Table 1
Least-Squares-Fit (LSF) and Hartree–Fock (HF) Energy Parameter Values (cm−1 ) for the 4d 7 5s Configuration of In vi
Parameter LSF1 a LSF2 a HF
LSF
HF b Eaυ 232497 ± 30 232570 ± 203 241250 0.964 F 2 (dd )79347 ± 62 79402 ± 165 97217 0.817 F 4 (dd )57679 ± 142 57801 ± 367 64725 0.893 G 2 (ds )14256 ± 58 14256 ± 59 14524 0.982 ζ 5s 3205 ± 11 3205 ±11 3105 1.032 β 0 (fixed) −19 ± 52 – – T −3.8 ± 0.2 −4.0 ± 0.6 – – α 18.1 ± 2.0 16.0 ± 4.5 – – σ c 63 64 – –
a LSF
1 and LSF
2 parameter values correspond to least-squares-fit calculations, where
β = 0 (fixed) and
β is free to vary in the iteration process, respectively.
b LSF values correspond to LSF
2 values.
c σ , mean error;
σ = [(exp. value − calc. value)
2 /
m −
n ]
1/2 , where
m is the number of levels and
n is the number of free parameters.
Table 2
Energy Levels of the 4d 7 5s Configuration of In vi
Designation J Level (cm−1 ) Δ1 a Δ2 a LS (Composition)b (4 F )5 F 5 201884.0 5.2 7.1 96 % + 4 % (2 G )3 G 4 205958.0 31.2 33.4 91 % + 6 % (4 F )3 F + 3 % (2 G )3 G 3 209225.9 21.0 23.4 95% + 2% (4 F )3 F + 1 % (3 2 D )3 D + 1% (1 2 D )3 D 2 211177.1 17.7 20.0 94% + 3 % (3 2 D )3 D + 1% (1 2 D )3 D + 1% (4 F )3 F 1 212336.5 17.6 19.6 92 % + 5% (3 2 D )3 D + 2 % (1 2 D )3 D + 1% (2 P )1 P (4 F )3 F 4 214364.3 30.2 32.0 85% + 8 % (4 F )5 F + 5 % (2 G )1 G + 2 % (2 G )3 G 3 219074.0 −35.2 −38.3 47 % + 45% (4 P )5 P + 4% (3 2 D )3 D + 3% (1 2 D )3 D 2 222582.1 −40.0 −39.3 83 % + 8% (4 P )5 P + 5% (3 2 D )1 D + 2 % (1 2 D )1 D (4P )5 P 3 220287.1 −33.1 −36.5 52% + 45% (4 F )3 F + 2 % (4 F )5 F + 1% (2 G )3 G 2 219005.8 −50.5 −51.6 66% + 27% (2 P )3 P + 4% (4 F )3 F + 2 % (3 2 D )1 D 1 221971.3 −75.1 −77.6 73 % + 20 % (2 P )3 P + 3 % (4 P )3 P + 2% (2 P )1 P (2 G )3 G 5 225122.4 −7.1 −9.7 79 % + 13 % (2 H )3 H + 4% (4 F )5 F + 3% (2 H )1 H 4 226765.2 51.8 49.8 61% + 21% (2 H )3 H + 10% (2 G )1 G + 7 % (4 F )3 F 3 230497.2 37.7 34.1 94 % + 2% (4 F )3 F + 1% (2 F )3 F + 1 % (2 F )1 F (2P )3 P 2 228806.9 102.7 101.9 26 % + 41% (4 P )3 P + 12% (4 P )5 P + 12 % (3 2 D )3 D 1 234581.9 86.1 89.1 39% + 38 % (4 P )3 P + 12% (3 2 D )3 D + 5% (4 P )5 P 0 230738.1 −72.0 −63.0 64% + 36 % (4 P )3 P (2 H )3 H 6 231741.8 −18.5 −15.4 100% 5 233903.0 38.8 41.6 74% + 21% (2 H )1 H + 6 % (2 G )3 G 4 238975.3 −0.7 0.2 61 % + 33% (2 G )1 G + 4% (2 G )3 G + 1 % (4 F )3 F (2 G )1 G 4 233167.7 −36.7 −39.3 49 % + 29% (2 G )3 G + 17% (2 H )3 H + 4% (2 F )3 F (4 P )3 P 2 233207.3 −5.1 −7.1 52% + 22% (2 P )3 P + 10 % (4 P )5 P + 5% (3 2 D )3 D 1 228283.9 0.6 3.2 27 % + 33 % (2 P )1 P + 17% (4 P )5 P + 11 % (3 2 D )3 D 0 239157.9 12.8 14.6 64% + 36% (2 P )3 P (3 2 D )3 D 3 234615.5 −45.5 −54.5 71% + 20 % (1 2 D )3 D + 4 % (4 F )3 F + 2% (4 F )5 F 2 237469.8 26.2 18.8 42 % + 22 % (3 2 D )1 D + 9% (1 2 D )3 D + 7% (2 P )3 P 1 237876.0 −61.8 −57.4 25 % + 29% (2 P )3 P + 20 % (2 P )1 P + 16% (4 P )3 P (2 H )1 H 5 240989.6 −99.1 −96.4 76% + 14 % (2 H )3 H + 10% (2 G )3 G (2 P )1 P 1 245508.9 18.8 20.6 41% + 37 % (3 2 D )3 D + 16 % (4 P )3 P + 3% (2 P )3 P (3 2 D )1 D 2 245979.1 13.9 7.3 40 % + 34 % (2 F )3 F + 10 % (2 P )3 P + 8% (3 2 D )3 D (2 F )3 F 4 248693.5 −88.2 −91.4 95% + 3 % (2 G )1 G + 2% (2 G )3 G 3 246405.3 −10.1 −13.7 90% + 6 % (2 F )1 F + 2% (3 2 D )3 D + 1% (1 2 D )3 D 2 245366.1 12.1 7.8 61 % + 13 % (3 2 D )3 D + 10% (3 2 D )1 D + 7% (2 P )3 P (2 F )1 F 3 253378.5 167.4 164.2 90% + 6% (2 F )3 F + 2 % (2 G )3 G + 1 % (1 2 D )3 D (1 2 D )3 D 3 272270.5 70.9 71.7 74 % + 21 % (3 2 D )3 D + 2 % (2 F )1 F + 2% (2 F )3 F 2 270574.9 57.2 61.4 82 % + 12 % (3 2 D )3 D + 5% (1 2 D )1 D + 1% (2 F )3 F 1 269705.0 −17.4 −12.2 90% + 9 % (3 2 D )3 D + 1% (4 P )3 P (1 2 D )1 D 2 276838.5 −120.5 −118.7 77% + 17% (3 2 D )1 D + 2 % (2 F )3 F + 2% (1 2 D )3 D
a Δ = exp. value − calc. value. Δ
1 and Δ
2 correspond to the cases in which LSF calculations have been carried out with
β = 0 (fixed) and
β free to iterate, respectively.
b The first percentage corresponds to the level designated. When the percentage is underlined, the corresponding eigenvector is negative. Only the four highest percentages are given. The
LS percentages correspond to Δ
2 calculations.
Table 3
New and Revised Levels of the 4d 7 5p Configuration of In vi a
Designation J Level (cm−1 ) Δ1 Δ2 LS (Percentage Composition)(4 F )5 G 6 297392.4 196.0 207.8 94 % + 6 % (2 G )3 H (4 P )5 S 2 298738.2 −307.0 −324.6 72% + 6 % (4 F )5 G + 4% (2 P )3 P + 4% (4 F )5 F (4 F )5 G 2 298945.5 142.9 146.8 52 % + 13% (4 F )5 D + 9 % (4 F )3 F + 8 % (4 P )5 S (4 F )5 D 0 300850.9 −134.4 −134.5 45 % + 42% (4 F )5 D + 8% (2 P )3 P + 3 % (1 2 D )3 P (4 P )5 D 0 314464.2 −298.7 −293.3 22% + 27% (2 P )3 P + 17 % (3 2 D )3 P + 16 % (4 P )3 P (2 P )3 P 0 314565.8 −15.1 −28.6 47% + 36 % (4 F )5 D + 8% (2 P )1 S + 7 % (4 P )5 D (2 H )3 I 6 315135.6 44.8 45.0 60 % + 21 % (2 H )1 I + 10% (2 H )3 H + 9 % (2 G )3 H (2 G )3 H 6 317795.4 47.4 27.2 66 % + 29% (2 H )1 I + 4% (4 F )5 G + 1 % (2 H )3 H (2 H )3 I 7 322915.1 111.4 123.1 100% (2 H )3 H 6 329406.4 −62.7 −46.7 85 % + 14 % (2 H )3 I + 1% (2 G )3 H (2 H )1 I 6 329895.2 −75.0 −65.6 50% + 26 % (2 H )3 I + 19% (2 G )3 H + 4% (2 H )3 H
a See footnotes to
Table 2 .
