628, 1.022, 1.403, 1.801
42.53	10	42675.87	a ³G₄—553(4)
41.62	12	42692.32	a ⁵P₃—551(3)	(0.357, 0.714, 1.123) 0.517, 0.881, 1.245, 1.590, 1.942, 2.316
40.94	10	42704.85	a ³F₃—495(3)	(0.222, 0.467, 0.712) 0.612, 0.846, 1.086, 1.306, 1.536, 1.760
40.30	10	42716.48
40.04	10	42721.29	a ³H₄—585(5)	(0.000) 1.100
39.34	1	42734.00	a ³P₁—480(0)	(0.000) 1.576
38.65	8	42746.54	a ³F₄—524(4)	(0.468B) 1.208D
38.28	15	42753.36	a ⁵F₄—471(3)	(0.000, 0.238, 0.516, 0.791) …, 1.069, 1.324, 1.592, 1.902, 2.167
2337.82	2	42761.75	a ³F₃—495(2)
37.56	3	42766.61	a ³G₃—545(2)
37.18	4	42773.57	a ⁵P₂—546(3)	(0.000, 0.478, 0.972) 0.000, 0.451, 0.932, 1.413
36.55	8	42785.03	${\begin{matrix} b^{3} H_{5} — 682 (5) \\ a^{3} G_{5} — 555 (5) \end{matrix}$	(0.000w) 1.146w
35.75	15	42799.68		(0.000w) 1.146w
35.49	3	42804.44	a ⁵F₃—454(2)
34.90	12	42815.30	a ³F₃—496(3)	(0.123) 1.057
34.14	20	42829.27		(0.000w) 1.150A
33.87	12	42834.15	a ³F₄—525(3)	(0.000, 0.198, 0.301, 0.502) 0.643, 0.716, 0.887, 1.105, 1.349
33.08	2	42848.69	c ³P₂—708(2)
32.19	25	42865.02	a ⁵F₄—472(4)	(0.60) 0.92
32.00	35	42868.53	a ³F₅—490(5)
31.30	20	42881.44	a ³G₃—546(3)	(0.000) 0.886
30.82	5	42890.27	b ³F₂—525(3)	(0.000w) 1.370
30.70	2	42892.41	a ³P₁—482(2)	(0.000) 1.401
29.88	2	42907.59
29.45	1	42915.36
29.29	1	42918.37
29.20	4	42919.95	a ³H₅—611(4)	(0.000w) 1.226w
28.96	1	42924.45
28.76	3	42928.21		(0.189) 1.153
28.57	1	42931.64	a ⁵P₁—536(2)
27.64	6	42948.79
27.00	4	42960.60
26.74	1	42965.33
26.48	6	42970.29
25.70	2	42984.70
25.15	2	42994.85	a ³F₂—461(1)
24.33	2	43009.96	a ⁵D₄—602(3)	(0.000) 1.221
23.90	20	43017.85		(0.00) 0.99
23.04	3	43033.75	a ³G₁—537(1)	(1.128w) 1.248, 2.356
22.21	2	43049.21
21.38	1	43064.65	a ⁵F₁—430(2)
21.17	4	43068.53	a ⁵F₁—430(0)	(0.00) 0.00
20.93	1	43072.89	a ³D₂—602(3)
20.58	4	43079.44
20.35	2	43083.75
19.79	2	43094.08	a ⁵D₄—603(3)
19.51	3	43099.31
19.25	2	43104.22	b ³P₁—604(1)
19.09	8	43107.19	a ⁵P₃—555(3)	(0.440D) 1.526D
18.64	4	43115.45	a ⁵P₃—555(2)	(0.000, 0.573, 1.148) 1.568, 2.062, 2.647
18.48	2	43118.46	a ³P₂ 487(1)	(0.000, 0.573, 1.148) 1.568, 2.062, 2.647
17.66	2	43133.77	b ³F₂—528(1)	(0.000w) 1.144
17.18	1	43142.59
17.03	1	43145.37		(0.000, 0.393) 0.494, 0.884, 1.282
16.70	3	43151.62
16.42	4	43156.76	a ³D₂—603(3)	(0.000w) 0.995
16.04	5	43163.81	a ³D₁—577(2)	(0.000w) 0.587A
15.65	3	43171.15	a ³H₅—613(5)
15.45	10	43174.90	a ⁵F₂—442(1)	(0.000, 0.750) 0.253, 0.998, 1.751
14.29	3	43196.52
14.08	3	43200.36	b ³F₄—616(3)	(0.000, 0.307, 0.621, 0.940) 1.554, 1.847, 2.172
12.93	2	43221.92
12.62	7	43227.78	a ⁵F₂—442(2)	(0.223, 0.507) 0.752, 1.008, 1.251, 1.481
11.46	1	43249.34
11.20	5	43254.28
08.93	1	43296.71	a ⁵D₂—577(2)
08.63	2	43302.41
08.51	4	43304.74	a ³P₂—489(3)	(0.000) 1.207A
2308.16	3	43311.15	${\begin{matrix} a^{3} F_{2} — 464 (2) \\ a^{3} D_{2} — 604 (1) \end{matrix}$	(0.000, 0.545) 0.660, 1.192, 1.749
06.86	3	43335.62	${\begin{matrix} a^{3} P_{1} — 486 (2) \\ a^{5} F_{5} — 495 (5) \end{matrix}$	(0.000, 0.409) 0.720, 1.129, 1.517
05.49	1	43361.38	a ³G₃—551(3)
04.75	3	43375.30	a ³H₆—613(5)
