C ************************************ 786 ****************************c Ref: "Energy levels, wavelengths and radiative rates for transitions in Hg-like Bismuth", Neelam Kumari Arya, A. Tauheed, J. Quant. Spectros. Rad. Transfer 292, 108353 (2022)(doi: https://doi.org/10.1016/j.jqsrt.2022.108353) (E-mail addresses:-neelamarya623@gmail.com, ahmadtauheed@rediffmail.com) C ********************************************************************* c Notes:- - a Observed relative intensities are visual estimates of the blackening of the photographic plates on an arbitrary scale (1-300); bl-blended line; b-wide line; B-very wide line; dl-doubly classified lines; h-hazy line; m-masked line (excluded from level optimization); *-line also classified in Bi II [9, 4]; cg-center-of-gravity wavelength of the hfs (these values were used in the level optimization procedure). - b λobs indicates the observed wavelengths with their standard uncertainties given in parentheses in units of the last digit. The wavelengths below 2000 Å are given in vacuum and in air above it.The vacuum to air conversion was made using the five-parameter formula of Peck and Reeder [44]. - c λRitz denotes the Ritz wavelengths with their standard uncertainties given in parentheses; this column is blank for hfs components that were not used in the level optimization. - d Difference between the observed and Ritz wavelengths. The column is blank for masked lines, hfs components, and for the levels defined by a single observed line. - e F1 and F2 are the total angular momenta of the lower and upper energy levels, respectively. These values are derived from the known splitting constant values of the hfs given by McLay and Crawford [9] and Crooker and Shipley [11]. The F values separated with a comma denote all possible combinations of the contributing hfs components of the lower and upper levels. - f gA is the weighted transition probability calculated using the Cowan code [31]; here g=(2J+1) represents the statistical weight of the upper level. The column is blank for hfs components. - g Transition rate uncertainties are given in terms of the letter code: C - ≤25%, D+ - ≤40%, D - ≤50%, and E - >50%. - h Reference to the source of the observed wavelength and intensity: TW-This work; TW* the line was observed by Arvidsson [8], but we have used our measured wavelength; MC33 and BN08- lines originally classified by McLay and Crawford [9] and Banahan et al. [26], respectively. The lines that are in common with Banahan et al. [26], Wahlgren et al. [4] and predicted values of Moreno-Díaz and Alonso-Medina [28] are indicated as MC33*, MC33ǂ, TW! and MC33!, respectively; for these lines, we utilized our measurements and wavelengths of McLay and Crawford [9] in the respective regions; the superscript CS70, R00 and TW shows that the observed wavelength was taken from Crooker and Shipley [11], Ryabtsev et al. [25], and the present work, respectively. - i Notes: #-signifies the transition rates whose cancelation factor |CF| < 0.10 makes the gA values unreliable; ‡-the λcg values and their uncertainties are calculated in this work by using the measurements of McLay and Crawford [9] and Crooker and Shipley [11] in combination with our measurements. Table 2- Classified lines of Bi IV. ___________________________________________________________________________________________________________________________________________________________ Iobsa λobsb σobs λRitzc Δλd Lower energy level Upper energy level gA Unc. Line Notesi (Å) (cm-1) (Å) (Å) Conf. Term F1e Energy Conf. Term F2e Energy (s-1)f gAg Ref.h ____________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________ 5347.30(30) 18696.0 5347.48(8) -0.2 6s6d 1D2 217825.6 6s5f 1F3o 236520.8 1.13E+08 C MC33 5029.54(11) 19877.0 5029.59(7) -0.05 6s6d 1D2 217825.6 5d96s26p 1P1o 237702.4 1.72E+07 D MC33 1 4513.40(20) 22150.0 4513.18(6) 0.2 6p2 3P2 202436.0 6s1/2,F1=47p1/2 3P0o 4.5 224587.1 MC33 10 4510.40(30) 22165.0 4510.07(6) 0.3 6p2 3P2 202436.0 6s1/2,F1=47p1/2 3P1o 3.5 224602.4 MC33 7 4508.73(10) 22173.0 4508.79(5) -0.06 6p2 3P2 202436.0 6s1/2,F1=57p1/2 3P1o 4.5 224608.7 MC33 10 4507.61(10) 22178.5 4507.67(6) -0.06 6p2 3P2 202436.0 6s1/2,F1=57p1/2 3P1o 5.5 224614.2 MC33 blO II 4345.60(30) 23005.3 4345.89(6) -0.3 6s7s 1S0 201583.3 6s1/2,F1=47p1/2 3P0o 4.5 224587.1 MC33 10 4342.98(9) 23019.2 4343.00(6) -0.02 6s7s 1S0 201583.3 6s1/2,F1=47p1/2 3P1o 3.5 224602.4 MC33 6 4341.70(9) 23026.0 4341.81(5) -0.11 6s7s 1S0 201583.3 6s1/2,F1=57p1/2 3P1o 4.5 224608.7 MC33! blBi II 4340.80(20) 23031.0 4340.77(6) 0.0 6s7s 1S0 201583.3 6s1/2,F1=57p1/2 3P1o 5.5 224614.2 MC33 B 4076.65(16) 24523.0 6s6d 3D3 2.5,3.5,4.5,5.5,6.5,7.5 199772.9 5d96s26p 3F2o 2.5,3.5,4.5,5.5,6.5 224295.2 MC33 cg 4076.60(20) 24523.6 4076.77(6) -0.2 6s6d 3D3 199772.9 5d96s26p 3F2o 224295.2 4.57E+06 D+ MC33 ‡ blOII 4075.66(17) 24529.0 6s6d 3D3 1.5,2.5 199772.9 5d96s26p 3F2o 2.5,3.5 224295.2 MC33 3b 4028.70(20) 24815.0 4028.81(5) -0.1 6s6d 3D3 199772.9 6s1/2,F1=47p1/2 3P0o 4.5 224587.1 MC33 6b 4025.90(30) 24832.0 4026.33(5) -0.4 6s6d 3D3 199772.9 6s1/2,F1=47p1/2 3P1o 3.5 224602.4 MC33 5b 4025.10(20) 24837.0 4025.31(5) -0.2 6s6d 3D3 199772.9 6s1/2,F1=57p1/2 3P1o 4.5 224608.7 MC33 10b 4024.60(20) 24840.0 4024.42(5) 0.2 6s6d 3D3 199772.9 6s1/2,F1=57p1/2 3P1o 5.5 224614.2 MC33 b 3891.00(20) 25693.0 3890.95(4) 0.1 6p2 3P2 202436.0 5d96s26p 3P1o 228129.4 9.23E+06 D+ MC33 B 3867.70(20) 25848.0 3867.66(12) 0.0 6s6d 3D3 199772.9 5d96s26p 3F4o 225621.0 1.22E+08 C MC33! blO II 3777.70(20) 26464.0 3777.77(4) -0.1 6s6d 3D2 197832.05 5d96s26p 3F2o 224295.2 3.61E+06 D+ MC33 3765.98(7) 26546.0 3765.96(3) 0.02 6s7s 1S0 201583.3 5d96s26p 3P1o 228129.4 5.08E+07 C MC33 1b 3736.42(14) 26756.0 3736.55(4) -0.13 6s6d 3D2 197832.05 6s1/2,F1=47p1/2 3P0o 4.5 224587.1 MC33 4b 3734.20(20) 26772.0 3734.41(4) -0.2 6s6d 3D2 197832.05 6s1/2,F1=47p1/2 3P1o 3.5 224602.4 MC33 6b 3733.49(14) 26777.0 3733.54(4) -0.05 6s6d 3D2 197832.05 6s1/2,F1=57p1/2 3P1o 4.5 224608.7 MC33! 