Table 4
Classified Lines of the 4d 7 5s –4d 7 5p Transition Array of In vi
λ (Å) σ (cm−1 )Int.a Char.b Classificalion Diff.c 862.251 115975.5 33 1 4d 7 ( 4 F )5s 5 F 2 4d 7 ( 2 P )5p 3 D 2 1.2 869.686 114984.0 5 1 ( 4 P )5s 3 P 1 ( 2 F )5p 3 D 1 −1.8 873.764 114447.4 4 1 ( 2 G )5s 3 G 4 ( 2 F )5p 3 F 3 −2.4 874.642 114332.5 2 1 ( 4 F )5s 5 F 3 ( 4 P )5p 3 P 2 −0.4 875.539 114215.3 60 1 ( 4 F )5s 5 F 5 ( 4 P )5p 5 D 4 1.2 885.911 112878.1 18 1 ( 4 F )5s 3 F 3 ( 2 F )5p 1 D 2 0.3 889.709 112396.3 55 1 ( 2 H )5s 3 H6 ( 2 F )5p 3 G 5 0.3 896.314 111568.1 2 1 ( 2 G )5s 3 G 3 ( 2 F )5p 3 G 4 0.8 901.475 110929.3 23 1 ( 4 F )5s 5 F 4 ( 2 P )5p 3 D 3 1.2 902.967 110746.0 2 1 ( 2 P )5s 3 P 2 (3 2 D )5p 3 P 1 −0.2 903.444 110687.5 2 1 ( 4 P )5s 3 P 2 ( 2 F )5p 3 D 2 −1.6 905.298 110460.9 14 1 ( 4 P )5s 3 F 4 (3 2 D )5p 3 F 3 0.6 906.643 110297.0 13 1 ( 2 H )5s 3 H 5 ( 2 F )5p 3 F 4 −0.3 907.145 110235.9 35 4 ( 2 H )5s 3 H 5 ( 2 F )5p 3 G 5 1.1 907.942 110139.2 58 1 ( 4 F )5s 5 F 4 ( 4 P )5p 5 D 4 −0.9 909.159 109991.7 2 1 ( 2 G )5s 3 G 4 ( 2 F )5p 3 G 3 1.3 912.535 109584.8 18 1 (3 2 D )5s 3 D 3 ( 2 F )5p 3 F 4 0.0 915.512 109228.5 6 1 ( 4 P )5s 5 P 1 ( 4 P )5p 3 P 0 −0.4 917.683 108970.1 6 1 ( 4 P )5s 3 P 2 ( 2 F )5p 3 D 3 −1.3 918.307 108896.1 26 1 ( 2 G )5s 1 G 4 ( 2 F )5p 3 G 4 −0.7 924.553 108160.4 10 1 ( 2 H )5s 3 H 5 ( 2 F )5p 3 G 4 −1.1 925.855 108008.3 3 1 ( 4 P )5s 3 P 2 ( 2 F )5p 3 P 3 0.6 927.610 107803.9 6 1 ( 4 P )5s 5 P 3 (3 2 D )5p 3 F 4 1.4 927.839 107777.3 10 1 ( 4 F )5s 5 F 2 ( 2 P )5p 1 D 2 Q.2 928.305 107723.2 10 1 ( 2 G )5s 3 G 5 ( 2 H )5p 1 G 4 −1.4 932.211 107271.9 19 1 ( 4 P )5s 5 P 2 ( 4 P )5p 5 P 3 2.3 933.425 107132.3 56 1 ( 4 F )5s 3 F 4 ( 2 H )5p 3 G 4 −0.1 934.143 107050.0 31 7 ( 4 F )5s 5 F 3 ( 4 P )5p 5 P 2 −1.4 935.776 106863.2 15 1 ( 4 P )5s 5 P 3 ( 2 P )5p 3 D 2 −1.1 937.572 106658.5 11 1 ( 2 H )5s 3 H 6 ( 2 H )5p 1 H 5 0.3 939.593 106429.1 26 1 (3 2 D )5s 3 D 2 ( 2 F )5p 3 D 2 2.5 940.726 106300.9 12 1 ( 4 F )5s 5 F 5 ( 4 F )5p 3 G 4 −0.4 942.548 106095.4 53 1 ( 4 F )5s 5 F 3 ( 4 P )5p 5 D 2 0.4 943.239 106017.7 15 1 (3 2 D )5s 3 D 1 ( 2 F )5p 3 D 2 −2.7 943.454 105993.5 25 1 ( 2 F )5s 1 F 3 (1 2 D )5p 3 F 3 1.7 944.242 105905.0 18 1 ( 4 F )5s 3 F 4 (3 2 D )5p 3 D 3 −0.3 945.007 105819.3 5 1 ( 4 P )5s 5 P 2 (3 2 D )5p 3 F 3 0.5 945.991 105709.2 48 1 ( 4 F )5s 5 F 2 ( 2 P )5p 3 D 3 0.2 947.513 105539.5 35 1 ( 2 G )5s 3 G 4 ( 2 H )5p 3 H 4 −0.2 947.623 105527.2 75 4 ( 4 F )5s 5 P 4 ( 4 P )5p 5 D 3 −0.2 949.188 105353.2 59 1 ( 4 P )5s 5 P 2 ( 2 G )5p 3 F 2 1.2 950.116 105250.3 14 1 ( 2 G )5s 3 G 5 ( 2 H )5p 3 H 5 −0.5 950.358 105223.5 15 1 ( 2 H )5s 3 H 4 ( 2 F )5p 3 F 4 −1.5 950.448 105213.5 43 1 ( 4 F )5s 5 F 2 ( 4 P )5p 5 D 1 −0.2 950.750 105180.1 8 1 ( 4 P )5s 5 P 1 ( 2 P )5p 3 D 2 0.0 952.888 104944.1 6 1 ( 4 F )5s 5 F 4 ( 4 F )5p 3 G 3 2.5 953.681 104856.9 6 1 ( 2 F )5s 3 F 2 ( 2 F )5p 1 F 3 0.0 954.469 104770.3 34 1 ( 2 G )5s 3 G 5 ( 2 H )5p 1 I 6 −2.5 955.891 104614.4 10 1 ( 4 F )5s 5 F 4 ( 2 G )5p 3 F 4 1.0 956.461 104552.1 7 1 ( 4 P )5s 5 P 2 ( 4 P )5p 3 P 2 −0.9 956.968 104496.7 19 1 ( 2 H )5s 3 H5 ( 2 H )5p 1 H 5 −0.3 958.333 104347.9 18 1 ( 4 F )5s 3 F 4 ( 2 G )5p 1 G 4 0.7 958.919 104284.1 32 1 ( 2 G )5s 3 G 5 ( 2 H )5p 3 H 6 −1.6 959.024 104272.7 20 1 ( 4 P )5s 5 P 1 ( 4 P )5p 3 P 1 0.0 959.584 104211.8 24 1 ( 4 P )5s 5 P 2 ( 2 G )5p 3 F 3 −0.8 960.214 104143.4 52 1 ( 4 F )5s 5 F 2 ( 4 P )5p 5 D 2 −0.4D 1 ( 4 F )5s 3 F 3 ( 2 G )5p 3 F 3 −1.0D 961.039 104054.0 20 1 ( 4 F )5s 5 F 1 ( 4 P )5p 5 D 1 −0.3 962.762 103867.8 22 1 ( 2 G )5s 3 G 4 ( 2 G )5p 1 F 3 −0.7 964.566 103673.6 8 1 ( 2 G )5s 3 G 3 (3 2 D )5p 3 D 2 −1.1 966.936 103419.5 35 1 4d 7 (1 2 D )5s 3 D 2 4d 7 (1 2 D )5p 3 D 3 −0.6 967.149 103396.7 9 1 ( 4 P )5s 5 P 1 (3 2 D )5p 3 D 1 −1.4 968.726 103228.4 54 1 ( 2 H )5s 3 H 5 ( 2 F )5p 1 G 4 −0.2 968.961 103203.3 23 1 ( 2 H )5s 3 H 4 ( 2 F )5p 3 D 3 −0.1 969.236 103174.1 14 1 (3 2 D )5s 3 D 1 ( 2 F )5p 3 F 2 −1.8 969.499 103146.1 39 1 ( 2 H )5s 1 H 5 ( 2 F )5p 3 G 5 −2.1D ( 2 P )5s 3 P 2 ( 2 F )5p 1 D 2 1.2D 969.847 103109.0 40 1 ( 4 F )5s 5 F 2 ( 2 P )5p 3 D 1 0.7 970.052 103087.3 6 1 ( 2 H )5s 3 H 4 ( 2 F )5p 3 G 4 −1.9 970.496 103040.1 16 1 ( 2 G )5s 3 G 3 (3 2 D )5p 1 F 3 −0.8 971.018 102984.7 30 1 ( 4 F )5s 5 F 1 ( 4 P )5p 5 D 2 0.3 971.567 102926.5 65 1 ( 4 F )5s 5 F 3 ( 2 P )5p 3 P 2 −0.2 972.894 102786.1 60 1 ( 4 F )5s 3 F 2 (3 2 D )5p 3 D 1 −1.2 974.374 102630.0 36 1 ( 4 P )5s 3 P 1 ( 2 P )5p 3 S 1 −0.3 974.409 102626.3 37 1 ( 4 P )5s 5 P 1 (3 2 D )5p 3 F 2 1.6 975.456 102516.2 35 1 (3 2 D )5s 3 D 3 ( 2 