03.48	6	43399.14	a ⁵F₂—444(3)	(0.000w) 0.879w
03.31	1	43402.42	a ³H₅—615(6)
02.92	6	43409.69	a ⁵F₄—478(3)	(0.000D) 1.721B
02.39	1	43419.76
02.23	6	43422.74	${\begin{matrix} a^{3} H_{5} — 616 (6) \\ a^{3} P_{2} — 490 (2) \end{matrix}$	(0.000w) 1.330
01.47	8	43437.04	a ³G₄—561(4)	(1.082B) 0.240, 0.499, 0.752, 1.008, 1.250, 1.522, 1.759, 2.012
01.22	1	43441.84	a ⁵F₄—478(5)
01.07	2	43444.63
01.02	1	43445.61	a ³P₁—487(1)
00.27	2	43459.72	b ³F₃—580(4)	(0.000w) 1.115w
2298.95	6	43484.73		(0.000w) 0.639A
98.39	1	43495.32	b ³P₁—608(2)	(0.000) 1.114
98.12	8	43500.39	a ¹D₂—570(3)	(0.000, 0.295, 0.570) 1.093, 1.378, 1.643, 1.899
97.63	2	43509.67		(0.000) 1.104
96.81	40	43525.20		(0.00w) 0.99w
96.68	2	43527.70	c ³F₄—666(5)	(0.384w) 1.066D
95.55	1	43549.11	c ³P₀—669(1)	(0.000) 0.000, 1.220
95.22	4	43555.48		(0.000w) 0.895w
93.77	1	43582.92	a ⁵P₃—560(2)	(0.000w) 0.895w
92.56	15	43605.94	a ³H₆—615(6)	(0.362w) 1.138D
92.14	4	43613.98	a ³G₃—553(4)	(0.000D) 1.297A
91.50	1	43626.15	a ⁵D₃—593(2)
91.47	1	43626.64	a ³H₆—616(6)
91.00	1	43635.61	${\begin{matrix} a^{1} D_{2} — 571 (1) \\ b^{1} D_{2} — 669 (1) \end{matrix}$	(0.000, 0.628) 0.490, …
90.46	4	43645.93	a ³G₄—563(3)
89.93	3	43656.02
89.43	2	43665.53
89.18	15	43670.28	a ³F₂—468(2)	(0.342, 0.723) 0.389, 0.739, 1.097, 1.447
88.88	3	43676.06	a ⁵P₂—555(2)
87.28	12	43706.57	a ⁵P₃—561(4)	(0.000, 0.319, 0.664, 1.023) 0.277, 0,594, 0.926, 1.268, 1.572
87.01	1	43711.73
86.60	3	43719.59	a ³F₄—534(3)	(0.000w) 1.214
85.27	20	43744.97	a ⁵F₃—463(2)	(0.000w) 1.171A
85.02	7	43749.85	a ³P₁—490(2)	(0.000, 0.257) 1.048, 1.266, 1.528
83.67	2	43775.58	b ³F₂—534(3)	(0.00) 1.40
83.40	1	43780.91	b ³H₄—682(5)
83.22	8	43784.32	a ³G₃—555(2)	(0.000) 0.706A
83.07	1	43787.16
82.21	3	43803.60	a ⁵F₂—448(3)	(0.000, 0.271, 0.518) 1.014, 1.264, 1.519, 1.760
81.54	4	43816.44	a ³G₄—565(5)	(0.000, 0.912w)
81.32	3	43820.71	a ⁵P₁545(2)	(0.000) 1.015
80.58	5	43834.92		(0.00w) 1.27w
78.92	1	43866.91	b ³H₄—682(3)
78.33	2	43878.21	a ³P₂—495(3)	(0.00) 1.25
78.11	2	43882.52		(0.00) 1.18
75.64	10	43930.11	a ³H₅—621(4)	(0.00) 1.19
74.61	2	43950.08
74.37	2	43954.66	b ³F₂—536(2)	(0.58) 1.16
72.72	1	43986.55	a ³H₄—598(5)
72.59	20	43989.02	${\begin{matrix} a^{3} P_{2} — 496 (3) \\ a^{3} F_{2} — 471 (3) \end{matrix}$	(0.00, 0.65) 0.68, 1.33
71.86	15	44003.24	${\begin{matrix} a^{5} F_{3} — 466 (4) \\ a^{5} P_{2} — 558 (1) \end{matrix}$	(0.00) 1.16
2271.27	1	44014.63
71.05	2	44018.97	a ³H₅—622(5)	(0.00) 1.09
70.90	4	44021.76		(0.00) 1.09
69.56	5	44047.73	a ³G₄—567(4)	(0.63) 1.15w
69.21	4	44054.66	a ⁵F₄—484(4)	(0.00w) 1.29
67.50	2	44087.86		(0.00w) 0.70w
67.27	4	44092.31	a ³G₃—558(2)	(0.00w) 0.82w
65.94	1	44118.23
64.45	2	44127.14
63.98	3	44156.38		(0.00) 1.04
62.29	25	44189.28	a ⁵F₃—468(3)	(0.00) 1.15
61.62	12	44202.45	a ⁵F₂—452(1)	(0.00, 0.48) 0.48, 1.00
61.43	20	44206.09	a ⁵F₁—442(1)
60.57	5	44222.90	a ³H₆—622(5)	(0.00) 1.43A
60.26	3	44229.09	a ³P₂—498(1)	(0.00, 0.67) 0.71
59.59	5	44242.18	a ³F₃—510(3)	(0.18) 1.13
59.12	3	44251.40	a ³G₃—560(2)	(0.00) 0.81
58.74	5	44258.83	a ⁵F₁—442(2)	(0.00, 1.24) 0.00, 1.24, 2.53