10b 3733.10(20) 26780.0 3732.77(4) 0.3 6s6d 3D2 197832.05 6s1/2,F1=57p1/2 3P1o 5.5 224614.2 MC33 10b* 3724.86(14) 26839.0 6s7s 3S1 5.5 197449.7 5d96s26p 3F2o 4.5,5.5,6.5 224295.2 MC33 cg 3724.02(8) 26845.1 3723.96(4) 0.06 6s7s 3S1 197449.7 5d96s26p 3F2o 224295.2 4.67E+06 D+ MC33 ‡ 6b 3723.82(14) 26846.5 6s7s 3S1 4.5 197449.7 5d96s26p 3F2o 3.5,4.5,5.5 224295.2 MC33 5b 3723.00(14) 26852.4 6s7s 3S1 3.5 197449.7 5d96s26p 3F2o 2.5,3.5,4.5 224295.2 MC33 5 3684.85(7) 27130.4 6s7s 3S1 5.5 197449.7 6s1/2,F1=47p1/2 3P0o 4.5 224587.1 MC33 8bdl 3683.69(14) 27139.0 6s6d 3D1 3.5 197152.7 5d96s26p 3F2o 2.5,3.5,4.5 224295.2 MC33 8bdl 3683.69(14) 27139.0 6s7s 3S1 4.5 197449.7 6s1/2,F1=47p1/2 3P0o 4.5 224587.1 MC33 cg 3683.50(30) 27140.0 3683.90(4) -0.4 6s7s 3S1 197449.7 6s1/2,F1=47p1/2 3P0o 4.5 224587.1 MC33! ‡ 3b 3683.35(14) 27141.5 6s6d 3D1 4.5 197152.7 5d96s26p 3F2o 3.5,4.5,5.5 224295.2 MC33 cg 3683.20(8) 27142.6 3683.21(4) -0.01 6s6d 3D1 197152.7 5d96s26p 3F2o 224295.2 4.91E+07 C MC33 ‡ 10dl 3682.74(14) 27146.0 6s6d 3D1 5.5 197152.7 5d96s26p 3F2o 4.5,5.5,6.5 224295.2 MC33 10dl 3682.74(14) 27146.0 6s7s 3S1 3.5 197449.7 6s1/2,F1=47p1/2 3P0o 4.5 224587.1 MC33 8b 3681.79(14) 27153.0 3681.83(4) -0.04 6s7s 3S1 197449.7 6s1/2,F1=47p1/2 3P1o 3.5 224602.4 MC33 6 3681.19(7) 27157.4 6s7s 3S1 4.5 197449.7 6s1/2,F1=57p1/2 3P1o 4.5 224608.7 MC33 cg 3681.05(7) 27158.4 3680.97(3) 0.08 6s7s 3S1 197449.7 6s1/2,F1=57p1/2 3P1o 4.5 224608.7 MC33! ‡ 2 3680.61(7) 27161.7 6s7s 3S1 3.5 197449.7 6s1/2,F1=57p1/2 3P1o 4.5 224608.7 MC33 6 3680.01(7) 27166.1 6s7s 3S1 5.5 197449.7 6s1/2,F1=57p1/2 3P1o 5.5 224614.2 MC33 cg 3679.90(20) 27167.0 3680.23(4) -0.3 6s7s 3S1 197449.7 6s1/2,F1=57p1/2 3P1o 5.5 224614.2 MC33 ‡ 4 3679.71(7) 27168.3 6s7s 3S1 4.5 197449.7 6s1/2,F1=57p1/2 3P1o 5.5 224614.2 MC33 6 3644.56(7) 27430.3 6s6d 3D1 3.5 197152.7 6s1/2,F1=47p1/2 3P0o 4.5 224587.1 MC33 8 3644.19(7) 27433.1 6s6d 3D1 4.5 197152.7 6s1/2,F1=47p1/2 3P0o 4.5 224587.1 MC33 cg 3644.10(7) 27433.8 3644.02(4) 0.08 6s6d 3D1 197152.7 6s1/2,F1=47p1/2 3P0o 4.5 224587.1 MC33! ‡ 10 3643.74(7) 27436.5 6s6d 3D1 5.5 197152.7 6s1/2,F1=47p1/2 3P0o 4.5 224587.1 MC33 2 3642.49(7) 27445.9 6s6d 3D1 3.5 197152.7 6s1/2,F1=47p1/2 3P1o 3.5 224602.4 MC33 cg 3642.30(20) 27447.5 3641.99(4) 0.3 6s6d 3D1 197152.7 6s1/2,F1=47p1/2 3P1o 3.5 224602.4 MC33 ‡ 3 3642.14(7) 27448.6 6s6d 3D1 4.5 197152.7 6s1/2,F1=47p1/2 3P1o 3.5 224602.4 MC33 5 3641.56(7) 27452.9 6s6d 3D1 4.5 197152.7 6s1/2,F1=57p1/2 3P1o 4.5 224608.7 MC33 cg 3641.50(20) 27453.3 3641.15(4) 0.4 6s6d 3D1 197152.7 6s1/2,F1=57p1/2 3P1o 4.5 224608.7 MC33! ‡ 0? 3640.80(14) 27458.7 6s6d 3D1 5.5 197152.7 6s1/2,F1=57p1/2 3P1o 4.5 224608.7 MC33 4 3640.58(7) 27460.3 6s6d 3D1 4.5 197152.7 6s1/2,F1=57p1/2 3P1o 5.5 224614.2 MC33 cg 3640.43(7) 27461.5 3640.42(4) 0.01 6s6d 3D1 197152.7 6s1/2,F1=57p1/2 3P1o 5.5 224614.2 MC33 ‡ 2 3640.13(7) 27463.7 6s6d 3D1 5.5 197152.7 6s1/2,F1=57p1/2 3P1o 5.5 224614.2 MC33 B 3544.84(13) 28202.0 3544.68(4) 0.16 6p2 3P2 202436.0 5d96s26p 1D2o 230639.2 6.34E+06 D+ MC33 b 3391.27(13) 29479.0 3391.25(3) 0.02 6p2 3P2 202436.0 6s7p 1P1o 231915.18 2.19E+08 C MC33 B 3346.42(12) 29874.0 3346.37(4) 0.05 5d96s26p 1P1o 237702.4 6s7d 3D1 267576.9 1.28E+07 D+ MC33 10* 3299.78(12) 30296.3 6s6d 3D2 4.5,5.5,6.5 197832.05 5d96s26p 3P1o 3.5,4.5,5.5 228129.4 MC33 cg 3299.66(9) 30297.4 3299.67(2) -0.01 6s6d 3D2 197832.05 5d96s26p 3P1o 228129.4 3.87E+07 D+ MC33 ‡ 8* 3299.57(12) 30298.3 6s6d 3D2 3.5,4.5 197832.05 5d96s26p 3P1o 3.5,5.5 228129.4 MC33 8B* 3299.27(12) 30301.0 6s6d 3D2 2.5,3.5 197832.05 5d96s26p 3P1o 3.5,4.5 228129.4 MC33 10 3296.12(6) 30330.0 6s7s 1S0 4.5 201583.3 6s7p 1P1o 5.5 231915.18 MC33 cg 3295.93(4) 30331.7 3295.91(2) 0.02 6s7s 1S0 201583.3 6s7p 1P1o 231915.18 4.49E+08 C MC33! ‡ 9 3295.90(6) 30332.0 6s7s 1S0 4.5 201583.3 6s7p 1P1o 4.5 231915.18 MC33 8 3295.68(6) 30334.0 6s7s 1S0 4.5 201583.3 6s7p 1P1o 3.5 231915.18 MC33 3278.71(6) 30491.0 3278.68(3) 0.03 5d96s26p 1P1o 237702.4 6s8s 1S0 268193.7 1.27E+08 C MC33 10 3259.36(6) 30672.0 6s7s 3S1 5.5 197449.7 5d96s26p 3P1o 4.5,5.5 228129.4 MC33 cg 3258.55(4) 30679.6 3258.54(2) 0.01 6s7s 3S1 197449.7 5d96s26p 3P1o 228129.4 5.14E+07 C MC33 ‡ 8b 3258.51(12) 30680.0 6s7s 3S1 4.5 197449.7 5d96s26p 3P1o 3.5,4.5 228129.4 MC33 8 3257.82(6) 30686.5 6s7s 3S1 3.5,4.5 197449.7 5d96s26p 3P1o 3.5,4.5,5.5 228129.4 MC33 b 3245.39(12) 30804.0 3245.37(3) 0.02 6p2 3P2 202436.0 5d96s26p 3D3o 233240.2 9.34E+06 E MC33 B 3238.98(12) 30865.0 3238.84(3) 0.14 6s6d 3D3 199772.9 5d96s26p 1D2o 230639.2 1.80E+08 C MC33! 6b 3227.69(12) 30973.0 6s6d 3D1 3.5 197152.7 5d96s26p 3P1o 3.5,4.5 228129.4 MC33 7b 3227.37(12) 30976.0 6s6d 3D1 4.5 197152.7 5d96s26p 3P1o 3.5,4.5,5.5 228129.4 MC33 cg 3227.29(7) 30976.8 3227.30(2) -0.01 6s6d 3D1 197152.7 5d96s26p 3P1o 228129.4 1.20E+07 D+ MC33 ‡ 10b 3226.96(12) 30980.0 6s6d 3D1 5.5 197152.7 5d96s26p 3P1o 4.5,5.5 228129.4 MC33 5 3190.47(6) 31334.3 6s5f 1F3o 1.5,2.5,3.5 236520.8 6s7d 3D2 2.5 267858.6 MC33 6 3190.32(6) 31335.8 6s5f 1F3o 2.5,3.5,4.5 236520.8 6s7d 3D2 3.5 267858.6 MC33 7 3190.13(6) 31337.6 6s5f 1F3o 3.5,4.5,5.5 236520.8 6s7d 3D2 4.5 267858.6 MC33 cg 3190.01(8) 31338.8 3190.11(3) -0.1 6s5f 1F3o 236520.8 6s7d 3D2 267858.6 1.18E+08 C MC33 ‡ 8 3189.91(6) 31339.8 6s5f 1F3o 4.5,5.5,6.5 236520.8 6s7d 3D2 5.5 267858.6 MC33 10 3189.63(6) 31342.5 6s5f 1F3o 5.5,6.5,7.5 236520.8 6s7d 3D2 6.5 267858.6 MC33 b 3171.47(11) 31522.0 3171.52(3) -0.05 6p2 3P2 202436.0 6s5f 3F30 233957.5 6.01E+07 C MC33! B 3118.34(11) 32059.0 3118.43(2) -0.09 5d96s26p 1P1o 237702.4 6s7d 1D2 269760.54 5.11E+08 C MC33! B 3085.14(11) 32404.0 3085.17(4) -0.03 6s5f 3F2o 235173.2 6s7d 3D1 267576.9 9.31E+08 C MC33! 10b 3059.27(11) 32678.0 6s5f 3F2o 4.5,5.5 235173.2 6s7d 3D2 5.5,6.5 267858.6 MC33 3b 3058.90(11) 32682.0 6s5f 3F2o 3.5,5.5,6.5 235173.2 6s7d 3D2 4.5,5.5,6.5 267858.6 MC33 2b 3058.62(11) 32685.0 6s5f 3F2o 2.5.3.5,4.5 235173.2 6s7d 3D2 3.5,4.5 267858.6 MC33 cg 3058.59(6) 32685.3 3058.58(3) 0.01 6s5f 3F2o 235173.2 6s7d 3D2 267858.6 1.49E+08 C MC33 ‡ 2b 3058.34(11) 32688.0 6s5f 3F2o 2.5,6.5 235173.2 6s7d 3D2 2.5,5.5 267858.6 MC33 8b 3057.78(11) 32694.0 6s5f 3F2o 3.5,4.5,5.5 235173.2 6s7d 3D2 2.5,3.5,4.5 267858.6 MC33 B* 3053.76(11) 32737.0 3053.74(3) 0.02 6p2 3P2 202436.0 6s5f 3F2o 235173.2 8.39E+06 D+ MC33 B 3047.15(11) 32808.0 3047.23(3) -0.08 6s6d 3D2 197832.05 5d96s26p 1D2o 230639.2 6.09E+07 C MC33 B 3042.33(11) 32860.0 3042.43(3) -0.10 6s6d 3D3 199772.9 6s7p 3P2o 232631.8 1.19E+09 C MC33! B 3026.39(11) 33033.0 3026.39(8) 0.00 6s5f 3F4o 235661.0 6s7d 3D3 268694.1 2.14E+09 C MC33! 