F )5p 1 G 4 0.1 975.845 102475.3 6 1 ( 4 F )5s 5 F 4 ( 4 F )5p 3 F 3 0.6 976.391 102418.0 5 1 ( 4 P )5s 5 P 2 ( 4 P )5p 3 D 2 −0.2 977.792 102271.2 55 1 ( 4 F )5s 5 F 5 ( 4 F )5p 5 G 5 −1.4 977.906 102259.3 52 1 ( 4 F )5s 5 F 3 ( 4 P )5p 5 D 3 −0.2 978.090 102240.1 22 1 ( 2 H )5s 3 H 4 ( 2 F )5p 3 F 3 0.4 978.195 102229.1 59 1 ( 4 F )5s 5 F 1 ( 4 P )5p 5 D 0 −0.2D (3 2 D )5s 3 D 1 (3 2 D )5p 3 P 0 −0.9D 979.063 102138.5 51 1 ( 4 P )5s 5 P 2 ( 4 P )5p 5 P 1 0.4D (3 2 D )5s 3 D 3 ( 2 F )5p 3 G 3 −1.6D 979.357 102107.8 62 1 ( 2 F )5s 1 F 3 (1 2 D )5p 3 P 2 0.8 980.945 101942.5 42 1 ( 4 P )5s 5 P 2 ( 4 P )5p 3 D 3 −0.7 981.591 101875.4 64 1 ( 4 F )5s 3 F 3 ( 4 P )5p 3 D 3 0.4 982.546 101776.4 24 7 ( 4 P )5s 3 F 2 ( 2 G )5p 3 F 2 0.7 982.909 101738.8 7 1 ( 4 P )5s 3 P 1 (3 2 D )5p 3 P 2 0.3 983.049 101724.3 71 1 (1 2 D )5s 3 D 3 (1 2 D )5p 3 D 3 −0.2 984.364 101588.4 56 1 ( 4 P )5s 5 P 1 ( 4 P )5p 3 P 2 0.9 984.926 101530.5 11 1 ( 2 F )5s 3 F 4 ( 2 F )5p 1 F 3 1.0 986.719 101346.0 30 1 ( 4 F )5s 5 F 3 ( 2 G )5p 3 P 4 0.5 986.942 101323.1 39 1 ( 2 G )5s 3 G 4 (3 2 D )5p 3 F 4 −1.3 987.377 101278.4 44 7 (3 2 D )5s 3 D 3 (3 2 D )5p 1 D 2 2.5 987.524 101263.4 29 1 ( 4 P )5s 5 P 2 (3 2 D )5p 3 D 3 −0.4 988.052 101209.2 9 1 ( 4 P )5s 5 P 3 ( 2 H )5p 3 G 4 −0.4 988.437 101169.8 33 1 ( 4 F )5s 5 F 5 ( 4 F )5p 5 F 4 1.0 988.764 101136.4 11 1 ( 4 P )5s 5 P 3 ( 4 P )5p 3 D 2 −0.5 988.992 101113.1 42 7 ( 4 P )5s 5 P 2 ( 4 P )5p 3 S 1 1.7 989.381 101073.3 48 1 ( 2 H )5s 1 H 5 ( 2 F )5p 3 G 4 −1.6 99.0.337 100975.7 38 1 ( 4 F )5s 5 F 2 ( 2 P )5p 3 P 2 0.2 990.442 100965.0 14 1 ( 4 P )5s 3 P 2 (3 2 D )5p 3 D 2 0.4 993.427 100661.7 63 1 ( 4 P )5s 5 P 3 ( 4 P )5p 3 D 3 −0.2 994.456 100557.5 6 1 ( 4 P )5s 5 P 1 ( 2 P )5p 1 P 1 −0.4 995.302 100472.0 23 1 (1 2 D )5s 3 D 1 (1 2 D )5p 3 D 1 −1.1 996.313 100370.1 52 1 ( 2 G )5s 1 G 4 (3 2 D )5p 1 F 3 −0.3 998.247 100175.6 5 1 ( 2 P )5s 3 P 0 ( 2 P )5p 3 S 1 −0.5 998.652 100135.0 41 1 ( 2 G )5s 3 G 3 ( 2 G )5p 1 F 3 −1.5 999.595 100040.5 48 1 (1 2 D )5s 3 D1 (1 2 D )5p 3 D 2 −1.4 1001.848 99815.8 18 1 ( 4 F )5s 5 F 1 ( 2 P )5p 3 P 2 −0.3 1002.789 99721.9 54 1 ( 4 F )5s 5 F 2 ( 4 F )5p 3 G 3 −0.6 1003.593 99642.0 55 1 ( 4 F )5s 5 F 3 ( 4 F )5p 3 F 2 −0.2D 1 ( 4 P )5s 5 P 2 ( 2 H )5p 3 G 3 −2.8D 1003.632 99638.1 47 1 ( 4 F )5s 3 F 3 ( 2 G )5p 1 G 4 0.6 1004.117 99590.0 10 1 ( 2 P )5s 3 P 1 (3 2 D )5p 3 D 2 0.0 1004.255 99576.3 32 1 ( 4 F )5s 3 F 3 ( 2 H )5p 3 G 3 −0.3 1004.450 99557.0 30 1 (3 2 D )5s 3 D 3 (3 2 D )5p 3 D 2 0.6 1004.765 99525.8 22 1 ( 2 G )5s 3 G 3 (3 2 D )5p 3 P 2 0.6 1005.502 99452.8 32 1 4d 7 ( 4 P )5s 5 P 1 4d 7 ( 4 P )5p 3 D 2 0.1 1005.788 99424.5 61 1 ( 2 H )5s 3 H 4 ( 2 H )5p 1 H 5 −0.2 1007.346 99270.8 25 1 ( 2 G )5s 3 G 5 ( 2 G )5p 1 H 5 0.2 1008.003 99206.1 41 1 ( 4 F )5s 5 F 3 ( 4 F )5p 3 F 3 −0.7 1008.347 99172.2 34 1 (1 2 D )5s 3 D2 (1 2 D )5p 3 D 2 0.2 1008.707 99136.8 71 4 ( 2 G )5s 1 G 4 ( 2 H )5p 3 H 4 −0.4 1008.758 99131.8 56 7 ( 4 F )5s 3 F 4 ( 2 G )5p 3 H 4 1.7 1010.517 98959.2 65 1 ( 4 F )5s 5 F 3 ( 4 F )5p 3 G 4 −0.2 1010.876 98924.1 46 1 (3 2 D )5s 3 D 2 (3 2 D )5p 1 P 1 −1.9D (3 2 D )5s 3 D 3 (3 2 D )5p 1 F 3 1.5D 1012.712 98744.8 36 1 ( 4 P )5s 3 P 2 ( 2 F )5p 1 D 2 0.3 1013.517 98666.3 29 1 ( 4 P )5s 5 P 3 ( 2 P )5p 1 D 2 −0.8 1013.873 98631.7 6 1 ( 2 H )5s 3 H 6 ( 2 H )5p 3 H 5 0.3 1015.012 98521.0 4 1 (3 2 D )5s 3 D 1 (3 2 D )5p 1 P 1 1.2 1015.605 98463.5 60 1 ( 4 F )5s 5 F 1 ( 4 F )5p 3 D 1 −0.7 1016.030 98422.3 31 1 (3 2 D )5s 3 D 2 (3 2 D )5p 1 D 2 0.7 1016.244 98401.6 53 1 ( 2 H )5s 3 H 5 ( 2 H )5p 3 H 4 −0.3 1016.367 98389.7 56 1 ( 2 P )5s 1 P 1 ( 2 F )5p 3 D 2 2.2 1016.629 98364.3 13 1 ( 4 P )5s 5 P 3 ( 2 H )5p 3 G 3 0.8D ( 4 P )5s 3 P 2 ( 4 P )5p 3 D 1 −0.9D 1018.353 98197.8 78 4 ( 4 F )5s 5 F 4 ( 4 F )5p 5 G 5 −0.8 1018.785 98156.1 71 1 ( 2 H )5s 3 H 4 ( 2 F )5p 1 G 4 −0.2D ( 2 H )5s 3 H 6 ( 2 H )5p 1 I 6 2.7D 1018.903 98144.8 31 1 ( 4 P )5s 5 P 1 ( 4 P )5p 3 S 1 −1.1 1019.644 98073.4 5 1 ( 4 P )5s 5 P 1 ( 2 P )5p 1 S 0 −1.7 1019.792 98059.2 29 1 ( 2 G )5s 3 G 4 (3 2 D )5p 3 F 3 −0.2 1020.244 98015.8 39 1 (3 2 D )5s 3 D 1 (3 2 D )5p 1 D 2 0.4 1020.898 97953.0 73 1 ( 4 F )5s 5 F 5 ( 4 F )5p 3 F 4 0.3 1021.396 97905.2 45 1 ( 2 F )5s 3 F 2 ( 2 F )5p 3 D 1 1.6 1021.661 97879.8 79 4 ( 4 P )5s 5 P 2 ( 2 P )5p 3 D 3 −0.5 1022.555 97794.3 66 1 ( 2 F )5s 3 F 3 ( 2 F )5p 3 F 4 −0.7 1022.709 97779.5 58 1 ( 2 H )5s 3 H 4 ( 2 F )5p 3 G 3 −0.8 1022.878 97763.4 16 1 ( 2 P )5s 1 P 1 ( 2 F )5p 3 D 1 2.6 1023.475 97706.3 42 1 ( 4 P )5s 3 P 2 ( 2 P )5p 3 S 1 −0.6 1023.637 97690.9 58 1 ( 4 F )5s 5 F 2 ( 4 