57.55	3	44282.15		(0.41) 1.09
57.11	1	44290.73
56.53	12	44302.07		(0.00) 1.20
55.77	20	44317.08	a ⁵P₃—567(4)	(0.00W) 0.00W
55.60	2	44320.30	a ⁵F₅—505(5)
54.88	4	44334.45	a ³F₂—475(2)	(1.09) 1.38
53.47	2	44362.24
53.26	3	44366.34	a ³F₃—511(2)	(0.00w) 0.78
52.80	3	44375.46	a ³G₃—561(4)	(0.00w) 1.42w
52.06	2	44390.02	a ³H₄ 602(3)
50.78	15	44415.38	a ⁵F₂—454(2)	(0.36) 1.13
49.79	10	44434.74	a ⁵F₁—444(0)	(0.00) 0.00
48.50	5	44460.37	a ³F₄—542(4)	(0.30) 1.22
47.84	2	44473.38
47.40	1	44482.11
46.16	2	44506.72	${\begin{matrix} a^{3} D_{3} — 630 (2) \\ a^{5} F_{5} — 506 (6) \end{matrix}$
43.87	6	44552.08	a ⁵P₃—569(4)	(0.00w) 0.00w
43.47	2	44559.96	b ³P₂—630(2)
42.68	5	44575.74	a ⁵P₂—564(3)	(0.00w) 1.01w
41.72	2	44594.86	a ⁵D₀—571(1)
39.48	20	44639.23	${\begin{matrix} a^{5} F_{4} — 490 (5) \\ a^{5} F_{3} — 472 (4) \end{matrix}$	(0.00) 1.20
39.01	5	44648.80	a ³F₃—514(4)	(0.00) 1.20
38.60	1	44657.01	a ³P₂—503(3)
37.46	2	44679.62	c ³F₃—682(3)
36.29	4	44702.96	a ³F₃—515(2)	(0.00)0.84
35.94	3	44709.97
35.69	3	44714.97	a ¹D₂—582(2)
33.89	4	44751.08
32.26	1	44783.81
31.46	1	44799.75	a ⁵D₁—582(2)
30.86	3	44811.88
30.69	1	44815.25	a ⁵P₁—555(1)
29.90	1	44831.11
29.30	1	44843.27	b ³F₂—545(2)
29.03	1	44848.62
27.85	50	44872.37	a ⁵F₃—475(2)	(0.00) 1.22
27.23	10	44884.82	a ⁵D₄—621(4)
2226.52	15	44899.18		(0.00w) 1.05, 1.72
25.42	3	44921.33
24.91	1	44931.62	a ³D₃—634(4)
23.56	1	44958.94	b ³F₂—546(3)
23.31	10	44963.91		(0.00w) 1.55w
22.80	1	44974.31
22.56	5	44979.23
22.22	4	44986.05	${\begin{matrix} a^{3} G_{3} — 567 (4) \\ a^{3} F_{2} — 481 (2) \end{matrix}$
20.70	15	45016.79
19.41	10	45043.04	a ³F₂—482(2)	(1.42) …
18.93	1	45052.74
18.39	6	45063.75
17.84	15	45074.80		(0.00) 1.07
16.09	4	45110.43
15.58	20	45120.77	a ⁵F₄—495(3)	(0.00) 1.41
14.53	25	45142.21		(0.00w) 1.30w
14.33	8	45146.36	a ⁵P₁—558(2)	(0.00) 0.00w
13.39	1	45165.52	a ⁵P₁ -558(1)
12.42	20	45185.40	a ⁵P₂—570(3)	(0.00) 1.42
11.96	1	45104.01
11.66	2	45200.74
10.20	6	45230.78	a ⁵F₄—496(3)
10.04	5	45234.01	a ⁵F₁—452(1)	(1.45) 0.00, 1.43
09.03	3	45254.05	a ³H₄—611(4)
07.99	2	45276.00
07.64	3	45283.16
07.36	3	45288.78
07.13	10	45293.56	a ³G₃—570(3)
07.04	5	45295.43
06.54	4	45305.67	a ⁵P₁—560(2)
05.86	1	45319.76	a ⁵P₂—571(1)
05.49	1	45327.34	b ³F₄—638(4)
04.09	5	45356.01	${\begin{matrix} a^{5} P_{3} — 577 (2) \\ a^{5} F_{2} — 463 (2) \end{matrix}$
02.83	1	45381.95	a ⁵F₄—551(3)
02.28	4	45393.24
01.80	3	45403.22
01.15	12	45416.54	a ³P₂—510(3)	(0.00) 1.03
00.43	8	45431.49
2199.67	25	45447.26	a ⁵F₁—454(2)	(0.00, 1.12) 1.29, 2.39
97.77	1	45486.46	${\begin{cases} a^{1} G_{4} — 596 (5) \\ a^{3} F_{2} — 486 (2) \end{cases}$
96.30	3	45516.90	a ³H₅—637(5)
96.05	50	45522.04	a ⁵F₄—499(4)	(0.41) 1.40
95.23	1	45539.09	a ³P₂—511(2)
93.88	25	45567.19	a ⁵F₅—517(5)
93.22	15	45580.90	a ⁵F₃—482(2)
92.47	2	45596.34
91.99	4	45606.45
90.97	2	45627.66
90.62	2	45634.80	${\begin{matrix} a^{3} H_{5} — 638 (4) \\ a^{3} F_{4} — 553 (4) \end{matrix}$
89.40	1	45660.38	b ³F₃—602(3)
88.48	8	45679.57
86.44	4	45722.06
86.26	2	45725.91
85.49	2	45742.00	a ³G₅—585(5)