10b 3012.69(10) 33183.3 6s7s 3S1 5.5 197449.7 5d96s26p 1D2o 4.5,5.5,6.5 230639.2 MC33 cg 3012.16(6) 33189.1 3012.12(3) 0.04 6s7s 3S1 197449.7 5d96s26p 1D2o 230639.2 3.05E+08 C MC33! ‡ 9b 3012.03(10) 33190.5 6s7s 3S1 4.5 197449.7 5d96s26p 1D2o 3.5,4.5,5.5 230639.2 MC33 9b 3011.52(10) 33196.1 6s7s 3S1 3.5 197449.7 5d96s26p 1D2o 2.5,3.5,4.5 230639.2 MC33 10 3007.84(5) 33236.8 6s5f 1F3o 5.5,6.5,7.5 236520.8 6s7d 1D2 6.5 269760.54 MC33 8 3007.64(5) 33239.0 6s5f 1F3o 4.5,5.5,6.5 236520.8 6s7d 1D2 5.5 269760.54 MC33 cg 3007.56(3) 33239.9 3007.57(2) -0.01 6s5f 1F3o 236520.8 6s7d 1D2 269760.54 1.38E+09 C MC33 ‡ 7 3007.47(5) 33240.9 6s5f 1F3o 3.5,4.5,5.5 236520.8 6s7d 1D2 4.5 269760.54 MC33 6 3007.31(5) 33242.6 6s5f 1F3o 2.5,3.5,4.5 236520.8 6s7d 1D2 3.5 269760.54 MC33 5 3007.18(5) 33244.1 6s5f 1F3o 1.5,2.5,3.5 236520.8 6s7d 1D2 2.5 269760.54 MC33 10 2987.60(5) 33461.9 6s6d 3D3 7.5 199772.9 5d96s26p 3D3o 6.5,7.5 233240.2 MC33 7 2987.36(5) 33464.6 6s6d 3D3 6.5 199772.9 5d96s26p 3D3o 5.5,6.5,7.5 233240.2 MC33 cg 2987.15(3) 33467.0 2987.12(2) 0.03 6s6d 3D3 199772.9 5d96s26p 3D3o 233240.2 1.48E+07 D+ MC33 ‡ 6 2987.15(7) 33467.0 6s6d 3D3 5.5 199772.9 5d96s26p 3D3o 4.5,5.5,6.5 233240.2 MC33 6 2986.96(5) 33469.1 6s6d 3D3 4.5 199772.9 5d96s26p 3D3o 3.5,4.5,5.5 233240.2 MC33 6 2986.80(5) 33470.9 6s6d 3D3 3.5 199772.9 5d96s26p 3D3o 2.5,3.5,4.5 233240.2 MC33 5 2986.66(5) 33472.5 6s6d 3D3 2.5 199772.9 5d96s26p 3D3o 1.5,2.5,3.5 233240.2 MC33 4 2986.54(5) 33473.8 6s6d 3D3 1.5 199772.9 5d96s26p 3D3o 1.5,2.5 233240.2 MC33 9b 2985.88(10) 33481.2 6s6d 3D1 3.5 197152.7 5d96s26p 1D2o 2.5,3.5,4.5 230639.2 MC33 9b 2985.54(10) 33485.0 6s6d 3D1 4.5 197152.7 5d96s26p 1D2o 3.5,4.5,5.5 230639.2 MC33 cg 2985.45(6) 33486.0 2985.41(3) 0.04 6s6d 3D1 197152.7 5d96s26p 1D2o 230639.2 5.98E+06 D+ MC33 ‡, # 10b 2985.10(10) 33490.0 6s6d 3D1 5.5 197152.7 5d96s26p 1D2o 4.5,5.5,6.5 230639.2 MC33 4 2949.22(5) 33897.4 6s5f 3F3o 1.5,2.5,3.5 233957.5 6s7d 3D2 2.5 267858.6 MC33 5 2949.05(5) 33899.3 6s5f 3F3o 2.5,3.5,4.5 233957.5 6s7d 3D2 3.5 267858.6 MC33 6 2948.89(5) 33901.2 6s5f 3F3o 3.5,4.5,5.5 233957.5 6s7d 3D2 4.5 267858.6 MC33 cg 2948.79(8) 33902.3 2948.89(3) -0.1 6s5f 3F3o 233957.5 6s7d 3D2 267858.6 1.30E+09 C MC33 ‡ 7 2948.69(5) 33903.5 6s5f 3F3o 4.5,5.5,6.5 233957.5 6s7d 3D2 5.5 267858.6 MC33 10 2948.47(5) 33906.0 6s5f 3F3o 5.5,6.5,7.5 233957.5 6s7d 3D2 6.5 267858.6 MC33 B* 2936.69(10) 34042.0 6s7p 3P2o 3.5,4.5,5.5 232631.8 6s8s 3S1 3.5,4.5 266678.4 MC33 cg 2936.27(4) 34046.9 2936.29(3) -0.02 6s7p 3P2o 232631.8 6s8s 3S1 266678.4 1.02E+09 C MC33! ‡ 10 2936.17(5) 34048.0 6s7p 3P2o 2.5,3.5,4.5,6.5 232631.8 6s8s 3S1 3.5,4.5,5.5 266678.4 MC33 4 2935.83(5) 34052.0 6s7p 3P2o 5.5 232631.8 6s8s 3S1 5.5 266678.4 MC33 5b 2935.57(10) 34055.0 6s7p 3P2o 4.5 232631.8 6s8s 3S1 5.5 266678.4 MC33 1 2933.59(5) 34078.0 6s6d 3D2 5.5,6.5 197832.05 6s7p 1P1o 5.5 231915.18 MC33 cg 2933.17(6) 34082.8 2933.14(2) 0.03 6s6d 3D2 197832.05 6s7p 1P1o 231915.18 1.30E+08 C MC33! ‡ 10Bdl 2932.98(10) 34085.0 2933.00(2) -0.02 6p2 3P2 202436.0 6s5f 1F3o 236520.8 8.84E+08 C MC33 10Bdl 2932.98(10) 34085.0 6s6d 3D2 3.5,4.5,5.5 197832.05 6s7p 1P1o 3.5,4.5,5.5 231915.18 MC33 0b 2932.64(10) 34089.0 6s6d 3D2 2.5 197832.05 6s7p 1P1o 3.5 231915.18 MC33 10 2924.86(5) 34179.7 6s6d 3D3 7.5 199772.9 6s5f 3F30 6.5,7.5 233957.5 MC33 7 2924.63(5) 34182.4 6s6d 3D3 6.5 199772.9 6s5f 3F30 5.5,6.5,7.5 233957.5 MC33 cg 2924.43(3) 34184.7 2924.44(2) -0.01 6s6d 3D3 199772.9 6s5f 3F30 233957.5 2.62E+08 C MC33 ‡ 6 2924.42(5) 34184.8 6s6d 3D3 5.5 199772.9 6s5f 3F30 4.5,6.5,5.5 233957.5 MC33 6 2924.24(5) 34186.9 6s6d 3D3 4.5 199772.9 6s5f 3F30 3.5,4.5,5.5 233957.5 MC33 6 2924.08(5) 34188.8 6s6d 3D3 3.5 199772.9 6s5f 3F30 2.5,3.5,4.5 233957.5 MC33 5 2923.94(5) 34190.4 6s6d 3D3 2.5 199772.9 6s5f 3F30 1.5,2.5,3.5 233957.5 MC33 4 2923.83(5) 34191.7 6s6d 3D3 1.5 199772.9 6s5f 3F30 1.5,2.5 233957.5 MC33 10 2901.43(5) 34455.7 6s7s 3S1 5.5 197449.7 6s7p 1P1o 5.5 231915.18 MC33 9 2901.23(5) 34458.0 6s7s 3S1 4.5 197449.7 6s7p 1P1o 5.5 231915.18 MC33 8 2900.69(5) 34464.5 6s7s 3S1 5.5 197449.7 6s7p 1P1o 4.5 231915.18 MC33 cg 2900.66(8) 34464.8 2900.60(2) 0.06 6s7s 3S1 197449.7 6s7p 1P1o 231915.18 3.50E+08 C MC33! ‡ 8 2900.33(5) 34468.7 6s7s 3S1 3.5,4.5 197449.7 6s7p 1P1o 4.5 231915.18 MC33 8 2899.89(5) 34474.0 6s7s 3S1 4.5 197449.7 6s7p 1P1o 3.5 231915.18 MC33 7 2899.73(5) 34475.9 6s7s 3S1 3.5 197449.7 6s7p 1P1o 3.5 231915.18 MC33 10b 2888.07(10) 34615.0 5d96s26p 3D3o 1.5,2.5,3.5,4.5,5.5 233240.2 6s7d 3D2 2.5,3.5,4.5 267858.6 MC33 cg 2887.82(5) 34618.0 2887.79(2) 0.03 5d96s26p 3D3o 233240.2 6s7d 3D2 267858.6 5.92E+07 D+ MC33! ‡ 5 2887.71(5) 34619.4 5d96s26p 3D3o 4.5,5.5,6.5 233240.2 6s7d 3D2 5.5 267858.6 MC33 8 2887.49(5) 34622.0 5d96s26p 3D3o 5.5,6.5,7.5 233240.2 6s7d 3D2 6.5 267858.6 MC33 8b 2876.61(10) 34753.0 6s7p 1P1o 3.5 231915.18 6s8s 3S1 3.5 266678.4 MC33 10bdl 2876.11(10) 34759.0 6s7p 1P1o 4.5,3.5 231915.18 6s8s 3S1 4.5,3.5 266678.4 MC33 10bdl 2876.11(10) 34759.0 6s6d 3D1 4.5,5.5 197152.7 6s7p 1P1o 3.5,4.5 231915.18 MC33 2 2875.94(5) 34761.0 6s6d 3D1 3.5,4.5 197152.7 6s7p 1P1o 3.5,4.5 231915.18 MC33 cg 2875.87(6) 34761.9 2875.82(2) 0.05 6s6d 3D1 197152.7 6s7p 1P1o 231915.18 8.70E+07 C MC33! ‡ 9bdl 2875.78(10) 34763.0 6s7p 1P1o 4.5,5.5 231915.18 6s8s 3S1 4.5 266678.4 MC33 9bdl 2875.78(10) 34763.0 6s6d 3D1 3.5 197152.7 6s7p 1P1o 4.5,5.5 231915.18 MC33 cg 2875.73(5) 34763.6 2875.76(2) -0.03 6s7p 1P1o 231915.18 6s8s 3S1 266678.4 1.96E+08 C MC33! ‡ 8b 2875.61(10) 34765.0 6s6d 3D1 4.5 197152.7 6s7p 1P1o 5.5 231915.18 MC33 3 2875.29(5) 34768.9 6s7p 1P1o 4.5 231915.18 6s8s 3S1 5.5 266678.4 MC33 4 2875.10(5) 34771.2 6s7p 1P1o 5.5 231915.18 6s8s 3S1 5.5 266678.4 MC33 B 2872.72(10) 34800.0 2872.74(3) -0.02 6s6d 3D2 197832.05 6s7p 3P2o 232631.8 2.28E+08 C MC33 2 2842.30(5) 35172.4 6s7s 3S1 5.5 197449.7 6s7p 3P2o 4.5 232631.8 MC33 5 2842.07(5) 35175.3 6s7s 3S1 5.5 197449.7 6s7p 3P2o 5.5 232631.8 MC33 10b 2841.77(10) 35179.0 6s7s 3S1 5.5,4.5 197449.7 6s7p 3P2o 3.5,6.5 232631.8 MC33 4 2841.60(5) 35181.1 6s7s 3S1 4.5 197449.7 6s7p 3P2o 4.5 232631.8 MC33 cg 2841.58(5) 35181.3 2841.52(3) 0.06 6s7s 3S1 197449.7 6s7p 3P2o 232631.8 1.97E+09 C MC33! ‡ 10b 2841.28(10) 35185.0 6s7s 3S1 4.5,3.5 197449.7 6s7p 3P2o 2.5,3.5,5.5 232631.8 MC33 3 2841.02(5) 35188.3 6s7s 3S1 3.5 197449.7 6s7p 3P2o 4.5 232631.8 MC33 B 2838.06(14) 35225.0 2837.91(3) 0.15 6s7p 3P2o 232631.8 6s7d 3D2 267858.6 5.98E+08 C MC33 b 2834.76(10) 35266.0 2834.73(2) 0.03 6p2 3P2 202436.0 5d96s26p 1P1o 237702.4 1.01E+08 C MC33 10 2823.58(5) 35405.6 6s6d 3D2 6.5 197832.05 5d96s26p 3D3o 5.5,6.5,7.5 233240.2 MC33 8 2823.42(5) 35407.6 6s6d 3D2 5.5 197832.05 5d96s26p 3D3o 4.5,5.5,6.5 233240.2 MC33 cg 2823.35(3) 35408.5 2823.38(2) -0.03 6s6d 3D2 197832.05 5d96s26p 3D3o 233240.2 8.99E+07 D+ MC33 ‡ 7 2823.29(5) 35409.3 6s6d 3D2 4.5 197832.05 5d96s26p 3D3o 3.5,4.5,5.5 233240.2 MC33 6 2823.17(5) 35410.8 6s6d 3D2 3.5 197832.05 5d96s26p 3D3o 2.5,3.5,4.5 233240.2 MC33 5 2823.06(5) 35412.1 6s6d 3D2 2.5 197832.05 5d96s26p 3D3o 1.5,2.5,3.5 233240.2 MC33 9 2792.55(5) 35799.0 6s5f 3F3o 5.5,6.5,7.5 233957.5 6s7d 1D2 6.5 269760.54 MC33 6 2792.37(5) 35801.3 6s5f 3F3o 4.5,4.5,6.5 233957.5 6s7d 1D2 5.5 269760.54 MC33 cg 2792.28(5) 35802.5 2792.24(2) 0.04 6s5f 3F3o 233957.5 6s7d 1D2 269760.54 1.35E+08 C MC33! ‡ 10B 2792.08(9) 35805.0 6s5f 3F3o 1.5,2.5,3.5,4.5,5.5 233957.5 6s7d 1D2 2.5,3.5,4.5 269760.54 MC33 B 2785.63(9) 35888.0 2785.62(7) 0.01 6s6d 3D3 199772.9 6s5f 3F4o 235661.0 3.40E+09 C MC33! 