F )5p 3 F 2 −0.1D (3 2 D )5s 3 D 3 ( 2 H )5p 3 H 4 1.5D 1023.913 97664.5 84 4 ( 2 H )5s 3 H 6 ( 2 H )5p 3 H 6 1.8 1024.298 97627.8 69 1 ( 2 G )5s 3 G 4 ( 2 G )5p 1 H 5 −0.0 1025.268 97535.5 19 1 ( 4 F )5s 3 F 2 ( 4 P )5p 3 S 1 0.4 1025.750 97489.6 52 1 ( 2 F )5s 3 F 3 ( 2 F )5p 3 D 2 −1.5 1025.978 97468.0 41 1 ( 2 P )5s 3 P 2 ( 4 P )5p 5 P 3 −0.5D ( 2 G )5s 1 G 4 ( 2 G )5p 1 F 3 2.0D 1026.591 97409.8 79 4 ( 2 H )5s 1 H 5 ( 2 H )5p 1 H 5 −0.6 1026.852 97385.0 57 1 ( 4 P )5s 5 P 2 ( 4 P )5p 5 D 1 0.0 1027.362 97336.7 11 1 (3 2 D )5s 3 D 3 ( 2 F )5p 3 D 2 0.4 1027.876 97288.0 36 (3 2 D )5s 1 D 2 ( 2 F )5p 3 D 1 −2.6 1028.050 97271.5 29 1 ( 4 P )5s 5 P 2 ( 4 P )5p 5 P 2 0.0 1028.227 97254.8 58 1 ( 4 F )5s 5 F 2 ( 4 F )5p 3 F 3 −0.8 1028.775 97203.0 62 1 ( 4 F )5s 3 F 3 ( 4 P )5p 5 P 2 −0.3 ( 2 G )5s 1 G 4 ( 2 H )5p 3 H 5 −2.5M 1029.275 97155.8 6 1 (1 2 D )5s 1 D 2 (1 2 D )5p 3 D 3 −0.7 1029.642 97121.1 37 1 ( 4 F )5s 3 F 4 ( 4 P )5p 5 D 3 0.0 1029.909 97095.9 27 1 ( 4 F )5s 5 F 4 ( 4 F )5p 5 F 4 1.1 1030.676 97023.7 77 4 ( 4 F )5s 3 F 3 ( 4 P )5p 5 D 4 −0.4 1031.119 96982.6 57 1 ( 4 P )5s 5 P 1 ( 2 P )5p 1 D 2 −0.9 1032.591 96843.8 66 1 ( 2 F )5s 1 F 3 ( 2 F )5p 1 F 3 −0.7 1032.801 96824.1 74 1 ( 2 G )5s 3 G 5 ( 2 H )5p 3 I 5 0.6 1032.898 96815.0 55 1 ( 4 P )5s 3 P 2 (3 2 D )5p 3 P 2 −0.1D ( 2 F )5s 3 F 2 ( 2 F )5p 3 D 3 2.4D 1033.108 96795.3 69 1 ( 2 G )5s 3 G 4 ( 2 G )5p 3 G 4 −0.8 1034.103 96702.2 52 7 4d 7 (3 2 D )5s 3 D 2 4d 7 (3 2 D )5p 3 D 2 0.1 1035.002 96618.2 17 1 ( 2 P )5s 3 P 1 ( 4 P )5p 3 P 0 −0.1 1035.216 96598.2 11 1 ( 4 P )5s 5 P 3 ( 2 P )5p 3 D 3 −0.8 1035.921 96532.5 71 1 ( 4 F )5s 5 F 1 ( 4 F )5p 3 F 2 0.9 1036.512 96477.4 64 7 ( 4 F )5s 5 F 2 ( 4 F )5p 3 D 2 −1.6 1036.579 96471.2 77 1 ( 2 H )5s 3 H 5 ( 2 H )5p 3 H 5 1.0 1036.760 96454.3 48 1 ( 2 G )5s 3 G 4 ( 2 G )5p 3 F 3 1.1 1037.643 96372.3 6 1 ( 4 F )5s 3 F 2 ( 2 P )5p 1 D 2 0.2D ( 2 G )5s 3 G 5 ( 2 H )5p 3 G 4 −2.0D 1038.066 96333.0 31 1 ( 2 P )5s 3 P 1 ( 2 P )5p 3 S 1 0.7 1038.265 96314.5 69 1 ( 4 P )5s 3 P 1 (3 2 D )5p 3 F 2 2.4D ( 4 P )5s 5 P 2 ( 4 P )5p 5 D 2 −0.6D 1038.990 96247.3 21 1 ( 4 F )5s 3 F 3 ( 4 P )5p 5 D 2 0.4 1039.438 96205.8 67 1 ( 4 F )5s 3 F 4 ( 2 G )5p 3I 4 −1.3IV 1039.479 96202.0 50 7 (3 2 D )5s 1 D 2 ( 2 F )5p 3 D 3 2.4 1040.937 96067.3 70 1 ( 4 F )5s 3 F 2 ( 2 H )5p 3 G 3 −1.2D (3 2 D )5s 3 D 2 (3 2 D )5p 1 F 3 −1.0D 1041.476 96017.6 50 1 ( 2 P )5s 3 P 2 (3 2 D )5p 3 F 3 −0.1 1041.768 95990.7 10 1 ( 2 H )5s 3 H 5 ( 2 H )5p 1 I 6 −1.5D ( 4 P )5s 5 P 3 ( 4 P )5p 5 P 2 0.5D 1042.476 95925.5 29 1 (1 2 D )5s 3 D 1 (1 2 D )5p 1 P 1 0.3 1043.714 95811.7 40 1 ( 4 P )5s 5 P 3 ( 4 P )5p 5 D 4 0.7 1044.069 95779.1 57 1 (1 2 D )5s 3 D 2 (1 2 D )5p 1 F 3 0.5D ( 2 G )5s 3 G 3 ( 4 P )5p 5 P 3 0.9D 1044.948 95698.6 38 1 ( 4 P )5s 5 P 3 ( 2 G )5p 3 G 3 −0.4 1045.087 95685.8 34 1 ( 2 F )5s 3 F 2 ( 2 F )5p 3 F 2 0.0 1045.378 95659.2 66 1 ( 2 F )5s 3 F 3 ( 2 F )5p 3 G 4 0.0 1046.235 95580.8 39 1 ( 4 F )5s 5 F 2 ( 2 P )5p 3 P 1 0.3 1046.652 95542.7 19 1 ( 2 P )5s 1 P 1 ( 2 F )5p 3 F 2 −0.3D (1 2 D )5s 1 D 2 (1 2 D )5p 1 D 2 0.0D 1047.024 95508.8 86 4 ( 4 F )5s 5 F 5 ( 4 F )5p 5 G 6 0.4 ( 2 P )5s 3 P 0 ( 4 P )5p 3 P 1 2.9M ( 2 H )5s 3 H 5 ( 2 H )5p 3 H 6 3.7M 1047.734 95444.1 77 4 ( 2 P )5s 3 P 1 (3 2 D )5p 3 P 2 3.6 1048.640 95361.6 77 4 ( 4 F )5s 5 F 5 ( 4 F )5p 3 G 5 −0.3 1049.100 95319.8 25 1 ( 4 F )5s 5 F 1 ( 4 F )5p 3 D 2 0.2 1049.605 95273.9 10 1 ( 4 P )5s 3 P 1 ( 4 P )5p 3 P 2 −1.0 1050.024 95235.9 25 1 (3 2 D )5s 1 D 2 ( 2 F )5p 3 F 3 0.0 1050.164 95223.2 46 1 ( 4 F )5s 5 F 3 ( 4 F )5p 3 D 3 0.4 1050.662 95178.1 79 7 ( 2 G )5s 3 G 4 ( 2 H )5p 3 I 5 −2.6 1050.921 95154.6 31 1 ( 4 F )5s 5 F 4 ( 4 F )5p 5 D 3 0.3 1051.820 95073.3 45 1 (3 2 D )5s 1 D 2 ( 2 F )5p 3 F 2 0.5 1052.256 95033.9 37 1 ( 4 P )5s 5 P 3 ( 4 P )5p 5 D 2 0.1 1054.738 94810.3 60 1 ( 2 F )5s 3 F 3 ( 2 F )5p 3 F 3 0.6 1055.398 94751.0 30 1 ( 2 P )5s 3 P 2 ( 4 P )5p 3 P 2 −0.9 1056.547 94647.9 19 1 ( 2 F )5s 3 F 3 ( 2 F )5p 3 F 2 1.3 1057.109 94597.6 20 1 ( 2 P )5s 1 P 1 (3 2 D )5p 3 P 0 0.5 1058.580 94466.2 75 4 ( 2 G )5s 3 G 5 ( 2 G )5p 3 G 5 0.1 1059.199 94411.0 17 1 ( 2 P )5s 3 P 2 ( 2 G )5p 3 F 3 −0.5 1060.133 94327.8 56 1 ( 2 G )5s 3 G 3 (3 2 D )5p 3 F 3 0.4 1060.378 94306.0 56 1 ( 4 P )5s 5 P 1 ( 4 P )5p 5 P 2 0.0 1061.046 94246.6 65 1 ( 4 P )5s 3 P 1 ( 2 P )5p 1 P 1 1.3IV 1061.723 94186.5 34 1 ( 2 F )5s 3 F 2 (3 2 D )5p 3 P1 −0.5 1062.659 94103.6 48 1 (3 2 D )5s 3 D 2 ( 4 P )5p 3 D 1 0.9 1063.327 94044.4 33 1 ( 2 P )5s 1 P 1 (3 2 D )5p 3 P 1 0.2 1064.458 93944.5 2 1 ( 4 P )5s 3 P 2 ( 2I )5p 3 D 2 0.4 