85.30	2	45746.10	a ⁵D₂—602(3)
2185.15	2	45759.11	a ³F₃—525(3)
84.68	8	45758.98	a ³F₄—555(5)
83.44	2	45784.96
83.11	3	45791.80	a ¹D₂—593(2)
82.72	50	45800.10	a ⁵F₂—468(3)	(0.00) 1.53
81.80	4	45819.39	a ⁵F₂—468(2)
81.38	1	45828.15	a ⁵F₃—484(4)
80.87	8	45838.84	${\begin{matrix} a^{3} H_{6} — 638 (5) \\ a^{5} P_{3} — 582 (2) \end{matrix}$
80.68	10	45842.90	a ³H₄—616(3)
80.18	3	45853.33	b ³F₂—555(3)
79.81	3	45861.20	b ³F₂—555(2)
79.55	25	45866.62	a ³P₁—511(2)
79.06	2	45876.88	a ⁵D₁—593(2)
79.98	1	45878.58
78.03	4	45898.63	a ⁵F₄—503(3)
77.97	25	4.5899.94	a ³F₂—490(2)
77.20	1	45916.06	a ⁵P₂—577(2)
74.72	3	45968.46	a ⁵D₃—616(3)
73.42	2	45996.02	a ³P₁—513(1)
73.05	5	46003.81
72.85	7	46008.08	b ³P₀—622(1)
72.15	15	46022.95	a ¹F₃—708(2)
72.08	7	46024.39	${\begin{matrix} a^{5} F_{3} — 486 (2) \\ a^{3} G_{3} — 577 (2) \end{matrix}$
71.02	1	46046.86
70.65	2	46054.71
69.15	10	46086.55
67.02	1	46131.85
66.76	3	46137.27	a ⁵F₂—471(3)
66.32	10	46146.86
65.45	3	46165.29
65.26	3	46169.34
65.00	15	46174.92	a ⁵F₁—461(1)
64.77	1	46179.79	a ³F₃—530(2)
64.67	15	46181.86
64.36	5	46188.45	b ³F₂—558(1)
64.12	1	46193.66	a ⁵P₂—580(1)
63.65	8	46203.65	a ³P₁—515(2)
62.65	5	46225.05
62.45	2	46229.33
62.26	7	46233.35
62.04	4	46238.09
61.88	10	46241.60	a ³F₄—569(4)
61.82	5	46242.80	a ³D₁—608(2)
61.26	7	46254.82	a ⁵D₄—634(4)
60.79	3	46264.82	a ³H₄—621(4)
60.36	4	46273.96
59.63	6	46289.71	b ³F₃—608(2)
58.84	2	46306.62	a ⁵F₅—524(4)
58.42	25	46315.68
58.19	3	46320.57	a ⁵F₃—489(3)
58.09	8	46322.71
57.83	4	46328.27	b ³F₂—560(2)
57.66	1	46331.99
56.91	6	46348.10
56.65	1	46353.64	a ³H₄—622(5)
2156.53	5	46356.28	a ³F₂—495(2)
55.09	8	46387.15	a ⁵F₁—463(2)
54.67	10	46396.17	a ³F₄—561(4)
54.50	12	46399.85	a ⁵P₂—582(2)
54.20	2	46406.44	a ³P₀—505(1)
54.12	10	46408.08
53.92	2	46412.34
53.86	15	46413.68
53.55	10	46420.36
52.71	20	46438.40	a ⁵F₃—490(2)
51.56	6	46463.29	a ³P₂—521(3)
51.40	20	46466.74	a ³F₂—496(3)
51.15	2	46472.14	a ⁵D₄—637(5)
50.64	18	46483.12	a ⁵F₂—475(2)
50.47	4	46486.84
49.96	7	46497.78	a ³P₂—521(1)
49.30	2	46512.14	a ³F₃—533(4)
48.72	5	46524.71	b ³F₃—611(4)
47.20	15	46557.60
46.87	25	46564.78	a ⁵F₂—475(1)
46.40	2	46575.08
45.76	5	46588.86	a ⁵D₄—638(4)
45.39	8	46596.94
43.65	5	46634.67	a ³F₃—534(3)
43.16	50	46645.46
42.52	40	46659.42	a ⁵F₅—528(6)
42.41	7	46661.79
41.51	20	46681.36	a ³D₃—652(4)
40.43	6	46704.86	a ³F₄—564(5)
40.34	2	46706.83	a ³F₂—498(1)
40.15	50	46711.06
39.59	1	46723.16	a ³H₅—649(6)
39.46	7	46726.10
38.70	4	46742.62
37.18	6	46775.88	a ³F₄—565(5)
36.35	5	46794.05	a ⁵F₂—478(3)
35.46	4	46813.46	a ³F₃—536(2)
35.20	5	46819.16
34.94	1	46824.95	a ³P₁—521(1)
32.88	20	46870.15
32.80	2	46871.93
31.80	20	46893.98	a ⁵F₃—495(3)
30.64	4	46919.36	a ¹D₂—604(1)
30.50	6	46922.48	a ³P₂—525(3)
30.29	4	46927.19	a ³H₆—649(6)
29.22	7	46950.69	a ⁵F₃—495(2)
26.75	2	47005.25	a ⁵F₃—496(3)
26.68	5	47006.89	${\begin{matrix} a^{3} F_{4} — 567 (4) \\ a^{3} G_{5} — 598 (5) \end{matrix}$
26.33	3	47014.49	a ¹H₅—712(5)
24.82	20	47047.96	a ⁵F₅—532(5)
24.56	4	47053.66
23.45	1	47078.38	a ⁵P₁—577(2)
21.88	2	47113.12	b ³F₃—616(3)