6? 2782.03(9) 35934.4 6s7p 1P1o 3.5 231915.18 6s7d 3D2 2.5 267858.6 MC33 2 2781.89(5) 35936.2 6s7p 1P1o 3.5 231915.18 6s7d 3D2 3.5 267858.6 MC33 5 2781.69(5) 35938.7 6s7p 1P1o 3.5,4.5 231915.18 6s7d 3D2 3.5,4.5 267858.6 MC33 6 2781.50(5) 35941.2 6s7p 1P1o 4.5 231915.18 6s7d 3D2 4.5 267858.6 MC33 cg 2781.37(3) 35942.9 2781.33(2) 0.04 6s7p 1P1o 231915.18 6s7d 3D2 267858.6 1.63E+08 C MC33! ‡ 7 2781.29(5) 35943.9 6s7p 1P1o 4.5,5.5 231915.18 6s7d 3D2 4.5,5.5 267858.6 MC33 4 2781.10(5) 35946.4 6s7p 1P1o 5.5 231915.18 6s7d 3D2 5.5 267858.6 MC33 10blBi I 2780.87(9) 35949.4 6s7p 1P1o 5.5 231915.18 6s7d 3D2 6.5 267858.6 MC33 9b 2774.38(9) 36033.4 5d96s26p 1D2o 2.5,3.5,4.5 230639.2 6s8s 3S1 3.5 266678.4 MC33 9b 2774.00(9) 36038.4 5d96s26p 1D2o 3.5,4.5,5.5 230639.2 6s8s 3S1 4.5 266678.4 MC33 cg 2773.92(6) 36039.4 2773.94(3) -0.02 5d96s26p 1D2o 230639.2 6s8s 3S1 266678.4 1.86E+08 C MC33! ‡ 10b 2773.54(9) 36044.4 5d96s26p 1D2o 4.5,5.5,6.5 230639.2 6s8s 3S1 5.5 266678.4 MC33 B 2772.26(9) 36061.0 2772.16(4) 0.1 6s7p 3P2o 232631.8 6s7d 3D3 268694.1 4.01E+09 C MC33! 2767.89(9) 36118.0 2767.80(2) 0.09 6s7s 1S0 201583.3 5d96s26p 1P1o 237702.4 2.36E+08 C MC33 10 2767.57(5) 36122.1 6s6d 3D2 6.5 197832.05 6s5f 3F30 5.5,6.5,7.5 233957.5 MC33 8 2767.40(5) 36124.3 6s6d 3D2 5.5 197832.05 6s5f 3F30 4.5,5.5,6.5 233957.5 MC33 cg 2767.33(3) 36125.2 2767.31(2) 0.02 6s6d 3D2 197832.05 6s5f 3F30 233957.5 2.44E+09 C MC33 ‡ 7 2767.26(5) 36126.2 6s6d 3D2 4.5 197832.05 6s5f 3F30 3.5,4.5,5.5 233957.5 MC33 6 2767.13(5) 36127.9 6s6d 3D2 3.5 197832.05 6s5f 3F30 2.5,3.5,4.5 233957.5 MC33 5 2767.01(5) 36129.4 6s6d 3D2 2.5 197832.05 6s5f 3F30 1.5,2.5,3.5 233957.5 MC33 6 2755.87(5) 36275.5 6s7p 1P1o 3.5 231915.18 6s8s 1S0 4.5 268193.7 MC33 8 2755.72(5) 36277.4 6s7p 1P1o 4.5 231915.18 6s8s 1S0 4.5 268193.7 MC33 cg 2755.69(3) 36277.8 2755.64(2) 0.05 6s7p 1P1o 231915.18 6s8s 1S0 268193.7 3.91E+08 C MC33! ‡ 10 2755.55(5) 36279.7 6s7p 1P1o 5.5 231915.18 6s8s 1S0 4.5 268193.7 MC33 B 2737.41(9) 36520.0 2737.39(2) 0.02 5d96s26p 3D3o 233240.2 6s7d 1D2 269760.54 4.47E+06 E MC33 B 2720.20(20) 36751.0 2720.44(2) -0.2 6s6d 3D3 199772.9 6s5f 1F3o 236520.8 6.46E+05 D+ MC33 10B* 2693.02(9) 37122.0 6s7p 3P2o 6.5 232631.8 6s7d 1D2 5.5,6.5 269760.54 MC33 2b 2692.59(9) 37128.0 6s7p 3P2o 4.5,5.5 232631.8 6s7d 1D2 4.5,5.5,6.5 269760.54 MC33 cg 2692.56(5) 37128.4 2692.53(2) 0.03 6s7p 3P2o 232631.8 6s7d 1D2 269760.54 5.60E+07 D+ MC33 ‡ 3b 2692.30(9) 37132.0 6s7p 3P2o 3.5,4.5 232631.8 6s7d 1D2 3.5,4.5 269760.54 MC33 1 2692.15(4) 37134.0 6s7p 3P2o 2.5,3.5 232631.8 6s7d 1D2 2.5,3.5 269760.54 MC33 1b 2692.01(9) 37136.0 6s7p 3P2o 2.5 232631.8 6s7d 1D2 2.5 269760.54 MC33 6b 2686.29(9) 37215.0 5d96s26p 1D2o 2.5,3.5,4.5 230639.2 6s7d 3D2 2.5,3.5 267858.6 MC33 5b 2686.15(9) 37217.0 5d96s26p 1D2o 2.5,3.5,5.5 230639.2 6s7d 3D2 3.5,4.5 267858.6 MC33 6b 2686.00(9) 37219.0 5d96s26p 1D2o 3.5,4.5,6.5 230639.2 6s7d 3D2 4.5,5.5 267858.6 MC33 cg 2685.99(5) 37219.2 2685.97(2) 0.02 5d96s26p 1D2o 230639.2 6s7d 3D2 267858.6 1.46E+08 C MC33! ‡ 10b 2685.79(9) 37222.0 5d96s26p 1D2o 4.5,5.5,6.5 230639.2 6s7d 3D2 5.5,6.5 267858.6 MC33 10 2677.66(4) 37335.0 6s6d 3D2 6.5 197832.05 6s5f 3F2o 6.5 235173.2 MC33 4 2677.50(4) 37337.2 6s6d 3D2 6.5,5.5 197832.05 6s5f 3F2o 6.5,5.5 235173.2 MC33 3 2677.30(4) 37339.9 6s6d 3D2 5.5 197832.05 6s5f 3F2o 5.5 235173.2 MC33 cg 2677.21(3) 37341.2 2677.22(2) -0.01 6s6d 3D2 197832.05 6s5f 3F2o 235173.2 2.88E+08 C MC33! ‡ 8 2677.20(4) 37341.4 6s6d 3D2 4.5,5.5 197832.05 6s5f 3F2o 4.5,5.5 235173.2 MC33 8 2676.95(4) 37344.9 6s6d 3D2 3.5,4.5 197832.05 6s5f 3F2o 3.5,4.5 235173.2 MC33 9B 2676.72(9) 37348.0 6s6d 3D2 2.5,3.5 197832.05 6s5f 3F2o 2.5,3.5 235173.2 MC33 10B 2650.75(9) 37714.0 6s7s 3S1 5.5 197449.7 6s5f 3F2o 4.5,5.5,6.5 235173.2 MC33 cg 2650.08(6) 37723.5 2650.08(2) 0.00 6s7s 3S1 197449.7 6s5f 3F2o 235173.2 7.19E+05 D+ MC33 ‡ 9B 2649.93(9) 37725.6 6s7s 3S1 4.5 197449.7 6s5f 3F2o 3.5,4.5,5.5 235173.2 MC33 8B 2649.24(9) 37735.4 6s7s 3S1 3.5 197449.7 6s5f 3F2o 2.5,3.5,4.5 235173.2 MC33 19 2641.726(5) 37842.77 6s7p 1P1o 3.5 231915.18 6s7d 1D2 2.5 269760.54 CS70 21 2641.647(5) 37843.90 6s7p 1P1o 3.5 231915.18 6s7d 1D2 3.5 269760.54 CS70 32 2641.626(5) 37844.20 6s7p 1P1o 3.5 231915.18 6s7d 1D2 4.5 269760.54 CS70 32 2641.594(5) 37844.66 6s7p 1P1o 4.5 231915.18 6s7d 1D2 3.5 269760.54 CS70 33 2641.564(5) 37845.09 6s7p 1P1o 4.5 231915.18 6s7d 1D2 4.5 269760.54 CS70 cg 2641.544(4) 37845.37 2641.545(4) -0.001 6s7p 1P1o 231915.18 6s7d 1D2 269760.54 2.41E+09 C MC33ǃCS70 ‡ 100 2641.518(5) 37845.74 6s7p 1P1o 4.5 231915.18 6s7d 1D2 5.5 269760.54 CS70 47 2641.497(5) 37846.05 6s7p 1P1o 5.5 231915.18 6s7d 1D2 4.5 269760.54 CS70 25 2641.469(5) 37846.45 6s7p 1P1o 5.5 231915.18 6s7d 1D2 5.5 269760.54 CS70 7 2641.437(5) 37846.91 6s7p 1P1o 5.5 231915.18 6s7d 1D2 6.5 269760.54 CS70 B 2629.41(9) 38020.0 2629.38(2) 0.03 6s6d 3D1 197152.7 6s5f 3F2o 235173.2 1.83E+09 C MC33! 6b 2627.36(9) 38049.6 5d96s26p 1D2o 2.5,3.5 230639.2 6s7d 3D3 1.5,2.5 268694.1 MC33 5 2627.23(4) 38051.5 5d96s26p 1D2o 3.5,4.5,5.5 230639.2 6s7d 3D3 3.5,4.5 268694.1 MC33 5 2627.14(4) 38052.9 5d96s26p 1D2o 2.5,4.5,6.5 230639.2 6s7d 3D3 3.5,4.5,5.5 268694.1 MC33 6 2627.04(4) 38054.3 5d96s26p 1D2o 3.5,5.5 230639.2 6s7d 3D3 4.5,5.5 268694.1 MC33 cg 2626.98(3) 38055.2 2627.00(3) -0.02 5d96s26p 1D2o 230639.2 6s7d 3D3 268694.1 7.64E+08 C MC33! ‡ 7 2626.93(4) 38055.9 5d96s26p 1D2o 6.5,4.5 230639.2 6s7d 3D3 6.5,5.5 268694.1 MC33 10 2626.78(4) 38058.0 5d96s26p 1D2o 5.5 230639.2 6s7d 3D3 6.5 268694.1 MC33 2 2626.72(4) 38059.0 5d96s26p 1D2o 6.5 230639.2 6s7d 3D3 7.5 268694.1 MC33 7 2593.86(4) 38541.0 5d96s26p 3P1o 3.5,4.5 228129.4 6s8s 3S1 3.5 266678.4 MC33 4 2593.47(4) 38546.8 5d96s26p 3P1o 3.5 228129.4 6s8s 3S1 4.5 266678.4 MC33 4 2593.37(4) 38548.3 5d96s26p 3P1o 4.5,5.5 228129.4 6s8s 3S1 4.5 266678.4 MC33 cg 2593.34(3) 38548.8 2593.33(2) 0.01 5d96s26p 3P1o 228129.4 6s8s 3S1 266678.4 8.92E+07 