1065.207 93878.5 82 4 ( 4 F )5s 5 F 4 ( 4 F )5p 3 F 4 −0.2 1065.275 93872.5 82 4 ( 2 H )5s 3 H 4 ( 2 H )5p 1 G 4 0.8 1065.403 93861.2 59 1 ( 2 G )5s 3 G 3 ( 2 G )5p 3 F 2 0.6 1065.804 93825.9 81 1 ( 4 F )5s 5 F 3 ( 4 F )5p 5 F 4 −1.0 1066.991 93721.5 17 1 4d 7 ( 2 P )5s 3 P 2 4d 7 ( 2 P )5p 1 P 1 −0.8 1067.276 93696.5 20 1 (3 2 D )5s 3 D 1 ( 4 P )5p 3 D 1 0.0D ( 4 F )5s 3 F 2 ( 4 P )5p 5 P 2 1.3D 1068.495 93589.6 69 1 ( 2 G )5s 3 G 5 ( 2 G )5p 1 G 4 0.5 1069.714 93482.9 72 7 ( 2 F )5s 3 F 4 ( 2 F )5p 3 D 3 −2.3 1069.815 93474.1 80 4 (3 2 D )5s 3 D 3 (3 2 D )5p 3 F 4 0.0 1071.237 93350.0 30 1 (1 2 D )5s 3 D 3 (1 2 D )5p 3 F 4 −0.1M ( 4 P )5s 5 P 1 ( 4 P )5p 5 D 2 0.4 1071.340 93341.1 19 1 (1 2 D )5s 1 D2 (1 2 D )5p 3 D 1 1.5 1071.476 93329.2 74 4 ( 2 H )5s 3 H 4 ( 2 H )5p 3 H 4 −0.4 1073.390 93162.8 53 1 (3 2 D )5s 3 D 2 ( 2G )5p 1 F 3 −1.1 1073.571 93147.1 21 1 ( 4 P )5s 5 P 2 ( 2 P )5p 3 P 2 0.3 1074.535 93063.5 79 4 ( 2 G )5s 3 G 3 ( 2 G )5p 3 G 4 −0.6D ( 2 G )5s 3 G 3 ( 4 P )5p 3 P 2 1.9D 1074.827 93038.2 5 1 (3 2 D )5s 3 D 1 ( 2 P )5p 3 S 1 0.0D ( 4 P )5s 3 P 2 ( 4 P )5p 3 P 1 1.5D 1076.903 92858.9 66 1 ( 4 P )5s 3 P 1 ( 4 P )5p 5 P 1 −1.1IV 1077.314 92823.4 65 1 ( 2 G )5s 3 G 4 ( 2 G )5p 3 G 5 0.1 1078.297 92738.8 12 1 ( 4 F )5s 3 F 2 ( 4 P )5p 5 D 2 0.0 1078.504 92721.0 61 1 ( 2 G )5s 3 G 3 ( 2 G )5p 3 F 3 −0.2 1079.047 92674.4 83 4 ( 2 G )5s 3 G 5 ( 2 G )5p 3 H 6 1.2 1079.715 92617.0 45 1 ( 2 P )5s 3 P 2 ( 4 P )5p 3 D 2 −0.1 1079.973 92594.9 32 1 ( 4 P )5s 5 P 1 ( 4 P )5p 5 D 0 0.4 1080.267 92569.7 41 1 ( 2 P )5s 3 P 1 ( 2 P )5p 3 D 2 0.2 1080.679 92534.4 71 4 (3 2 D )5s 3 D 3 ( 2 P )5p 3 D 2 −1.5V 1081.323 92479.3 46 1 ( 4 P )5s 5 P 2 ( 4 P )5p 5 D 3 −0.3 1082.102 92412.7 81 4 ( 4 F )5s 3 F 3 ( 4 P )5p 5 D 3 1.3D ( 4 P )5s 3 P 0 ( 4 P )5p 3 D 1 −1.9D 1082.969 92338.7 69 ( 2 P )5s 3 P 2 ( 4 P )5p 5 P 1 1.7D ( 4 F )5s 5 F 5 ( 4 F )5p 5 G 4 −1.6D 1083.278 92312.4 45 1 ( 4 P )5s 5 P 1 ( 2 P )5p 3 D 1 −1.7 1085.026 92163.7 10 1 ( 4 P )5s 3 P 2 (3 2 D )5p 3 D 1 1.6 1085.276 92142.5 51 1 ( 2 P )5s 3 P 2 ( 4 P )5p 3 D 3 0.4 1087.583 91947.0 67 1 ( 2 G )5s 3 G 4 ( 2 G )5p 1 G 4 0.7 1088.233 91892.1 50 7 ( 4 P )5s 5 P 2 ( 4 F )5p 3 G 3 −1.7 1088.285 91887.7 73 1 ( 2 G )5s 3 G 4 ( 2 H )5p 3 G 3 2.3D ( 4 F )5s 5 F 3 ( 4 F )5p 5 D 3 1.3D 1088.550 91865.3 31 1 ( 4 P )5s 5 P 3 ( 2 P )5p 3 P 2 −0.2 1088.655 91856.5 25 1 ( 2 H )5s 1 H 5 ( 2 H )5p 1 G 4 −0.9 1088.925 91833.7 44 1 ( 4 P )5s 3 P 1 ( 4 P )5p 3 S 1 0.4IV 1089.028 91825.0 45 1 ( 4 F )5s 3 F 3 ( 4 F )5p 3 G 3 −0.6 1089.442 91790.1 29 1 ( 2 P )5s 3 P 0 ( 2 P )5p 1 P 1 −1.0 1089.767 91762.7 4 1 ( 4 P )5s 3 P 1 ( 2 P )5p 1 S 0 0.2 1090.465 91704.0 40 1 ( 4 F )5s 3 F 2 ( 2 P )5p 3 D 1 0.7 1090.992 91659.7 69 4 (3 2 D )5s 3 D 3 ( 4 P )5p 5 P 3 −0.2 1091.500 91617.0 56 1 ( 4 P )5s 3 P 2 (3 2 D )5p 3 F 3 −0.3 1092.931 91497.1 44 1 ( 4 F )5s 3 F 3 ( 2 G )5p 3 F 4 −0.3 1093.359 91461.3 18 1 ( 2 P )5s 3 P 2 (3 2 D )5p 3 D 3 −1.4 1094.116 91398.0 51 1 ( 2 H )5s 3 H 4 ( 2 H )5p 3 H 5 0.1 1094.232 91388.3 42 1 ( 4 P )5s 3 P 2 (3 2 D )5p 3 F 2 −0.4 1095.108 91315.2 65 1 ( 2 H )5s 1 H 5 ( 2 H )5p 3 H 4 −0.1 1095.433 91288.1 77 4 ( 4 F )5s 5 F 4 ( 4 F )5p 3 G 5 0.2 1096.181 91225.8 78 4 ( 2 G )5s 1 G 4 ( 2 G )5p 1 H 5 0.5 1096.810 91173.5 85 4 ( 2 H )5s 3 H 6 ( 2 H )5p 3 I 7 0.2 1097.611 91107.0 25 1 (1 2 D )5s 3 D 1 (1 2 D )5p 3 P 0 0.3 1098.532 91030.6 21 1 ( 2 F )5s 3 F 2 (3 2 D )5p 1 P 1 0.9 1098.896 91000.4 21 1 ( 2 G )5s 3 G 3 ( 2 H )5p 3 G 4 0.9 1101.061 90821.5 72 4 ( 2 F )5s 1 F 3 ( 2 F )5p 3 F 4 −0.3 1101.458 90788.8 38 1 ( 2 P )5s 3 P 1 (3 2 D )5p 3 D 1 1.3 1101.619 90775.5 45 1 (3 2 D )5s 1 D 2 ( 2 F )5p 3 G 3 −1.0 1102.882 90671.5 50 4 4d 7 ( 4 P )5s 3 P 1 4d 7 ( 2 P )5p 1 D 2 1.2D ( 4 F )5s 5 F 4 ( 4 F )5p 5 G 3 −1.9D 1103.614 90611.4 68 4 ( 4 F )5s 5 F 3 ( 4 F )5p 3 F 4 0.6 1104.657 90525.8 52 1 ( 2 F )5s 3 F 2 (3 2 D )5p 1 D 2 0.5 1104.783 90515.5 46 1 ( 2 F )5s 1 F 3 ( 2 F )5p 3 D 2 −2.4 1105.553 90452.5 20 1 ( 2 G )5s 3 G 3 ( 4 P )5p 3 D 3 0.7 1105.688 90441.4 26 1 ( 4 F )5s 5 F 3 ( 4 P )5p 5 D 2 0.3 1105.978 90417.7 37 1 (3 2 D )5s 1 D 2 (3 2 D )5p 1 P 1 1.0 1106.135 90404.9 43 1 ( 2 P )5s 3 P 0 ( 4 P )5p 5 P 1 −0.9 1106.277 90393.3 67 1 ( 2 G )5s 1 G 4 ( 2 G )5p 3 G 4 −0.3 1106.433 90380.5 61 1 ( 2 P )5s 1 P 1 (3 2 D )5p 1 D 2 −2.0V 1106.785 90351.8 69 1 ( 2 F )5s 3 F 3 ( 2 F )5p 3 G 3 1.5 1107.615 90284.1 53 1 ( 4 P )5s 5 P 3 ( 2 G )5p 3 F 4 −0.2 1108.533 90209.3 34 1 (3 2 D )5s 3 D 3 (3 2 D )5p 3 F 3 0.2 1109.308 90146.3 55 1 ( 2 P )5s 3 P 2 ( 2 P )5p 1 D 2 −1.0 1109.618 90121.1 10 1 ( 2 G )5s 3 G 4 ( 