20.91	6	47134.71	${\begin{matrix} a^{3} F_{2} — 503 (3) \\ a^{5} F_{2} — 481 (2) \end{matrix}$
19.91	5	47156.90	a ⁵F₅—533(4)
2119.48	2	47166.53	a ³P₂—528(1)
19.24	5	47171.81
19.14	1	47174.03
18.83	6	47180.89
18.34	6	47191.84	a ⁵F₂—482(2)
15.45	2	47256.35
13.69	10	47295.65	a ⁵F₃—499(4)
12.85	7	47314.45	a ³F₄—570(3)
11.80	6	47337.98	a ⁵F₄—517(5)
11.21	4	47351.16	a ³F₂—505(1)
10.36	4	47370.18	b ³F₂—570(3)
10.09	3	47376.29
09.91	1	47380.35
07.19	1	47441.62
05.65	1	47476.27	a ⁵P₂—593(2)
05.34	1	47483.19
04.84	1	47494.38	a ³P₁—528(1)
03.72	5	47519.77
03.12	5	47533.30
01.85	5	47562.07	a ⁵P₁—582(2)
00.80	1	47585.86
00.55	2	47591.43
00.32	5	47596.60	a ⁵F₁—475(1)
2099.63	3	47612.42
99.29	3	47620.13
98.66	2	47634.42	a ³H₄—634(4)
97.84	1	47652.99
96.97	3	47672.69
95.65	3	47702.78	a ³F₃—545(2)
94.41	4	47731.00
91.76	3	47791.44
91.32	6	47801.47	a ⁵F₁—478(0)
90.61	4	47817.73	a ³F₃—546(3)
88.66	7	47862.34	a ⁵F₅—540(5)
87.96	1	47878.45	a ⁵D₀—604(1)
87.84	5	47881.09
87.80	1	47882.12	b ³F₃—624(4)
87.28	4	47894.00	a ³F₂—510(3)
85.93	5	47925.06
84.96	4	47947.36
83.70	5	47976.28
80.54	3	48049.16	a ⁵F₂—490(2)
80.08	4	48059.81
79.31	3	48077.46	a ⁵F₄—524(4)
76.32	5	48146.83	a ³F₂—513(1)
75.54	5	48164.94	a ⁵F₄—525(3)
74.45	1	48190.18
74.11	4	48197.98
73.94	5	48202.07
73.42	1	48214.12
71.01	3	48270.24
69.91	4	48295.96
69.13	3	48314.14	a ³P₁—536(2)
68.28	8	48333.85
67.41	3	48354.35	a ³F₂—515(2)
67.18	2	48359.68	${\begin{matrix} a^{3} H_{5} — 665 (4) \\ a^{5} D_{2} — 628 (1) \end{matrix}$
66.63	4	48372.41
65.30	5	48403.74
64.76	2	48416.33	a ³P₁—537(1)
64.19	4	48429.65	b ³P₂—669(1)
2063.34	5	48449.55	a ⁵P₂—603(3)
61.99	2	48481.25
61.91	10	48483.13
60.99	1	48504.84	a ⁵F₂—495(3)
60.05	2	48527.01	a ³G₅—613(5)
59.08	10	48549.90	a ³F₃—553(4)
58.84	2	48555.48	a ⁵F₃—511(2)
58.59	2	48561.47	a ⁵F₂—495(2)
57.61	2	48584.50	b ³F₂—582(2)
56.78	1	48604.15	a ⁵P₂—604(1)
55.76	6	48628.13	a ³H₆—666(5)
55.26	1	48640.02
53.84	4	48673.74
52.73	2	48699.99	a ³P₀—528(1)
51.54	2	48728.21
51.17	1	48737.05
50.28	1	48758.13	a ¹D₂—623(2)
49.46	1	48777.68	a ³G₅—616(6)
47.40	8	48826.90	a ³F₄—585(5)
46.19	2	48855.60	a ⁵F₂—498(1)
44.66	5	48892.08	a ⁵F₃—515(2)
44.11	2	48905.45
43.16	5	48927.99	a ⁵F₄—533(4)
40.61	5	48989.13	a ³G₄—616(3)
40.01	5	49003.53
38.10	2	49049.45	a ⁵F₄—534(3)
35.89	3	49102.69	a ³G₃—608(2)
34.19	2	49143.81
32.61	1	49181.96
32.36	2	49187.94	a ³F₃—560(2)
31.53	2	49208.06
31.17	1	49216.77
30.62	1	49230.20
30.25	1	49239.20	b ³F₃—638(4)
29.92	1	49247.05
28.40	1	49284.05
27.92	4	49295.64
27.12	1	49315.16
24.00	4	49391.10
23.20	2	49410.72	a ³G₄—621(4)
22.66	1	49423.94
22.21	1	49434.96
20.74	1	49470.82	a ³P₂—551(3)
19.56	5	49499.65	${\begin{matrix} a^{5} F_{2} — 505 (1) \\ a^{3} G_{4} — 622 (5) \end{matrix}$
19.18	1	49509.11	a ⁵D₃—652(4)
17.71	2	49545.12
15.50	2	49599.56
14.66	2	49620.17
13.17	6	49656.86
09.19	2	49755.11
06.71	6	49816.60
05.86	1	49837.83
04.54	4	49870.56
03.92	4	49885.92	a ³P₂—555(3)
03.16	1	49904.84
02.28	2	49926.82	a ³G₃—616(3)
01.81	5	49938.72	a ⁵F₃—525(3)
01.17	2	49954.51
00.73	4	49965.47