D+ MC33! ‡ 10 2592.92(4) 38555.0 5d96s26p 3P1o 4.5,5.5 228129.4 6s8s 3S1 5.5 266678.4 MC33 10 2584.21(4) 38685.0 6s6d 3D2 6.5 197832.05 6s5f 1F3o 5.5,6.5,7.5 236520.8 MC33 8 2584.04(4) 38687.5 6s6d 3D2 5.5 197832.05 6s5f 1F3o 4.5,5.5,6.5 236520.8 MC33 cg 2583.99(3) 38688.3 2583.957(14) 0.03 6s6d 3D2 197832.05 6s5f 1F3o 236520.8 7.04E+07 D+ MC33 ‡ 7 2583.93(4) 38689.1 6s6d 3D2 4.5 197832.05 6s5f 1F3o 3.5,4.5,5.5 236520.8 MC33 6 2583.81(4) 38690.9 6s6d 3D2 3.5 197832.05 6s5f 1F3o 2.5,3.5,4.5 236520.8 MC33 5 2583.71(4) 38692.5 6s6d 3D2 2.5 197832.05 6s5f 1F3o 1.5,2.5,3.5 236520.8 MC33 10b 2555.73(8) 39116.0 5d96s26p 1D2o 6.5 230639.2 6s7d 1D2 6.5 269760.54 MC33 2b 2555.60(8) 39118.0 5d96s26p 1D2o 5.5,6.5 230639.2 6s7d 1D2 5.5,6.5 269760.54 MC33 cg 2555.44(4) 39120.5 2555.38(2) 0.06 5d96s26p 1D2o 230639.2 6s7d 1D2 269760.54 1.76E+07 D+ MC33 ‡ 6b 2555.41(8) 39121.0 5d96s26p 1D2o 4.5,5.5 230639.2 6s7d 1D2 4.5,5.5 269760.54 MC33 6b 2555.27(8) 39123.0 5d96s26p 1D2o 3.5,4.5 230639.2 6s7d 1D2 3.5,4.5 269760.54 MC33 5b 2555.14(8) 39125.0 5d96s26p 1D2o 2.5,3.5 230639.2 6s7d 1D2 2.5,3.5 269760.54 MC33 b 2545.19(8) 39278.0 2545.09(2) 0.1 6p2 3P1 185015.7 5d96s26p 3F2o 224295.2 1.89E+05 D+ MC33 # 10 2534.48(4) 39444.0 5d96s26p 3P1o 4.5,5.5 228129.4 6s7d 3D1 5.5 267576.9 MC33 cg 2534.25(3) 39447.6 2534.25(2) 0.00 5d96s26p 3P1o 228129.4 6s7d 3D1 267576.9 7.86E+07 D+ MC33! ‡ 4 2534.25(4) 39447.5 5d96s26p 3P1o 5.5 228129.4 6s7d 3D1 4.5 267576.9 MC33 4 2534.16(4) 39449.0 5d96s26p 3P1o 3.5,4.5 228129.4 6s7d 3D1 4.5 267576.9 MC33 7 2533.98(4) 39451.7 5d96s26p 3P1o 3.5,4.5 228129.4 6s7d 3D1 3.5 267576.9 MC33 10 2526.31(4) 39571.5 2526.32(2) -0.01 6p2 3P1 185015.7 6s1/2,F1=47p1/2 3P0o 4.5 224587.1 MC33 2 2525.34(4) 39586.8 2525.34(2) 0.00 6p2 3P1 185015.7 6s1/2,F1=47p1/2 3P1o 3.5 224602.4 MC33 blBi II 2524.94(8) 39593.0 2524.94(2) 0.00 6p2 3P1 185015.7 6s1/2,F1=57p1/2 3P1o 4.5 224608.7 MC33 blBi I 2524.56(8) 39599.0 2524.59(2) -0.03 6p2 3P1 185015.7 6s1/2,F1=57p1/2 3P1o 5.5 224614.2 MC33 5 2516.55(4) 39725.0 5d96s26p 3P1o 3.5,4.5 228129.4 6s7d 3D2 2.5,3.5 267858.6 MC33 4 2516.44(4) 39726.7 5d96s26p 3P1o 3.5,5.5 228129.4 6s7d 3D2 3.5,4.5 267858.6 MC33 5 2516.32(4) 39728.6 5d96s26p 3P1o 3.5,4.5 228129.4 6s7d 3D2 4.5 267858.6 MC33 cg 2516.27(3) 39729.4 2516.28(2) -0.01 5d96s26p 3P1o 228129.4 6s7d 3D2 267858.6 4.64E+08 C MC33! ‡ 6 2516.19(4) 39730.7 5d96s26p 3P1o 4.5,5.5 228129.4 6s7d 3D2 5.5 267858.6 MC33 10 2516.04(4) 39733.0 5d96s26p 3P1o 5.5 228129.4 6s7d 3D2 6.5 267858.6 MC33 10 2507.58(4) 39867.0 6s6d 3D2 6.5 197832.05 5d96s26p 1P1o 5.5 237702.4 MC33 8 2507.41(4) 39869.8 6s6d 3D2 5.5 197832.05 5d96s26p 1P1o 4.5,5.5 237702.4 MC33 cg 2507.34(3) 39870.9 2507.374(13) -0.03 6s6d 3D2 197832.05 5d96s26p 1P1o 237702.4 1.03E+07 D+ MC33 ‡, # 6 2507.25(4) 39872.4 6s6d 3D2 4.5 197832.05 5d96s26p 1P1o 3.5,4.5,5.5 237702.4 MC33 5 2507.14(4) 39874.0 6s6d 3D2 3.5 197832.05 5d96s26p 1P1o 3.5,4.5 237702.4 MC33 5 2507.04(4) 39875.7 6s6d 3D2 2.5 197832.05 5d96s26p 1P1o 3.5 237702.4 MC33 blBi II 2495.13(8) 40066.0 2495.24(2) -0.11 5d96s26p 3P1o 228129.4 6s8s 1S0 268193.7 1.13E+08 C MC33 2491.03(4) 40132.0 2491.06(2) -0.03 6p2 1D2 184163.72 5d96s26p 3F2o 224295.2 1.17E+06 D+ MC33 10 2484.00(4) 40245.5 6s7s 3S1 5.5 197449.7 5d96s26p 1P1o 4.5,5.5 237702.4 MC33 cg 2483.54(4) 40253.0 2483.556(13) -0.02 6s7s 3S1 197449.7 5d96s26p 1P1o 237702.4 4.99E+07 D+ MC33 ‡ 8b 2483.44(8) 40254.6 6s7s 3S1 4.5 197449.7 5d96s26p 1P1o 3.5,4.5,5.5 237702.4 MC33 8 2482.98(4) 40262.0 6s7s 3S1 3.5 197449.7 5d96s26p 1P1o 3.5,4.5 237702.4 MC33 2b 2472.93(12) 40425.7 2473.07(2) -0.14 6p2 1D2 184163.72 6s1/2,F1=47p1/2 3P0o 4.5 224587.1 MC33! 10b 2471.90(20) 40442.3 2472.13(2) -0.2 6p2 1D2 184163.72 6s1/2,F1=47p1/2 3P1o 3.5 224602.4 MC33 7b 2471.60(20) 40447.9 2471.75(2) -0.2 6p2 1D2 184163.72 6s1/2,F1=57p1/2 3P1o 4.5 224608.7 MC33! 9b 2471.33(8) 40451.8 2471.41(2) -0.08 6p2 1D2 184163.72 6s1/2,F1=57p1/2 3P1o 5.5 224614.2 MC33 8 2465.58(4) 40546.1 6s6d 3D1 3.5 197152.7 5d96s26p 1P1o 3.5,4.5 237702.4 MC33 6b 2465.44(8) 40548.5 6s6d 3D1 4.5 197152.7 5d96s26p 1P1o 3.5,4.5,5.5 237702.4 MC33 cg 2465.41(4) 40548.9 2465.364(14) 0.05 6s6d 3D1 197152.7 5d96s26p 1P1o 237702.4 1.07E+07 D+ MC33 ‡ 10 2465.25(4) 40551.5 6s6d 3D1 5.5 197152.7 5d96s26p 1P1o 4.5,5.5 237702.4 MC33 10 2401.54(4) 41627.3 5d96s26p 3P1o 5.5 228129.4 6s7d 1D2 6.5 269760.54 MC33 6 2401.39(4) 41629.9 5d96s26p 3P1o 4.5,5.5 228129.4 6s7d 1D2 5.5 269760.54 MC33 cg 2401.33(3) 41630.9 2401.317(12) 0.01 5d96s26p 3P1o 228129.4 6s7d 1D2 269760.54 2.74E+08 C MC33! ‡ 5 2401.27(4) 41632.0 5d96s26p 3P1o 3.5,4.5,5.5 228129.4 6s7d 1D2 4.5 269760.54 MC33 4 2401.16(4) 41633.9 5d96s26p 3P1o 3.5,4.5 228129.4 6s7d 1D2 3.5 269760.54 MC33 4b 2401.04(7) 41636.0 5d96s26p 3P1o 3.5 228129.4 6s7d 1D2 2.5 269760.54 MC33 3 2376.79(4) 42060.8 6s1/2,F1=57p1/2 3P1o 4.5 224608.7 6s8s 3S1 3.5 266678.4 MC33 8 2376.68(4) 42062.6 6s1/2,F1=57p1/2 3P1o 5.5 224614.2 6s8s 3S1 4.5 266678.4 MC33 cg 2376.44(13) 42067.0 2376.59(2) -0.15 6s1/2,F1=57p1/2 3P1o 5.5 224614.2 6s8s 3S1 266678.4 MC33! ‡ 5 2376.40(4) 42067.6 6s1/2,F1=57p1/2 3P1o 4.5 224608.7 6s8s 3S1 4.5 266678.4 MC33 cg 2376.25(6) 42070.3 2376.28(2) -0.03 6s1/2,F1=57p1/2 3P1o 4.5 224608.7 6s8s 3S1 266678.4 MC33! ‡ 10 2376.24(4) 42070.4 6s1/2,F1=57p1/2 3P1o 5.5 224614.2 6s8s 3S1 5.5 266678.4 MC33 7 2376.05(11) 42073.8 2375.93(2) 0.12 6s1/2,F1=47p1/2 3P1o 3.5 224602.4 6s8s 3S1 266678.4 MC33 9 2375.97(4) 42075.2 6s1/2,F1=57p1/2 3P1o 4.5 224608.7 6s8s 3S1 5.5 266678.4 MC33 10 2375.52(4) 42083.2 6s1/2,F1=47p1/2 3P0o 4.5 224587.1 6s8s 3S1 3.5 266678.4 MC33 cg 2375.16(6) 42089.6 2375.06(2) 0.1 6s1/2,F1=47p1/2 3P0o 4.5 224587.1 6s8s 3S1 266678.4 MC33 ‡ 9 2375.16(4) 42089.6 6s1/2,F1=47p1/2 3P0o 4.5 224587.1 6s8s 3S1 4.5 266678.4 MC33 8 2374.71(4) 42097.5 6s1/2,F1=47p1/2 3P0o 4.5 224587.1 6s8s 3S1 5.5 266678.4 MC33 6b 2327.02(7) 42960.2 6s1/2,F1=57p1/2 3P1o 5.5 224614.2 6s7d 3D1 5.5 267576.9 MC33 cg 2326.93(6) 42961.9 2326.89(2) 0.04 6s1/2,F1=57p1/2 3P1o 5.5 224614.2 6s7d 3D1 267576.9 MC33 ‡ 5 2326.83(4) 42963.7 6s1/2,F1=57p1/2 3P1o 5.5 224614.2 6s7d 3D1 4.5 267576.9 MC33 3b 2326.59(7) 42968.2 6s1/2,F1=57p1/2 3P1o 4.5 224608.7 6s7d 3D1 4.5 267576.9 MC33 cg 2326.46(13) 42971.0 2326.59(2) -0.13 6s1/2,F1=57p1/2 3P1o 4.5 224608.7 6s7d 3D1 267576.9 MC33! ‡ 7 2326.41(4) 42971.5 6s1/2,F1=57p1/2 3P1o 4.5 224608.7 6s7d 3D1 3.5 267576.9 MC33 5 2326.21(4) 42975.2 6s1/2,F1=47p1/2 3P1o 3.5 224602.4 6s7d 3D1 4.5 267576.9 MC33 cg 2326.15(10) 42976.0 2326.25(2) -0.10 6s1/2,F1=47p1/2 3P1o 3.5 224602.4 6s7d 3D1 267576.9 MC33! ‡ 3 2326.05(4) 42978.2 6s1/2,F1=47p1/2 3P1o 3.5 224602.4 6s7d 3D1 3.5 267576.9 MC33 10b 2325.55(7) 42987.3 6s1/2,F1=47p1/2 3P0o 4.5 224587.1 6s7d 3D1 5.5 267576.9 MC33 cg 2325.40(6) 42990.2 2325.42(2) -0.02 6s1/2,F1=47p1/2 3P0o 4.5 224587.1 6s7d 3D1 267576.9 MC33 ‡ 8 2325.37(4) 42990.8 6s1/2,F1=47p1/2 3P0o 4.5 224587.1 6s7d 3D1 4.5 267576.9 MC33 6b 2325.21(7) 42993.7 6s1/2,F1=47p1/2 3P0o 4.5 224587.1 6s7d 3D1 3.5 267576.9 MC33 B 2320.93(7) 43073.0 2320.92(5) 0.01 5d96s26p 3F4o 225621.0 6s7d 3D3 268694.1 1.33E+08 E MC33! 