2 P )5p 3 D 3 0.2 1110.084 90083.3 82 4 ( 4 F )5s 3 F 4 ( 4 F )5p 3 D 3 −1.1 1110.495 90049.9 71 1 ( 2 G )5s 1 G 4 ( 2 G )5p 3 F 3 −0.8 1110.951 90013.0 81 4 ( 2 G )5s 3 G 5 ( 2 H )5p 3 I 6 −0.2 1111.914 89935.0 78 1 ( 4 F )5s 5 F 2 ( 4 F )5p 5 D 3 −0.2 1112.816 89862.1 59 1 ( 4 P )5s 5 P 2 ( 4 F )5p 3 F 2 −0.2 1113.677 89792.6 81 4 ( 4 F )5s 3 F 4 ( 4 F )5p 5 G 5 0.3 1113.903 89774.4 61 1 ( 2 P )5s 3 P 1 ( 2 G )5p 3 F 2 −1.5D ( 2 G )5s 3 G 3 (3 2 D )5p 3 D 3 2.0D 1115.053 89681.8 11 1 (3 2 D )5s 3 D 2 ( 2 P )5p 3 D 2 0.2 1116.442 89570.3 72 7 ( 4 F )5s 3 F 2 ( 2 P )5p 3 P 2 −0.2 1117.155 89513.1 41 1 ( 4 F )5s 5 F 3 ( 4 P )5p 5 S 2 0.8D (1 2 D )5s 1 D 2 (1 2 D )5p 1 F 3 −1.9D 1118.207 89428.9 36 4 ( 4 P )5s 5 P 2 ( 4 F )5p 3 F 3 2.0 1118.813 89380.4 51 1 ( 2 P )5s 3 P 0 ( 4 P )5p 3 S 1 1.3 1119.085 89358.7 70 1 ( 4 F )5s 3 F 3 ( 4 F )5p 3 F 3 0.0 1119.427 89331.4 50 7 ( 2 G )5s 3 G 4 ( 4 P )5p 5 D 4 −1.5 1119.504 89325.3 60 1 ( 4 F )5s 5 F 2 ( 4 F )5p 5 D 1 −0.8 1120.128 89275.5 58 1 (3 2 D )5s 3 D 1 ( 2 P )5p 3 D 2 0.1 1120.811 89221.1 58 1 ( 2 G )5s 3 G 4 ( 2 G )5p 3 G 3 0.2 1122.197 89110.9 75 1 ( 4 F )5s 3 F 3 ( 4 F )5p 3 G 4 −0.4 1123.876 88977.8 84 1 ( 2 P )5s 3 P 1 ( 4 P )5p 3 P 2 0.9 1124.281 88945.7 22 1 (3 2 D )5s 3 D 3 ( 2 G )5p 3 G 4 −0.1V 1124.776 88906.6 81 4 ( 2 H )5s 1 H 5 ( 2 H )5p 1 I 6 1.0 1125.740 88830.5 12 1 ( 4 P )5s 5 P 1 ( 4 F )5p 3 D 1 1.1 1126.051 88805.9 61 1 (3 2 D )5s 3 D 2 ( 4 P )5p 5 P 3 0.3 1126.150 88798.1 33 7 ( 2 F )5s 1 F 3 ( 2 F )5p 3 D 3 −2.1 1126.412 88777.5 59 7 ( 2 G )5s 1 G 4 ( 2 H )5p 3 I 5 −0.7IV 1127.555 88687.5 83 4 ( 4 F )5s 3 F 4 ( 4 F )5p 5 F 4 −1.0D ( 2 F )5s 1 F 3 ( 2 F )5p 3 G 4 1.5D 1127.875 88662.3 57 1 ( 2 P )5s 1 P 1 (3 2 D )5p 3 D 2 −0.7 1128.899 88581.9 73 1 ( 4 F )5s 3 F 3 ( 4 F )5p 3 D 2 −0.2D ( 4 P )5s 5 P 3 ( 4 F )5p 3 F 2 0.9D 1129.765 88514.0 56 1 ( 4 F )5s 5 F 1 ( 4 F )5p 5 D 0 −0.4 1130.085 88488.9 69 1 ( 4 F )5s 5 F 2 ( 4 P )5p 5 D 2 −1.0 1130.732 88438.3 75 4 ( 2 F )5s 3 F 4 ( 2 F )5p 1 G 4 0.2 1131.595 88370.8 40 7 (3 2 D )5s 3 D 1 ( 4 P )5p 3 P 1 2.8D ( 2 G )5s 3 G 5 ( 2 G )5p 3 H 4 −1.2D 1132.278 88317.5 78 4 ( 4 F )5s 3 F 2 ( 4 F )5p 3 G 3 0.0 1132.921 88267.4 79 4 ( 4 F )5s 5 F 4 ( 4 F )5p 5 G 4 1.1 1133.553 88218.2 71 1 ( 4 F )5s 3 F 2 ( 4 F )5p 3 D 1 −0.4D ( 4 P )5s 3 P 2 ( 4 P )5p 3 D 2 1.5D 1134.206 88167.4 80 1 ( 4 F )5s 5 F 1 ( 4 F )5p 5 D 1 0.7 1134.489 88145.4 74 1 ( 4 P )5s 5 P 3 ( 4 F )5p 3 F 3 −0.2 1134.989 88106.6 37 1 ( 4 P )5s 3 P 1 ( 4 P )5p 5 D 1 −0.3 1135.343 88079.1 78 4 4d 7 ( 2 P )5s 3 P 2 4d 7 ( 2 P )5p 3 D 3 −0.1V 1135.579 88060.8 82 4 ( 2 F )5s 3 F 4 ( 2 F )5p 3 G 3 −1.3V 1135.813 88042.7 67 1 ( 2 H )5s 3 H 5 ( 2 H )5p 3 I 5 −0.2 1137.052 87946.7 34 1 ( 2 P )5s 3 P 1 ( 2 P )5p 1 P 1 −0.6 1137.187 87936.3 37 1 ( 4 P )5s 3 P 2 ( 4 P )5p 5 P 1 −0.3 1137.685 87897.8 86 4 ( 4 P )5s 5 P 3 ( 4 P )5p 3 G 4 −0.4 1138.268 87852.8 10 1 (1 2 D )5s 3 D 1 (1 2 D )5p 3 P 1 0.8 1138.453 87838.5 17 1 ( 2 F )5s 1 F 3 ( 2 F )5p 3 F 3 2.0 1139.343 87769.9 79 1 ( 4 F )5s 5 F 2 ( 4 P )5p 5 G 2 1.1 1139.576 87751.9 74 1 ( 4 P )5s 5 P 2 ( 2 P )5p 3 P 1 0.1 1139.732 87739.9 79 1 ( 4 P )5s 3 P 2 ( 4 P )5p 3 D 3 −1.8V 1140.602 87673.0 51 1 ( 2 F )5s 1 F 3 ( 2 P )5p 3 P 2 −0.4 1141.618 87595.0 73 1 ( 2 H )5s 3 H 5 ( 2 H )5p 3 G 4 1.3 1141.765 87583.7 49 1 ( 2 P )5s 3 P 2 ( 4 P )5p 5 D 1 −0.2 1142.079 87559.6 65 4 ( 4 F )5s 5 F 2 ( 4 P )5p 5 S 2 −1.5M (3 2 D )5s 1 D 2 (3 2 D )5p 1 F 3 0.6 1142.951 87492.8 72 1 (3 2 D )5s 3 D 1 (3 2 D )5p 3 D 1 −0.6 1143.240 87470.7 17 1 ( 2 P )5s 3 P 2 ( 4 P )5p 5 P 2 0.3 1144.085 87406.1 75 4 ( 4 P )5s 5 P 3 ( 4 F )5p 5 G 3 0.6 1144.564 87369.5 77 1 ( 4 P )5s 5 P 3 ( 4 P )5p 3 D 2 0.5 1144.763 87354.3 52 1 (3 2 D )5s 3 D 2 (3 2 D )5p 3 P 3 −0.5 1145.084 87329.8 77 1 ( 4 F )5s 5 F 1 ( 4 P )5p 5 D 2 −0.7 1147.693 87131.3 75 1 ( 2 F )5s 3 F 3 ((3 2 D )5p 1 F 3 −1.5 1147.773 87125.2 76 1 (3 2 D )5s 3 D 2 (3 2 D )5p 3 F 2 −1.0 1148.089 87101.3 40 1 ( 2 G )5s 1 G 4 (3 2 D )5p 3 D 3 −0.6D (1 2 D )5s 3 D 3 (1 2 D )5p 3 P 3 1.5D 1148.263 87088.1 66 1 ( 4 P )5s 3 P 0 ( 4 P )5p 3 P 1 2.0 1148.611 87061.7 17 1 ( 4 P )5s 3 P 2 (3 2 D )5p 3 D 3 −0.6 1149.686 86980.3 54 1 (1 2 D )5s 3 D 2 (1 2 D )5p 3 P 1 −1.8 1150.609 86910.5 46 1 ( 4 P )5s 3 P 2 ( 4 P )5p 3 S 1 0.6IV 1150.785 86897.2 63 1 ( 4 P )5s 5 P 1 ( 4 F )5p 3 F 2 0.4 1151.519 86841.8 62 7 ( 2 P )5s 3 P 1 ( 4 P )5p 3 D 2 −0.3 1151.956 86808.9 76 7 (3 2 D )5s 3 D 3 ( 4 P )5p 3 D 2 0.4 1152.771 86747.5 49 1 ( 4 F )5s 3 F 4 ( 4 F )5p 5 D 3 −0.5 1153.017 86729.0 68 1 ( 2 G )5s 3 G 4 ( 2 G )5p 3 H 4 −0.2 1154.921 