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Table 2.

Even terms of Ta II

Electron configuration	Term symbol	Level	Δv	Observed g

5d ³(⁴F) 6s	${\begin{matrix} a^{5} F_{1} \\ ^{5} F_{2} \\ ^{5} F_{3} \\ ^{5} F_{4} \\ ^{5} F_{5} \\ b^{3} F_{2} \\ ^{3} F_{3} \\ ^{3} F_{4} \end{matrix}$	0.00		0.000
			1031.36
		1031.36		1.008
			1610.90
		2642.26		1.250
			1773.53
		4415.79		1.350
			1771.02
		6186.81		1.410
		9690.47		1.047
			4890.60
		14581.07		0.988
			3912.59
		18493.66		1.227
5d ³(⁴P) 6s	${\begin{matrix} a^{5} P_{1} \\ ^{5} P_{2} \\ ^{5} P_{3} \\ b^{3} P_{0} \\ ^{3} P_{1} \\ ^{3} P_{2} \end{matrix}$	10713.21		2.353
			1162.26
		11875.47		1.426
			560.38
		12435.85		1.594
		16288.04
			1086.96
		17375.00		1.170
			1125.62
		18500.62		1.441
5d ³(²G) 6s	${\begin{matrix} a^{3} G_{3} \\ ^{3} G_{4} \\ ^{3} G_{5} \\ a^{1} G_{1} \end{matrix}$	11767.16		0.908
			938.17
		12705.33		1.013
			125.46
		12830.79		1.280
		14205.48		0.994
5d ³(²D) 6s	${\begin{matrix} a^{3} D_{1} \\ ^{3} D_{2} \\ ^{3} D_{3} \\ b^{1} D_{2} \end{matrix}$	14627.64		0.854
			2540.84
		17168.48		1.204
			1385.35
		18553.83		1.355
		23294.77		1.118
5d ³(²H) 6s	${\begin{matrix} a^{3} H_{4} \\ ^{3} H_{5} \\ ^{3} H_{6} \\ a^{1} H_{5} \end{matrix}$	15851.12		0.916
			2334.92
		18186.04		1.100
			−204.04
		17982.00		1.146
		24226.20		1.000
5d ³(²F) 6s	${\begin{matrix} c^{3} F_{2} \\ ^{3} F_{3} \\ ^{3} F_{4} \\ a^{1} F_{3} \end{matrix}$	22928.61		0.700
			691.74
		23620.35		1.076
			−537.64
		23082.71		1.026
		24869.58		0.995
5d ³(²P) 6s	${\begin{matrix} c^{3} P_{0} \\ ^{3} P_{1} \\ ^{3} P_{2} \\ a^{1} P_{1} \end{matrix}$	23381.28		0.000
			2853.32
		26234.60		1.332
			1809.54
		28044.14		1.358
		23406.13
5d ³(²D) 6s	${\begin{matrix} b^{3} D_{1} \\ ^{3} D_{2} \\ ^{3} D_{3} \\ c^{1} D_{2} \end{matrix}$	29963.20		1.004
			442.41
		30405.61		1.051
			218.48
		30624.09		1.257
		33027.18		1.020
5d ² 6s ²	${\begin{matrix} a^{3} F_{2} \\ ^{3} F_{3} \\ ^{3} F_{4} \\ ^{3} P_{0} \\ ^{3} P_{1} \\ ^{3} P_{2} \\ a^{1} D_{2} \\ b^{1} G_{4} \\ a^{1} S_{0} \end{matrix}$	3180.04		0.750
			3651.27
		6831.31		1.098
			2914.97
		9746.28		1.225
		4124.85		0.000
			1205.92
		5330.77		1.550
			327.13
		5657.90		1.340
		13560.24		1.120
		25385.49		1.085
		…
5d ⁴	${\begin{matrix} a^{5} D_{0} \\ ^{5} D_{1} \\ ^{5} D_{2} \\ ^{5} D_{3} \\ ^{5} D_{4} \\ b^{3} H_{4} \\ ^{3} H_{5} \\ ^{3} H_{6} \\ b^{3} G_{3} \\ ^{3} G_{4} \\ ^{3} G_{5} \\ d^{3} F_{2} \\ ^{3} F_{3} \\ ^{3} F_{4} \\ d^{3} P_{2} \\ d^{3} P_{1} \\ d^{3} P_{0} \\ c^{1} G_{4} \end{matrix}$	12600.87	874.51	0.000
		13475.38		1.498
			1019.49
		14494.87		1.476
			1231.28
		15726.15		1.455
			1505.04
		17231.19		1.191
		24432.83		0.985
			981.30
		25414.13		1.060
			596.57
		26010.70		1.117
		26829.13		0.850
			1336.27
		28165.40		1.094
			3101.70
		31267.10
		29843.58		0.833
		…
		31531.70		1.129
		…
		31948.68		1.000
		…
		35151.35		1.078

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Table 3.