2318.83(8) 43112.0 2318.736(13) 0.09 6p2 3P1 185015.7 5d96s26p 3P1o 28129.4 6.50E+04 D+ MC33 # 6 2311.64(4) 43246.0 6s1/2,F1=57p1/2 3P1o 5.5 224614.2 6s7d 3D2 5.5 267858.6 MC33 cg 2311.52(10) 43248.0 2311.73(2) -0.21 6s1/2,F1=57p1/2 3P1o 5.5 224614.2 6s7d 3D2 267858.6 MC33 ‡ 6 2311.53(4) 43248.0 6s1/2,F1=57p1/2 3P1o 4.5 224608.7 6s7d 3D2 4.5 267858.6 MC33 10 2311.45(4) 43249.5 6s1/2,F1=57p1/2 3P1o 5.5 224614.2 6s7d 3D2 6.5 267858.6 MC33 cg 2311.44(4) 43249.8 2311.43(2) 0.01 6s1/2,F1=57p1/2 3P1o 4.5 224608.7 6s7d 3D2 267858.6 MC33! ‡ 7 2311.37(4) 43251.1 6s1/2,F1=57p1/2 3P1o 4.5 224608.7 6s7d 3D2 5.5 267858.6 MC33 5 2311.27(4) 43253.0 6s1/2,F1=47p1/2 3P1o 3.5 224602.4 6s7d 3D2 3.5 267858.6 MC33 cg 2311.23(8) 43253.7 2311.10(2) 0.13 6s1/2,F1=47p1/2 3P1o 3.5 224602.4 6s7d 3D2 267858.6 MC33 ‡ 3 2311.16(4) 43255.0 6s1/2,F1=47p1/2 3P1o 3.5 224602.4 6s7d 3D2 4.5 267858.6 MC33 0 2310.43(4) 43268.7 6s1/2,F1=47p1/2 3P0o 4.5 224587.1 6s7d 3D2 3.5 267858.6 MC33 1 2310.32(4) 43270.7 6s1/2,F1=47p1/2 3P0o 4.5 224587.1 6s7d 3D2 4.5 267858.6 MC33 cg 2310.26(3) 43271.9 2310.28(2) -0.02 6s1/2,F1=47p1/2 3P0o 4.5 224587.1 6s7d 3D2 267858.6 MC33 ‡ 2 2310.20(4) 43273.0 6s1/2,F1=47p1/2 3P0o 4.5 224587.1 6s7d 3D2 5.5 267858.6 MC33 B 2294.71(7) 43565.0 2294.80(2) -0.09 5d96s26p 3F2o 224295.2 6s7d 3D2 267858.6 2.54E+05 D+ MC33 # 8 2293.91(3) 43580.2 2293.95(2) -0.04 6s1/2,F1=57p1/2 3P1o 5.5 224614.2 6s8s 1S0 268193.7 MC33 7 2293.66(3) 43585.0 2293.66(2) 0.00 6s1/2,F1=57p1/2 3P1o 4.5 224608.7 6s8s 1S0 268193.7 MC33! 10 2293.30(3) 43591.8 2293.33(2) -0.03 6s1/2,F1=47p1/2 3P1o 3.5 224602.4 6s8s 1S0 268193.7 MC33 1 2292.45(7) 43608.0 2292.52(2) -0.07 6s1/2,F1=47p1/2 3P0o 4.5 224587.1 6s8s 1S0 268193.7 MC33 2273.78(3) 43966.0 2273.799(11) -0.02 6p2 1D2 184163.72 5d96s26p 3P1o 228129.4 5.90E+07 D+ MC33 B 2251.60(7) 44399.0 2251.61(2) -0.01 5d96s26p 3F2o 224295.2 6s7d 3D3 268694.1 2.98E+07 D+ MC33! blHg III 2214.39(7) 45145.0 2214.329(14) 0.06 6s1/2,F1=57p1/2 3P1o 5.5 224614.2 6s7d 1D2 269760.54 MC33 blBi II 2214.00(7) 45153.0 2214.059(13) -0.06 6s1/2,F1=57p1/2 3P1o 4.5 224608.7 6s7d 1D2 269760.54 MC33! blBi III 2213.60(20) 45162.0 2213.75(2) -0.2 6s1/2,F1=47p1/2 3P1o 3.5 224602.4 6s7d 1D2 269760.54 MC33 b 2198.81(7) 45465.0 2198.79(2) 0.02 5d96s26p 3F2o 224295.2 6s7d 1D2 269760.54 2.58E+05 E MC33 # 2150.97(3) 46476.0 2150.995(12) -0.03 6p2 1D2 184163.72 5d96s26p 1D2o 230639.2 1.06E+05 D+ MC33 # b 2099.51(6) 47615.0 2099.46(2) 0.05 6p2 3P1 185015.7 6s7p 3P2o 232631.8 9.23E+04 D+ MC33 # 10b 2093.65(6) 47748.3 6p2 1D2 4.5,5.5,6.5 184163.72 6s7p 1P1o 5.5 231915.18 MC33 cg 2093.53(4) 47751.0 2093.511(8) 0.02 6p2 1D2 184163.72 6s7p 1P1o 231915.18 3.23E+08 C MC33! ‡ 8b 2093.49(6) 47752.0 6p2 1D2 3.5,4.5,5.5 184163.72 6s7p 1P1o 4.5 231915.18 MC33 6b 2093.37(6) 47754.8 6p2 1D2 2.5,3.5,4.5 184163.72 6s7p 1P1o 3.5 231915.18 MC33 50 1924.962(7) 51949.1 6s6p 1P1o 5.5 114603.81 6p2 3P0 4.5 166554.31 TW 75 1924.910(7) 51950.5 6s6p 1P1o 4.5 114603.81 6p2 3P0 4.5 166554.31 TW cg 1924.909(5) 51950.5 1924.909(5) 0.000 6s6p 1P1o 114603.81 6p2 3P0 166554.31 1.11E+07 D+ MC33!TW ‡,# 100 1924.828(7) 51952.7 6s6p 1P1o 3.5 114603.81 6p2 3P0 4.5 166554.31 TW 280 1909.956(7) 52357.2 1909.961(6) -0.005 6p2 1D2 184163.72 6s5f 1F3o 236520.8 2.73E+09 C MC33TW 265 1867.813(7) 53538.6 1867.808(6) 0.005 6p2 1D2 184163.72 5d96s26p 1P1o 237702.4 1.40E+08 D+ MC33TW 250 1437.607(6) 69560.0 1437.610(3) -0.003 6s6p 1P1o 114603.81 6p2 1D2 184163.72 4.64E+08 D+ MC33!TW # 250 1420.215(6) 70411.9 1420.215(4) 0.000 6s6p 1P1o 114603.81 6p2 3P1 185015.7 1.31E+08 D+ MC33!TW 280* 1317.176(12) 75920.0 6s2 1S0 4.5 0.0 6s6p 3P1o 3.5 75927.7 MC33ǂTW 280* 1317.067(12) 75926.3 6s2 1S0 4.5 0.0 6s6p 3P1o 4.5 75927.7 MC33ǂTW cg 1317.045(8) 75927.5 1317.042(7) 0.003 6s2 1S0 0.0 6s6p 3P1o 75927.7 5.39E+08 E MC33ǂTW ‡ 280* 1316.939(12) 75933.7 6s2 1S0 4.5 0.0 6s6p 3P1o 5.5 75927.7 MC33ǂTW 230 1220.857(6) 81909.7 1220.854(4) 0.003 6s6d 3D2 197832.05 6p6d 3F2o 279741.9 1.75E+09 C TW* 260 1211.407(6) 82548.6 1211.403(3) 0.004 6s6p 1P1o 114603.81 6s6d 3D1 197152.7 2.73E+08 D+ MC33!TW 260 1210.808(6) 82589.5 1210.812(4) -0.004 6s6d 3D1 197152.7 6p6d 3F2o 279741.9 4.02E+09 D+ TW* 160 1207.205(6) 82836.0 6s6p 1P1o 3.5,4.5 114603.81 6s7s 3S1 3.5 197449.7 MC33TW 160 1207.089(6) 82843.9 6s6p 1P1o 3.5,4.5,5.5 114603.81 6s7s 3S1 4.5 197449.7 MC33TW cg 1207.064(5) 82845.6 1207.060(3) 0.004 6s6p 1P1o 114603.81 6s7s 3S1 197449.7 2.00E+08 D+ MC33!TW ‡ 160 1206.950(6) 82853.5 6s6p 1P1o 4.5,5.5 114603.81 6s7s 3S1 5.5 197449.7 MC33TW 130 1201.585(6) 83223.4 6s6p 1P1o 5.5 114603.81 6s6d 3D2 5.5,6.5 197832.05 TW 180 1201.532(6) 83227.1 6s6p 1P1o 4.5,5.5 114603.81 6s6d 3D2 4.5,5.5 197832.05 TW cg 1201.513(5) 83228.4 1201.515(3) -0.002 6s6p 1P1o 114603.81 6s6d 3D2 197832.05 1.80E+08 D+ MC33!TW ‡,# 180 1201.447(6) 83233.0 6s6p 1P1o 3.5,4.5,5.5 114603.81 6s6d 3D2 2.5,3.5,4.5 197832.05 TW 230 1180.184(6) 84732.6 1180.183(4) 0.001 6p2 3P2 202436.0 6p6d 3F3o 287168.6 8.40E+09 C TW* 230bl 1172.286(12) 85303.4 1172.285(4) 0.001 6s7s 1S0 201583.3 6p7s 3P1o 286886.8 1.60E+09 C TW* 10 1170.066(6) 85465.3 1170.064(3) 0.002 6p2 3P2 202436.0 6p6d 3D1o 287901.4 8.41E+08 D+ TW 30 1158.505(6) 86318.1 1158.506(3) -0.001 6s7s 1S0 201583.3 6p6d 3D1o 287901.4 5.13E+08 D+ TW 270 1149.695(6) 86979.6 1149.696(3) -0.001 6s6p 1P1o 114603.81 6s7s 1S0 201583.3 2.06E+09 C MC33!TW 280 1148.370(6) 87079.9 1148.369(4) 0.001 6s6d 3D3 199772.9 6p6d 3D2o 286852.9 6.27E+09 C TW 275 1144.218(6) 87395.9 1144.221(4) -0.003 6s6d 3D3 199772.9 6p6d 3F3o 287168.6 6.25E+09 C TW* 270 1139.740(6) 87739.3 1139.742(3) -0.002 6s6p 3P2o 96424.6 6p2 1D2 184163.72 3.24E+09 C MC33!TW 230 1138.557(6) 87830.5 1138.561(5) -0.004 6s7s 3S1 197449.7 6p7s 3P0o 285279.9 1.94E+09 C TW* 280 1138.535(6) 87832.2 1138.535(3) 0.000 6s6p 1P1o 114603.81 6p2 3P2 202436.0 2.31E+09 C MC33!TW 290 1128.858(6) 88585.1 6s6p 3P2o 6.5 