86586.0 12 1 ( 2 F )5s 3 F 2 ( 2 F )5p 1 D 2 0.3 1155.220 86563.6 11 1 ( 2 P )5s 3 P 1 ( 4 P )5p 5 P 1 1.6 1155.793 86520.7 78 1 (1 2 D )5s 3 D 1 (1 2 D )5p 3 F 2 0.3 1155.873 86514.7 73 1 ( 2 P )5s 3 P 2 ( 4 P )5p 5 D 2 0.7 1156.318 86481.4 16 1 (3 2 D )5s 3 D 1 ( 2 G )5p 3 F 2 −0.4 1156.845 86442.0 68 1 ( 2 P )5s 1 P 1 ( 2 F )5p 1 D 2 −0.9 ( 2 P )5s 3 P 3 ( 2 H )5p 1 G 4 0.3M 1157.135 86420.3 85 4 ( 4 P )5s 5 P 5 ( 4I )5p 5 F 5 0.9 ( 2 G )5s 1 G 4 ( 2 G )5p 3 G 5 −0.5M 1157.387 86401.5 68 1 ( 4 P )5s 5 P 1 ( 4 P )5p 5 S 2 −0.2 1158.300 86333.4 4 1 (3 2 D )5s 3 D 3 ( 4 P )5p 3 D 3 −0.1 1158.947 86285.2 74 1 ( 4 F )5s 3 F 2 ( 4 F )5p 3 F 2 −0.8 1159.997 86207.1 10 1 ( 2 F )5s 3 F 2 ( 4 P )5p 3 D 1 0.7 1160.358 86180.3 66 1 ( 4 P )5s 3 P 1 ( 2 P )5p 3 P 0 0.0 1161.602 86088.0 52 1 (3 2 D )5s 3 D 2 ( 4 P )5p 3 P 2 −1.0 1161.931 86063.6 45 1 ( 2P )5s 1 P 1 ( 4 P )5p 3 D 1 0.0 1162.060 86054.1 16 1 ( 2 H )5s H 6 ( 2 G )5p 3 H 6 0.3 1163.160 85972.7 63 1 (3 2 D )5s 1 D 2 ( 2 F )5p 1 D 2 0.0 1163.396 85955.3 83 4 ( 4 F )5s 5 F 4 ( 4 F )5p 5 F 3 0.7 1164.147 85899.8 31 1 ( 2 F )5s 3 F 3 ( 2 H )5p 3 H 4 0.2 1165.878 85772.3 80 7 ( 4 F )5s 5 F 3 ( 4 F )5p 5 F 2 0.1IV 1166.228 85746.5 67 1 ( 4 P )5s 3 P 2 ( 2 P )5p 1 D 2 −0.4 1166.993 85690.3 67 7 ( 2 P )5s 1 P 1 ( 4 P )5p 3 P 0 −1.0 1167.079 85684.0 76 1 ( 4 P )5s 5 P 1 ( 4 F )5p 3 D 2 −0.8T ( 2 H )5s 3 H 5 ( 2 G )5p 3 G 5 −1.5T (3 2 D )5s 3 D 1 ( 4 P )5p 3 P 2 1.2T 1167.474 85655.0 85 4 4d 7 (3 2 D )5s 3 D 3 4d 7 (3 2 D )5p 3 D 3 0.9 1168.056 85612.3 87 4 ( 4 F )5s 5 F 2 ( 4 F )5p 5 F 1 1.7 1169.959 85473.1 72 1 ( 4 F )5s 3 F 4 ( 4 F )5p 3 F 4 0.7 1170.278 85449.8 85 4 ( 2 G )5s 3 G 5 ( 2 G )5p 3 F 4 0.8 1170.718 85417.7 82 4 ( 2 H )5s 3 H 4 ( 2 G )5p 1 H 5 0.0 1171.313 85374.3 27 1 ( 4 F )5s 3 F 3 ( 4 F )5p 3 D 3 −0.4 1176.505 84997.5 84 4 ( 4 F )5s 5 F 3 ( 4 F )5p 5 G 4 −0.9IV 1178.635 84843.9 65 1 ( 2 F )5s 3 F 4 (3 2 D )5p 1 F 3 −0.7 1179.126 84808.6 57 1 ( 2 H )5s 3 H 5 ( 2 G )5p 1 G 4 0.1 1179.430 84786.7 37 1 ( 4 P )5s 5 P 1 ( 2 P )5p 3 P 1 0.4 1180.027 84743.8 84 4 ( 4 F )5s 5 F 5 ( 4 F )5p 5 D 4 0.7 1183.243 84513.5 58 1 ( 2 P )5s 1 P 1 (3 2 D )5p 3 P 2 0.0 1184.134 84449.9 70 1 ( 4 F )5s 5 F 1 ( 4 F )5p 5 P 1 −1.3 1187.039 84243.2 44 1 ( 2 H )5s 3 H 4 ( 2 G )5p 3 F 3 0.1 1187.988 84175.9 31 1 ( 4 F )5s 3 F 2 ( 2 P )5p 3 P 1 0.4 1188.205 84160.6 47 1 ( 4 P )5s 5 P 3 ( 4 F )5p 3 D 3 −1.0 1188.320 84152.4 58 1 ( 2 F )5s 3 F 4 ( 2 H )5p 1 G 4 −1.1 1188.577 84134.2 62 1 ( 2 G )5s 3 G 4 ( 4 F )5p 3 G 3 −0.2 1189.078 84098.8 81 4 ( 2 G )5s 3 G 5 ( 2 G )5p 3 H 5 0.0 1189.856 84043.8 63 4 (3 2 D )5s 1 D 2 (3 2 D )5p 3 F 2 0.5IV 1190.775 83978.9 54 1 ( 4 F )5s 3 F 3 ( 4 F )5p 5 F 4 0.1 1191.125 83954.2 59 7 (3 2 D )5s 3 D 2 ( 4 P )5p 3 D 2 0.0 1192.020 83891.2 81 4 ( 2 H )5s 3 H 5 ( 2 G )5p 3 H 6 −1.4 1193.029 83820.3 77 4 ( 4 F )5s 5 F 2 ( 4 F )5p 5 F 2 −0.7 1193.253 83804.5 80 4 ( 2 G )5s 3 G 4 ( 2 G )5p 3 F 4 −1.7IV 1193.957 83755.1 85 4 ( 2 F )5s 1 F 3 ( 2 F )5p 1 G 4 2.0 1195.135 83672.6 26 1 (3 2 D )5s 3 D 2 ( 4 P )5p 5 P 1 −1.5 1195.915 83618.0 16 7 ( 2 F )5s 3 F 3 (3 2 D )5p 3 P 2 0.9 1195.999 83612.1 25 1 ( 2 F )5s 3 F 4 ( 2 H )5p 3 H 4 0.7 1196.932 83546.9 57 1 ( 2 P )5s 3 P 0 ( 2 P )5p 3 D 1 −0.4 (3 2 D )5s 3 D 1 ( 4 P )5p 3 D 2 −1 1D 1198.136 83463.0 75 4 ( 2 H )5s 3 H 6 ( 2 H )5p 3 G 5 −1.6 1198.999 83402.9 60 7 ( 2 H )5s 1 H 5 ( 2 G )5p 1 H 5 −0.5 1199.157 83391.9 84 4 ( 2 H )5s 3 H 6 ( 2 H )5p 3 I 6 −1.9V 1199.432 83372.8 70 4 ( 4 P )5s 3 P 0 ( 2 P )5p 1 P 1 1.5V 1199.833 83344.9 60 1 ( 2 P )5s 3 P 2 ( 2 P )5p 3 P 2 −0.8 1200.955 83267.1 50 7 (3 2 D )5s 3 D 1 ( 4 P )5p 5 P 1 −0.8 1201.719 83214.1 79 1 (1 2 D )5s 3 D 3 (1 2 D )5p 3 P 2 −0.9 1202.172 83182.8 65 1 ( 4 P )5s 3 P 2 ( 4 P )5p 5 D 1 −0.7 1204.875 82996.2 83 4 ( 2 G )5s 3 G 3 ( 2 G )5p 3 H 4 −1.0 1205.249 82970.4 83 4 ( 2 H )5s 3 H 4 ( 2 H )5p 3 I 5 −0.2 1205.833 82930.2 29 1 ( 2 G )5s 1 G 4 ( 4 P )5p 5 D 4 −0.2 1206.548 82881.1 86 4 ( 4 F )5s 3 F 4 ( 4 F )5p 3 G 5 −0.5 1207.477 82817.3 79 1 ( 2 G )5s 1 G 4 ( 2 G )5p 3 G 3 −1.1 1207.756 82798.2 65 1 (3 2 D )5s 3 D 2 (3 2 D )5p 3 D 3 −1.6 1208.229 82765.8 46 1 ( 4 P )5s 5 P 3 ( 4 F )5p 5 F 4 0.1 1209.392 82686.2 78 1 ( 4 F )5s 5 F 3 ( 4 F )5p 5 F 3 −0.5 1209.520 82677.4 73 1 ( 2 P )5s 3 P 2 ( 4 P )5p 5 D 3 −1.1 1209.787 82659.2 76 1 ( 4 F )5s 5 F 1 ( 4 F )5p 5 F 2 −2.4 1211.082 82570.8 79 1 ( 2 H )5s 1 H 5 ( 2 G )5p 3 G 4 −0.9 1211.643 82532.6 20 1 (1 2 D )5s 1 D 2 (1 2 D )5p 3 F 3 0.8 1212.778 82455.3 85 4 ( 2 G )5s 3 G 4 ( 2 G )5p 3 H 5 −0.7 1215.531 82268.6 60 7 ( 4 F )5s 3 F 4 ( 4 F )5p 5 