Odd levels of Ta II

Level	J	Observed g

29256.87	2	0.511
31212.13	1
32318.44	3	0.976
33706.47	1	0.285
33715.27	2	0.823
36112.97	4	1.180
36177.10	2	0.946
36763.70	3	1.169
36987.71	1	0.685
37230.75	2	0.623
38270.63	3	1.010
38515.55	2	1.006
38535.21	1	0.472
38962.32	3	0.976
39295.81	3	1.138
39743.67	4	1.223
40023.68	0
40233.46	2	1.165
40304.78	1	1.225
40835.45	6
41144.94	2	1.152
41355.11	1	1.885
41554.42	3	1.207
41709.01	5	1.244
41775.29	4	1.249
42122.91	4	1.258
42153.29	2	1.212
42959.55	3	1.120
43064.86	2	1.041
43068.72	0
43544.46	3	1.059
43553.67	1
43700.05	5	1.147
44005.20	4	1.137
44206.24	1	0.242
44259.20	2	1.256
44430.39	3	0.940
44434.79	0
44585.17	5	1.297
44626.00	4	1.265
44835.20	3	1.242
45233.91	1	1.458
45446.85	2	1.148
45466.97	5	1.090
46174.60	1	1.367
46286.90	4
46295.03	5	1.200
46387.16	2	1.323
46491.44	2	1.060
46645.70	4	1.233
46776.78	2	0.773
46831.35	3	1.214
46850.64	2	1.110
47168.90	3	1.096
47280.89	4	1.190
47514.52	2	1.284
47595.98	1	1.520
47620.17	1
47801.03	0
47825.41	3	1.189
47829.75	6	1.300
47857.60	5
48064.57	0
48166.15	2
48223.08	2	1.446
48470.41	4	1.276
48666.56	2	1.131
48776.29	1	0.746
48962.54	3	1.283
49055.18	5	1.212
49080.51	2	1.320
49522.55	5	0.841
49536.24	3	1.317
49592.90	2	1.629
49646.62	3	1.048
49886.51	5
49886.97	1	2.006
49937.74	4	1.207
50314.43	3	1.281
50507.12	5	1.080
50531.17	1	1.370
50693.61	6
51073.92	3	1.156
51197.42	2	1.359
51326.31	1	1.047
51479.86	4	1.095
51534.28	2	1.299
51753.70	5	1.102
52121.15	3	1.086
52155.76	1	1.613
52492.98	4	1.101
52580.43	3	1.412
52824.49	1	0.907
52846.28	6	1.180
53010.95	2	1.464
53234.65	5	1.146
53300.59	2	1.380
53343.56	4	1.071
53465.79	3	1.216
53644.83	2	1.352
53746.80	1	1.234
54048.81	5	1.260
54206.69	4	1.157
54533.78	2	1.016
54648.73	3	0.943
55128.38	3	1.260
55381.25	4	1.020
55505.08	5	1.054
55528.22	1	1.464
55543.11	3	1.430
55551.60	2	1.031
55859.32	2	1.343
55878.70	1	1.425
56018.76	2	1.002
56142.53	4	1.270
56351.09	3	1.200
56450.84	5	1.045
56450.95	3	1.195
56521.78	5	0.980
56662.76	6
56753.05	4	1.197
56987.88	4	1.118
57060.81	3	1.390
57195.81	1	1.726
57791.58	2	1.050
58040.89	4	1.045
58069.18	1	1.147
58274.85	2	1.641
58572.56	5
59351.96	2	1.160
59692.16	5
59838.00	5
60241.07	3	1.176
60325.15	3	1.151
60479.60	1	0.662
60549.32	5	0.904
60870.30	2	1.130
61105.69	4	1.007
61357.45	5
61588.16	6
61608.62	6
61694.17	3	0.937
62115.97	4	1.070
62204.91	5
62296.25	1	0.600
62317.92	2	0.986
62463.43	4	1.167
62854.50	1	0.908
63060.46	2	1.106
63485.65	4
63703.35	5	0.977
63820.47	4	1.01
64653.35	3	1.079
64909.19	6
65225.24	4
65495.18	3
65657.89	3	1.013
66545.40	4
66610.27	5
66930.35	1	1.746
68213.70	5
68299.80	3
70892.62	2	0.719
71240.50	5	1.214

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The intensities of the lines are estimated values based on the strength of photographic blackening they produce. The number 1 is assigned to the weakest lines measurable on a spectrogram, the stronger ones being graded on a linear scale relative to the faintest. It is obvious that intensities derived in this manner are not comparable in spectral regions that require different types of photographic emulsions to record them. The lines owe their complexity to a nuclear spin of 7/2, measured by McMillan and Grace [5], for the isotope 181, in which all but 0.01 of the nuclear mass is concentrated.

The wave-numbers of the lines in the third column were taken from Kayser’s Tabelle der Schwingungszahlen, but have been corrected by the small amounts necessary for conformity with Edlén’s [6] formula for the index of refraction of air. These numbers are the basis for the analysis of the term-structure of Ta II, and are equal to the differences between the energy-levels of the Ta atom involved in the production of the spectral lines. These level-differences are given in column 4. In the last column are given the Zeeman patterns from either the M.I.T. or the NBS spectrograms. Those given to only two places of decimals are from, the NBS plates; all others from those made at M.I.T. The type of shading in unresolved magnetic patterns, which gives a clue to the J- and g-values of the combining levels, are indicated by letters with the significance, A = Inline graphic , B = , C = ⋀, D = ⊓.

3.2. The Systems of Energy Levels

Analysis of Ta II was begun independently and almost simultaneously at three laboratories. When G. R. Harrison of the M.I.T. Spectroscopy Laboratory learned that the problem had been undertaken at the Spectroscopy Laboratory of the NBS he suggested that a joint announcement be made of the first results that had been obtained, and that the necessary continuation of the work be carried on at the NBS with the aid of the M.I.T. data. This suggestion was realized in part in the paper, “Preliminary list of terms of Ta II,” [7]. At the same time a similar and somewhat more extensive paper by van den Berg [8] was issued by the Zeeman Laboratory of the University of Amsterdam. This earlier work showed that the prominent low even terms of Ta II arise in the electron configurations 5d ³ 6s, 5d ² 6s ², and 5d ⁴, the clue to their identity having been found in well-resolved Zeeman patterns that are in very close accord with those from levels with Landé g-values.

The further procedure of unravelling the spectrum has followed the conventional practices of combing the spectrum for pairs and groups of lines separated by established level-differences, and of tying together related lines that exhibit the same g-values. These operations have been somewhat tedious; but as the structure of the spectrum began to unfold the work received guidance from the calculations of Trees et al., [9] which narrowed the limits of search for the levels expected theoretically.

In table 2 are listed the low even terms upon which the spectrum is built. The ground state a ⁵F arises in the electron configuration 5d ³(⁴F)6s; but interspersed among its components are levels from the ³F and ³P terms of 5d ² 6s ², which thus becomes a strong competitor of 5d ³ 6s in governing the energetic processes of the atom. All of the 5d ³6s terms have been found; and likewise all but ¹S of 5d ² 6s ². The configuration 5d ⁴ requires more energy to excite its levels, with the result that only six of its 16 theoretically possible terms have been detected completely or partially. Resolved Zeeman patterns of a small number of unclassified lines indicate that transitions to undetected 5d ⁴ levels do occur, but the connecting links have not yet been found.

The g-values that are assigned to the levels in table 2 are, for most of them, mean values derived from two to twenty well-resolved Zeeman patterns. They are sufficiently close to LS-values to justify the designation of the levels with the LS notation, although a study, by Trees [9, 10, 11] of the configuration interaction in tantalum indicates that most of the levels of table 2 are of mixed parentage.