96424.6 6p2 3P1 5.5 185015.7 TW 290 1128.804(6) 88589.3 6s6p 3P2o 5.5 96424.6 6p2 3P1 4.5,5.5 185015.7 TW cg 1128.783(5) 88591.0 1128.782(3) 0.001 6s6p 3P2o 96424.6 6p2 3P1 185015.7 4.36E+09 C MC33!TW ‡ 290 1128.753(6) 88593.3 6s6p 3P2o 4.5 96424.6 6p2 3P1 3.5,4.5,5.5 185015.7 TW 290 1128.728(6) 88595.3 6s6p 3P2o 3.5 96424.6 6p2 3P1 3.5,4.5 185015.7 TW 290 1128.691(6) 88598.2 6s6p 3P2o 2.5 96424.6 6p2 3P1 3.5 185015.7 TW 95 1122.905(6) 89054.7 1122.905(3) 0.000 6s6d 3D2 197832.05 6p7s 3P1o 286886.8 5.48E+08 D TW 260 1119.361(6) 89336.7 1119.363(3) -0.002 6s6d 3D2 197832.05 6p6d 3F3o 287168.6 3.89E+09 D+ TW* 80 1118.181(6) 89431.0 6s7s 3S1 5.5 197449.7 6p7s 3P1o 4.5,5.5 286886.8 TW cg 1118.102(5) 89437.3 1118.104(3) -0.002 6s7s 3S1 197449.7 6p7s 3P1o 286886.8 2.81E+09 D+ TW ‡ 80 1118.082(6) 89438.9 6s7s 3S1 4.5 197449.7 6p7s 3P1o 3.5,4.5,5.5 286886.8 TW 60 1118.010(6) 89444.6 6s7s 3S1 3.5 197449.7 6p7s 3P1o 3.5,4.5 286886.8 TW m 1114.404(4) 6s6d 3D1 197152.7 6p7s 3P1o 286886.8 3.69E+08 D+ TW 285 1110.258(6) 90069.2 1110.256(3) 0.002 6s6d 3D2 197832.05 6p6d 3D1o 287901.4 3.61E+09 C TW* 70 1105.558(6) 90452.1 1105.562(3) -0.004 6s7s 3S1 197449.7 6p6d 3D1o 287901.4 1.51E+09 C TW 250 1103.500(6) 90620.8 6s6p 3P1o 5.5 75927.7 6p2 3P0 4.5 166554.31 MC33TW cg 1103.429(5) 90626.6 1103.429(3) 0.000 6s6p 3P1o 75927.7 6p2 3P0 166554.31 3.88E+09 C MC33!TW ‡ 250 1103.417(6) 90627.6 6s6p 3P1o 4.5 75927.7 6p2 3P0 4.5 166554.31 MC33TW 250 1103.336(6) 90634.2 6s6p 3P1o 3.5 75927.7 6p2 3P0 4.5 166554.31 MC33TW 265bl 1101.920(20) 90750.7 1101.944(3) -0.02 6s6d 3D1 197152.7 6p6d 3D1o 287901.4 8.23E+08 D+ TW* 210 1083.630(6) 92282.4 1083.630(4) 0.000 6s6d 1D2 217825.6 6p6d 3D3o 310108.0 9.40E+08 D+ TW # 250 1062.595(6) 94109.2 1062.593(4) 0.002 6s6d 1D2 217825.6 6p7s 3P2o 311935.0 4.42E+09 C TW* 5 1055.675(6) 94726.1 1055.674(3) 0.001 6p2 3P1 185015.7 6p6d 3F2o 279741.9 8.73E+07 D+ TW 270 1046.264(6) 95578.2 1046.264(3) 0.000 6p2 1D2 184163.72 6p6d 3F2o 279741.9 4.63E+09 C TW 200 997.369(6) 100263.8 997.365(4) 0.004 6p2 3P1 185015.7 6p7s 3P0o 285279.9 3.02E+09 C TW 150 992.853(6) 100719.8 6s6p 3P2o 4.5,5.5,6.5 96424.6 6s6d 3D1 5.5,4.5 197152.7 MC33TW cg 992.774(7) 100727.9 992.772(2) 0.002 6s6p 3P2o 96424.6 6s6d 3D1 197152.7 3.32E+08 D+ MC33!TW ‡ 150bl 992.681(12) 100737.3 6s6p 3P2o 2.5,3.5,4.5 96424.6 6s6d 3D1 3.5.4.5 197152.7 MC33TW 295 989.850(6) 101025.4 989.853(2) -0.003 6s6p 3P2o 96424.6 6s7s 3S1 197449.7 6.33E+09 C MC33!TW 290 986.119(6) 101407.6 986.121(2) -0.002 6s6p 3P2o 96424.6 6s6d 3D2 197832.05 2.39E+09 C MC33!TW 280 981.958(6) 101837.3 981.959(3) -0.001 6p2 3P1 185015.7 6p6d 3D2o 286852.9 1.97E+10 C TW* 270 981.633(6) 101871.1 981.633(3) 0.000 6p2 3P1 185015.7 6p7s 3P1o 286886.8 3.45E+09 C TW* 280 973.814(6) 102689.0 973.812(3) 0.002 6p2 1D2 184163.72 6p6d 3D2o 286852.9 5.48E+09 C TW 260 973.494(6) 102722.8 973.491(2) 0.003 6p2 1D2 184163.72 6p7s 3P1o 286886.8 3.39E+09 C TW 240 970.831(6) 103004.5 970.828(3) 0.003 6p2 1D2 184163.72 6p6d 3F3o 287168.6 6.49E+09 C TW* 295 968.785(6) 103222.1 968.788(3) -0.003 6s6p 1P1o 114603.81 6s6d 1D2 217825.6 4.22E+10 C MC33!TW 295 967.600(6) 103348.5 967.602(2) -0.002 6s6p 3P2o 96424.6 6s6d 3D3 199772.9 3.02E+10 C MC33!TW 230 963.973(6) 103737.3 963.970(2) 0.003 6p2 1D2 184163.72 6p6d 3D1o 287901.4 7.67E+08 D+ TW # 110 957.065(6) 104486.1 957.066(3) -0.001 6p2 3P2 202436.0 6p6d 1D2o 306922.0 1.63E+09 D+ TW # 295B 956.535(12) 104544.0 956.524(7) 0.011 6s6d 1D2 217825.6 6p6d 1F3o 322370.8 8.04E+10 C TW* 275 943.349(6) 106005.3 6s6p 3P2o 5.5,6.5 96424.6 6p2 3P2 5.5,6.5 202436.0 MC33TW cg 943.296(5) 106011.3 943.295(2) 0.001 6s6p 3P2o 96424.6 6p2 3P2 202436.0 1.63E+10 C MC33!TW ‡ 275 943.292(6) 106011.7 6s6p 3P2o 4.5,5.5 96424.6 6p2 3P2 3.5,4.5,5.5 202436.0 MC33TW 275 943.235(6) 106018.1 6s6p 3P2o 2.5,3.5 96424.6 6p2 3P2 2.5,3.5,4.5 202436.0 MC33TW 280 933.283(6) 107148.6 933.279(3) 0.004 6s6d 3D3 199772.9 6p6d 1D2o 306922.0 2.08E+09 C TW 290B 932.883(12) 107194.6 6s6d 3D3 199772.9 6p6d 3F4o 306967.5 3.52E+10 C TW 290bl 928.737(12) 107673.1 928.747(3) -0.01 6p2 3P2 202436.0 6p6d 3D3o 310108.0 2.06E+10 C TW 280 923.942(6) 108231.9 6s6p 3P1o 5.5 75927.7 6p2 1D2 4.5,5.5,6.5 184163.72 MC33TW cg 923.906(5) 108236.1 923.907(2) -0.001 6s6p 3P1o 75927.7 6p2 1D2 184163.72 2.97E+09 C MC33!TW ‡ 280 923.902(6) 108236.6 6s6p 3P1o 4.5 75927.7 6p2 1D2 3.5,4.5,5.5 184163.72 MC33TW 280 923.856(6) 108242.0 6s6p 3P1o 3.5 75927.7 6p2 1D2 2.5,3.5,4.5 184163.72 MC33TW 270 916.741(6) 109082.1 6s6p 3P1o 5.5 75927.7 6p2 3P1 4.5,5.5 185015.7 MC33TW cg 916.690(5) 109088.1 916.691(2) -0.001 6s6p 3P1o 75927.7 6p2 3P1 185015.7 4.50E+09 C MC33!TW ‡ 270 916.678(6) 109089.6 6s6p 3P1o 4.5 75927.7 6p2 3P1 3.5,4.5,5.5 185015.7 MC33TW 270 916.629(6) 109095.4 6s6p 3P1o 3.5 75927.7 6p2 3P1 3.5,4.5 185015.7 MC33TW 270 913.253(6) 109498.7 913.250(3) 0.003 6p2 3P2 202436.0 6p7s 3P2o 311935.0 3.51E+10 C TW* 240 910.995(6) 109770.1 911.002(3) -0.007 6s6d 3D1 197152.7 6p6d 1D2o 306922.0 6.60E+09 C TW* 230 906.332(6) 110334.8 906.330(3) 0.002 6s6d 3D3 199772.9 6p6d 3D3o 310108.0 8.68E+09 C TW 225 906.323(6) 110335.9 6s6p 1P1o 114603.81 6p2 1S0 224939.7 8.71E+09 C TW 140 905.143(6) 110479.8 905.142(3) 0.001 6p2 3P2 202436.0 6p6d 3P2o 312915.9 1.29E+09 D+ TW* # 280 890.664(6) 112275.8 890.663(3) 0.001 6s6d 3D2 197832.05 6p6d 3D3o 310108.0 2.76E+10 C TW* 170 883.841(6) 113142.5 883.837(3) 0.004 6s6d 3D3 199772.9 6p6d 3P2o 312915.9 1.50E+09 E TW # 270 876.799(6) 114051.2 876.797(4) 0.002 6s6p 3P0o 70964.2 6p2 3P1 185015.7 7.52E+09 C MC33!TW 260 873.470(6) 114485.9 873.475(3) -0.005 6s7s 3S1 197449.7 6p7s 3P2o 311935.0 7.13E+09 C TW 200 873.168(6) 114525.5 873.172(5) -0.004 6s6d 3D1 197152.7 6p6d 3P0o 311677.7 3.98E+09 C TW 290 872.569(6) 114604.1 872.571(3) -0.002 6s2 1S0 0.0 6s6p 1P1o 114603.81 1.68E+10 D+ MC33!TW 150 871.215(6) 114782.2 871.214(3) 0.001 6s6d 3D1 197152.7 6p7s 3P2o 311935.0 1.85E+09 D+ TW 245 868.930(6) 115084.1 868.932(3) -0.002 6s6d 3D2 197832.05 6p6d 3P2o 312915.9 3.45E+09 C TW 180bl 863.824(12) 115764.0 863.832(3) -0.008 6s6d 3D1 197152.7 6p6d 3P2o 312915.9 7.89E+08 D+ TW 235 831.032(6) 120332.3 831.031(2) 0.001 6p2 3P0 166554.31 6p7s 3P1o 286886.8 1.37E+09 D+ TW # 280 824.954(6) 121218.9 6s6p 3P1o 4.5,5.5 75927.7 6s6d 3D1 4.5,5.5 197152.7 MC33TW cg 824.915(5) 121224.6 824.912(2) 0.003 6s6p 3P1o 75927.7 6s6d 3D1 197152.7 8.05E+09 C MC33!TW ‡ 280 824.864(6) 121232.1 6s6p 3P1o 3.5,4.5 75927.7 6s6d 3D1 3.5,4.5 197152.7 MC33TW 295 824.082(6) 