The odd levels in table 3 reveal the extent to which the excited states of the ionized atom have departed from LS-coupling. A few of the lowest odd levels might be uniquely designated with LS- symbols, but to apply this mode of designation to the others would be meaningless. It has seemed best, therefore, for sake of brevity, to give as the designation of the line in table 1 the first three figures of the level-value and the appropriate inner quantum number.

3.3. Series and Ionization Potential

No high levels have been found that can be ascribed unambiguously to the configurations 5d ³ ns and 5d ² 6sns. It is impossible, therefore, at this stage of the analysis of Ta II, to calculate an ionization- potential from series-forming terms. An ionization potential of 7.88 ev has been found for the neutral Ta atom; for neutral W this value is 7.98 ev. For the homologous atoms Nb and Mo the estimated second ionization potentials are a little more than twice the first. If this ratio is of physical significance we may expect, therefore, that the ionization potential of singly ionized tantalum lies between 16 and 16.5 ev, which is essentially the same as the interpolated value given by Finkelnburg and Humbach [12].

During its progress the work described above has been aided with observational material from various individuals, and consultations with others. As stated previously, the late B. E. Moore, of the University of Nebraska, made the first magnetic observations that were of significance in analyzing the spectra Ta I and Ta II. Later G. R. Harrison and W. J. Hitchcock of M.I.T. made available their Zeeman observations and the results which they had obtained from them. At the NBS, R. E. Trees has made numerous theoretical calculations to verify and identify the levels found for the low configurations and to predict the probable positions of others; R. Zalubas has obtained and measured several spectrograms to improve the description of Ta n in the region 2500 to 1950 A; and Mrs. Ruth Peterson has made extensive calculations and tabulations of the data. It is a pleasure for me to acknowledge my indebtedness to them and also to others who have made contributions to this work.

Footnotes

Figures in brackets indicate the literature references at the end of this paper.

4. References

1.Kiess CC. J Research NBS. 1951;47:385. RP2266. [Google Scholar]; ibid. 51, 247 (1953) RP2457.
2.Kiess CC. J Research NBS. 1958;60:375. RP 2856. [Google Scholar]
3.Kayser H. Handbuch der Spectroscopie. S Hirzel and Co, Leipzig. 1912 [Google Scholar]
4.Harrison GR. Wavelength Tables. John Wiley & Sons, Inc; New York, N.Y: 1939. [Google Scholar]
5.McMillan E, Grace NR. Phys Rev. 1933;44:949. [Google Scholar]
6.Edlen B. J Opt Soc Am. 1953;43:339. [Google Scholar]
7.Kiess CC, Harrison GR, Hitchcock WJ. J Research NBS. 1950;44:245. RP2075. [Google Scholar]
8.van den Berg GJ. Dissertation. University of Amsterdam; 1951. [Google Scholar]
9.Trees RE, Cahill WF, Rabinowitz P. J Research NBS. 1955;55:335. RP2639. [Google Scholar]
10.Trees RE. Phys Rev. 1961;123:1293. [Google Scholar]
11.Trees RE. Bull Am Phys Soc. 1958;3:29. [Google Scholar]
12.Finkelnburg W, Humbach W. Naturwiss. 1955;42:35. [Google Scholar]

[b1-jresv66an2p111_a1b] 1.Kiess CC. J Research NBS. 1951;47:385. RP2266. [Google Scholar]; ibid. 51, 247 (1953) RP2457.

[b2-jresv66an2p111_a1b] 2.Kiess CC. J Research NBS. 1958;60:375. RP 2856. [Google Scholar]

[b3-jresv66an2p111_a1b] 3.Kayser H. Handbuch der Spectroscopie. S Hirzel and Co, Leipzig. 1912 [Google Scholar]

[b4-jresv66an2p111_a1b] 4.Harrison GR. Wavelength Tables. John Wiley & Sons, Inc; New York, N.Y: 1939. [Google Scholar]

[b5-jresv66an2p111_a1b] 5.McMillan E, Grace NR. Phys Rev. 1933;44:949. [Google Scholar]

[b6-jresv66an2p111_a1b] 6.Edlen B. J Opt Soc Am. 1953;43:339. [Google Scholar]

[b7-jresv66an2p111_a1b] 7.Kiess CC, Harrison GR, Hitchcock WJ. J Research NBS. 1950;44:245. RP2075. [Google Scholar]

[b8-jresv66an2p111_a1b] 8.van den Berg GJ. Dissertation. University of Amsterdam; 1951. [Google Scholar]

[b9-jresv66an2p111_a1b] 9.Trees RE, Cahill WF, Rabinowitz P. J Research NBS. 1955;55:335. RP2639. [Google Scholar]

[b10-jresv66an2p111_a1b] 10.Trees RE. Phys Rev. 1961;123:1293. [Google Scholar]

[b11-jresv66an2p111_a1b] 11.Trees RE. Bull Am Phys Soc. 1958;3:29. [Google Scholar]

[b12-jresv66an2p111_a1b] 12.Finkelnburg W, Humbach W. Naturwiss. 1955;42:35. [Google Scholar]

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Description and Analysis of the Second Spectrum of Tantalum, Ta II

C C Kiess

Abstract

1. Introduction

2. Experimental Procedures

3. Results

3.1. Wavelengths, Intensities, and Zeeman Effects

Table 1.

Table 2.

Table 3.

3.2. The Systems of Energy Levels

3.3. Series and Ionization Potential

Footnotes

4. References

ACTIONS

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PERMALINK

Description and Analysis of the Second Spectrum of Tantalum, Ta II

C C Kiess

Abstract

1. Introduction

2. Experimental Procedures

3. Results

3.1. Wavelengths, Intensities, and Zeeman Effects

Table 1.

Table 2.

Table 3.

3.2. The Systems of Energy Levels

3.3. Series and Ionization Potential

Footnotes

4. References

ACTIONS

PERMALINK

RESOURCES

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