121347.1 824.082(2) 0.000 6p2 3P0 166554.31 6p6d 3D1o 287901.4 3.11E+10 C TW* 280 823.715(6) 121401.2 823.716(2) -0.001 6s6p 3P2o 96424.6 6s6d 1D2 217825.6 5.55E+09 C MC33!TW 275 822.931(6) 121516.9 6s6p 3P1o 5.5,4.5 75927.7 6s7s 3S1 3.5,4.5 197449.7 MC33TW 275 822.898(6) 121521.7 6s6p 3P1o 3.5,4.5,5.5 75927.7 6s7s 3S1 3.5,4.5,5.5 197449.7 MC33TW cg 822.897(5) 121521.9 822.896(2) 0.001 6s6p 3P1o 75927.7 6s7s 3S1 197449.7 6.03E+09 C MC33!TW ‡ 275 822.863(6) 121526.9 6s6p 3P1o 3.5,4.5 75927.7 6s7s 3S1 4.5,5.5 197449.7 MC33TW 290dl 820.310(20) 121905.0 820.315(2) 0.00 6s6p 3P1o 75927.7 6s6d 3D2 197832.05 3.20E+10 C MC33!TW 290dl 820.310(20) 121905.0 820.302(3) 0.01 6p2 3P1 185015.7 6p6d 1D2o 306922.0 1.78E+10 C MC33!TW 275 815.671(6) 122598.4 815.675(5) -0.004 6s6d 3D3 199772.9 6p6d 1F3o 322370.8 4.95E+09 C TW* 280 814.611(6) 122758.0 814.609(3) 0.002 6p2 1D2 184163.72 6p6d 1D2o 306922.0 2.01E+10 C TW* 250 795.825(6) 125655.8 795.826(2) -0.001 6s6p 3P1o 75927.7 6s7s 1S0 201583.3 1.10E+09 D+ MC33!TW 260 794.003(6) 125944.1 794.002(2) 0.001 6p2 1D2 184163.72 6p6d 3D3o 310108.0 2.18E+10 C TW* 270 792.469(6) 126187.9 792.465(3) 0.004 6s6p 3P0o 70964.2 6s6d 3D1 197152.7 1.30E+10 C MC33!TW 235 790.655(6) 126477.4 6s6p 3P0o 4.5 70964.2 6s7s 3S1 3.5 197449.7 MC33TW 235 790.603(6) 126485.7 6s6p 3P0o 4.5 70964.2 6s7s 3S1 4.5 197449.7 MC33TW cg 790.602(5) 126485.9 790.604(3) -0.002 6s6p 3P0o 70964.2 6s7s 3S1 197449.7 2.55E+09 D+ MC33!TW ‡ 235 790.565(6) 126491.8 6s6p 3P0o 4.5 70964.2 6s7s 3S1 5.5 197449.7 MC33TW 280 790.507(6) 126501.1 6s6p 3P1o 5.5 75927.7 6p2 3P2 4.5,5.5,6.5 202436.0 MC33TW cg 790.466(5) 126507.7 790.462(2) 0.004 6s6p 3P1o 75927.7 6p2 3P2 202436.0 6.56E+09 C MC33!TW ‡ 280 790.457(6) 126509.1 6s6p 3P1o 4.5 75927.7 6p2 3P2 3.5,4.5,5.5 202436.0 MC33TW 280 790.417(6) 126515.5 6s6p 3P1o 3.5 75927.7 6p2 3P2 2.5,3.5,4.5 202436.0 MC33TW 285 789.508(6) 126661.2 789.503(4) 0.005 6p2 3P1 185015.7 6p6d 3P0o 311677.7 7.25E+09 C TW 80 787.899(6) 126919.8 787.902(2) -0.003 6p2 3P1 185015.7 6p7s 3P2o 311935.0 7.48E+07 D+ TW # 240 782.650(6) 127771.0 782.648(2) 0.002 6p2 1D2 184163.72 6p7s 3P2o 311935.0 7.46E+09 C TW* 170 781.860(6) 127900.1 781.860(3) 0.000 6p2 3P1 185015.7 6p6d 3P2o 312915.9 1.02E+10 C TW 200 704.730(6) 141898.3 704.732(2) -0.002 6s6p 3P1o 75927.7 6s6d 1D2 217825.6 1.69E+09 D+ MC33!TW # 70h 657.567(12) 152076.0 657.5721(13) -0.005 6s6p 1P1o 114603.81 6s8s 3S1 266678.4 1.21E+08 D+ TW! 220 651.084(6) 153590.0 651.0845(11) -0.001 6s6p 1P1o 114603.81 6s8s 1S0 268193.7 1.57E+09 D+ MC33!TW 240 644.507(6) 155157.4 644.5096(8) -0.003 6s6p 1P1o 114603.81 6s7d 1D2 269760.54 6.49E+09 D+ MC33!TW 250 587.362(5) 170252.8 587.3584(11) 0.004 6s6p 3P2o 96424.6 6s8s 3S1 266678.4 2.57E+09 D+ MC33!TW 200 583.315(5) 171434.0 583.3149(10) 0.000 6s6p 3P2o 96424.6 6s7d 3D2 267858.6 1.12E+09 D+ TW! 280 580.485(5) 172269.7 580.4858(15) -0.001 6s6p 3P2o 96424.6 6s7d 3D3 268694.1 6.47E+09 D+ MC33!TW 200 524.241(5) 190752.0 524.2445(9) -0.003 6s6p 3P1o 75927.7 6s8s 3S1 266678.4 1.91E+09 D+ MC33!TW 200 521.788(5) 191649.0 521.7867(11) 0.001 6s6p 3P1o 75927.7 6s7d 3D1 267576.9 1.20E+09 D TW! 290 521.018(5) 191932.0 521.0208(8) -0.003 6s6p 3P1o 75927.7 6s7d 3D2 267858.6 4.46E+09 D MC33!TW 200 520.113(5) 192266.0 520.1128(9) 0.000 6s6p 3P1o 75927.7 6s8s 1S0 268193.7 3.08E+08 D+ TW! 200 515.903(5) 193835.0 515.9084(7) -0.005 6s6p 3P1o 75927.7 6s7d 1D2 269760.54 1.36E+08 D TW! # 230 510.945(5) 195716.0 510.9491(14) -0.004 6s6p 3P0o 70964.2 6s8s 3S1 266678.4 7.60E+08 D+ TW! 170 508.614(5) 196613.0 508.6141(15) 0.000 6s6p 3P0o 70964.2 6s7d 3D1 267576.9 1.84E+09 E MC33!TW 230 445.216(5) 224610.0 445.2187(9) -0.003 6s2 1S0 0.0 6s1/2,F1=57p1/2 3P1o 4.5 224608.7 MC33!TW 190 438.350(5) 228128.0 438.3477(9) 0.002 6s2 1S0 0.0 5d96s26p 3P1o 228129.4 9.70E+08 D+ MC33*TW 275 431.192(5) 231915.0 431.1921(8) 0.000 6s2 1S0 0.0 6s7p 1P1o 231915.18 1.08E+10 D+ MC33TW 290 420.694(5) 237702.0 420.6941(8) 0.000 6s2 1S0 0.0 5d96s26p 1P1o 237702.4 3.45E+10 D MC33*TW 240 392.447(5) 254811.0 6s2 1S0 0.0 5d96s26p 3D1o 254811.5 9.34E+09 D+ BN08TW* 30? 275.50(10) 362980.0 6s2 1S0 0.0 5d96s25f 3P1o 362980 1.45E+09 E BN08R00 271.70(40) 368000.0 6s2 1S0 0.0 5d96s27p 1P1o 368000 1.04E+07 E BN08 # 150 267.12(3) 374360.0 6s2 1S0 0.0 5d96s25f 3D1o 374360 7.96E+10 D+ BN08R00 254.70(30) 392600.0 6s2 1S0 0.0 392600 7.25E+06 D BN08 # 254.10(30) 393600.0 6s2 1S0 0.0 5d96s27p 3D1o 393600 8.37E+08 D+ BN08 # 60 250.98(10) 398400.0 6s2 1S0 0.0 398440 5.43E+09 D+ BN08R00 237.60(30) 420900.0 6s2 1S0 0.0 5d96s26f 3P1o 420900 7.10E+04 D+ BN08 # 237.40(30) 421300.0 6s2 1S0 0.0 5d96s26f 3D1o 421300 1.82E+09 D+ BN08 40 236.10(10) 423500.0 6s2 1S0 0.0 423550 9.26E+07 D+ BN08R00 # 224.20(20) 446000.0 6s2 1S0 0.0 5d96s28p 3D1o 446000 4.59E+06 D+ BN08 # 223.30(20) 447700.0 6s2 1S0 0.0 5d96s26f 1P1o 447730 1.08E+10 D+ BN08 # 222.80(20) 448900.0 6s2 1S0 0.0 5d96s27f 3P1o 448930 1.19E+09 D+ BN08 # 222.40(20) 449600.0 6s2 1S0 0.0 5d96s29p 1P1o 449600 3.19E+08 D+ BN08 # 20 221.50(10) 451500.0 6s2 1S0 0.0 451470 6.85E+09 D+ BN08R00 216.60(20) 461700.0 6s2 1S0 0.0 461700 1.55E+06 D+ BN08 # 216.30(20) 462300.0 6s2 1S0 0.0 5d96s28f 3P1o 462300 2.97E+08 E BN08 215.00(20) 465100.0 6s2 1S0 0.0 5d96s28f 1P1o 465100 6.26E+10 D+ BN08 211.70(20) 472500.0 6s2 1S0 0.0 5d96s29f 3P1o 472500 7.90E+07 D+ BN08 # 211.30(20) 473300.0 6s2 1S0 0.0 5d96s29p 3P1o 473300 1.24E+07 E BN08 # 211.10(20) 473600.0 6s2 1S0 0.0 5d96s29f 3D1o 473600 4.16E+09 D+ BN08 # 210.60(20) 474700.0 6s2 1S0 0.0 5d96s29p 3D1o 474740 5.15E+07 E BN08 # 209.40(20) 477600.0 6s2 1S0 0.0 5d96s27f 1P1o 477600 6.17E+10 E BN08 207.60(20) 481700.0 6s2 1S0 0.0 5d96s210f 3D1o 481700 7.45E+10 D BN08 205.70(20) 486100.0 6s2 1S0 0.0 5d96s211f 1P1o 486100 1.07E+10 D BN08 204.70(20) 488400.0 6s2 1S0 0.0 488450 4.71E+08 D+ BN08 # 204.50(20) 488900.0 6s2 1S0 0.0 5d96s212f 3P1o 488900 1.68E+08 D BN08 # 204.30(20) 489600.0 6s2 1S0 0.0 5d96s213f 1P1o 489570 8.37E+09 D+ BN08 200.00(20) 500000.0 6s2 1S0 0.0 5d96s29f 1P1o 500000 1.80E+11 D+ BN08 197.40(20) 506500.0 6s2 1S0 0.0 5d96s210f 1P1o 506500 1.40E+11 D+ BN08 195.70(20) 511000.0 6s2 1S0 0.0 5d96s211f 3D1o 511000 8.88E+10 D+ BN08 194.30(20) 514600.0 6s2 1S0 0.0 5d96s212f 3D1o 514600 2.20E+10 D BN08 193.40(20) 517000.0 6s2 1S0 0.0 5d96s213f 3D1o 517000 2.60E+11 C BN08 _______________________________________________________________________________________________________________________________________________________________________