G 3 1.5D (3 2 D )5s 3 D 3 ( 2 P )5p 3 D 3 −2.0D 1216.973 82171.1 83 1 (3 2 D )5s 3 D 1 ( 2 P )5p 1 S 0 0.7 1217.821 82113.9 79 1 ( 4 P )5s 3 P 2 ( 4 P )5p 5 D 2 0.3 1217.938 82106.0 83 1 ( 4 P )5s 5 P 2 ( 4 F )5p 5 D 3 −0.5 1218.929 82039.2 72 1 ( 2 G )5s 1 G 4 ( 2 H )5p 3 G 5 0.5 1220.410 81939.7 82 1 ( 2 F )5s 3 F 4 ( 2 G )5p 1 F 3 −0.5 1221.500 81866.6 82 1 4d 7 ( 4 F )5s 3 F 2 4d 7 ( 4 F )5p 3 D 3 0.0IV 1222.365 81808.6 69 7 ( 2 P )5s 3 P 1 ( 4 P )5p 5 D 1 −0.3 1224.064 81695.1 31 7 ( 2 P )5s 3 P 1 ( 4 P )5p 5 P 2 −0.3IV 1224.290 81680.0 55 7 ( 2 F )5s 3 F 4 ( 2 H )5p 3 H 5 0.3 1224.506 81665.6 40 4 ( 2 G )5s 3 G 4 ( 4 F )5p 3 F 3 −1.9 1224.575 81661.0 40 7 (3 2 D )5s 3 D 3 ( 4 P )5p 5 P 2 −0.8 1224.659 81655.4 50 7 ( 2 G )5s 3 G 3 ( 2 P )5p 3 P 2 0.0 1224.857 81642.2 5 1 ( 2 P )5s 1 P 1 ( 2 P )5p 3 D 2 −0.3 1227.030 81497.6 85 1 ( 4 P )5s 5 P 2 ( 4 F )5p 5 D 1 0.2 1227.238 81483.8 56 1 (3 2 D )5s 3 D 2 ( 2 P )5p 1 D 2 −0.6 1228.193 81420.4 55 1 ( 2 G )5s 3 G 4 ( 4 F )5p 3 G 4 0.3 1229.959 81303.5 49 1 ( 2 H )5s 3 H 5 ( 2 H )5p 3 G 5 0.1 1231.018 81233.6 87 4 ( 2 H )5s 3 H 5 ( 2 H )5p 3 I 6 1.0 1231.805 81181.7 78 1 (3 2 D )5s 3 D 2 ( 3 H )5p 3 G 3 0.9 1231.948 81172.3 26 1 (3 2 D )5s 1 D 2 ( 2 P )5p 3 D 2 0.0 1233.379 81078.1 76 1 ( 4 P )5s 3 P 2 ( 2 P )5p 3 D 1 0.0D (3 2 D )5s 3 D 1 ( 2 P )5p 1 D 2 −0.1D 1235.218 80957.4 82 1 ( 2 H )5s 1 H 5 ( 2 H )5p 3 I 5 1.1 ( 4 P )5s 3 P 0 ( 4 P )5p 3 S 1 −1.9M 1235.952 80909.3 41 1 ( 2 F )5s 3 F 2 ( 4 P )5p 5 P 3 0.0 1237.253 80824.2 86 4 ( 4 P )5s 5 P 3 ( 4 F )5p 5 D 3 −1.0 1237.734 80792.8 64 1 ( 2 F )5s 1 F 3 (3 2 D )5p 3 D 2 −0.6 1238.197 80762.6 86 4 ( 4 F )5s 3 F 3 ( 4 F )5p 3 F 4 −0.1 1238.470 80744.8 85 7 ( 2 F )5s 3 F 3 ( 2 P )5p 3 D 2 −1.3 1238.602 80736.2 40 7 ( 2 P )5s 3 P 1 ( 4 P )5p 5 D 2 −2.8 1239.073 80705.5 50 4 (3 2 D )5s 3 D 3 ( 4 P )5p 5 D 2 0.1 1239.632 80669.1 89 4 ( 4 F )5s 5 F 4 ( 4 F )5p 5 D 4 0.0 1239.746 80661.7 70 4 ( 4 P )5s 5 P 2 ( 4 P )5p 5 D 2 0.5 1240.490 80613.3 87 1 ( 2 H )5s 3 H 4 ( 2 G )5p 3 G 5 0.1 1240.804 80592.9 70 4 ( 4 F )5s 3 F 3 ( 4 P )5p 5 D 2 −0.1 1244.921 80326.4 75 4 ( 2 G )5s 1 G 4 ( 2 G )5p 3 H 4 −0.3 1245.386 80296.4 60 1 (3 2 D )5s 1 D 2 ( 4 P )5p 5 P 3 0.1 1249.041 80061.4 73 1 ( 2 P )5s 3 P 2 ( 4 F )5p 3 F 2 0.2D ( 2 P )5s 3 P 0 ( 4 F )5p 3 D 1 –1.2D 1250.256 79983.6 70 1 ( 2 P )5s 3 P 1 ( 4 P )5p 5 D 0 −0.3 1250.941 79939.8 85 4 ( 4 P )5s 5 P 2 ( 4 F )5p 5 G 2 −0.3 1251.837 79882.6 54 1 ( 2 P )5s 3 P 1 ( 2 P )5p 3 P 0 0.3 1252.014 79871.3 27 1 ( 4 F )5s 3 F 3 ( 4 F )5p 5 G 2 −0.6 1252.185 79860.4 84 1 ( 4 F )5s 3 F 4 ( 4 F )5p 5 G 4 0.4 ( 2 P )5s 1 P 1 (3 2 D )5p 3 D 1 –0.1M 1254.213 79731.3 84 4 ( 4 P )5s 5 P 2 ( 4 P )5p 5 S 2 −1.1 1254.645 79703.8 68 1 ( 2 P )5s 3 P 1 ( 2 P )5p 3 D 1 0.3 1255.266 79664.4 87 4 ( 4 F )5s 3 F 3 ( 4 P )5p 5 S 2 0.2 1256.427 79590.8 50 7 ( 2 H )5s 3 H 5 ( 2 G )5p 3 H 4 −0.6 1258.395 79466.3 35 7 ( 2 F )5s 1 F 3 ( 2 H )5p 1 G 4 −2.2 1259.195 79415.8 35 1 (3 2 D )5s 3 D 2 ( 2 P )5p 3 D 3 −0.5 1259.527 79394.9 60 4 ( 2 F )5s 3 F 4 (3 2 D )5p 3 F 4 −1.2 1259.774 79379.3 29 1 ( 4 P )5s 5 P 3 ( 4 P )5p 5 D 2 −0.6 1259.874 79373.0 73 1 ( 4 P )5s 3 P 1 ( 4 F )5p 3 D 2 0.8 1262.171 79228.6 34 1 ( 2 F )5s 3 F 2 (3 2 D )5p 3 F 2 −1.3 1264.453 79085.6 28 1 ( 2 P )5s 1 P 1 (3 2 D )5p 3 F 2 −1.5 1266.701 78945.2 80 1 ( 4 P )5s 3 P 2 ( 2 P )5p 3 P 2 −0.1 1267.755 78879.6 55 1 ( 4 P )5s 5 P 1 ( 4 F )5p 5 D 0 0.0 1268.240 78849.4 38 7 ( 2 P )5s 3 P 2 ( 4 F )5p 3 D 2 0.2D ( 2 P )5s 1 P 1 ( 2 G )5p 3 F 2 0.5D 1271.320 78658.4 65 1 ( 4 P )5s 5 P 3 ( 4 F )5p 5 G 2 −0.4 1272.287 78598.6 73 1 ( 2 H )5s 1 H 5 ( 2 G )5p 3 G 5 −0.3 1272.705 78572.8 53 1 ( 2 F )5s 1 F 3 ( 2 F )5p 1 D 2 −0.5 1273.381 78531.1 86 4 ( 4 P )5s 5 P 1 ( 4 F )5p 5 D 1 −0.8D ( 4 F )5s 3 F 2 ( 4 F )5p 5 D 3 0.9D 1273.634 78515.5 74 1 4d 7 (3 2 D )5s 3 D 2 4d 7 ( 2 G )5p 3 G 3 −0.8D (3 2 D )5s 3 D 1 ( 4 P )5p 5 D 1 0.7D 1274.312 78473.7 69 1 ( 4 P )5s 3 P 1 ( 2 P )5p 3 P 1 0.0 1274.676 78451.3 86 4 ( 4 P )5s 5 P 3 ( 4 P )5p 5 S 2 0.2 1275.198 78419.2 7 1 ( 2 F )5s 3 F 3 (3 2 D )5p 3 F 3 −0.1 1275.491 78401.2 2 1 (3 2 D )5s 3 D 1 ( 4 P )5p 5 P 2 −0.1 1275.860 78378.5 23 1 (3 2 D )5s 1 D 2 ( 2 G )5p 3 F 2 −0.2 1275.987 78370.7 63 1 ( 2 G )5s 3 G 3 ( 4 F )5p 3 F 2 −0.2 1276.857 78317.3 35 2 ( 2 G )5s 1 G 4 ( 4 P )5p 5 D 3 −0.4 1277.501 78277.8 75 1 ( 4 P )5s 3 P 2 ( 4 P )5p 5 D 3 −0.3 1278.913 78191.4 60 7 ( 2 F )5s 3 F 2 ( 4 P )5p 3 P 2 −1.3 1281.264 78047.9 51 1 ( 2 P )5s 1 P 1 ( 4 P )5p 3 P 2 −2.0 1282.854 77951.2 83 1 ( 2 P )5s 3 P 2 ( 2 P )5p 3 P 1 0.5 ( 2 F )5s 3 F 3 ( 2 G )5p 3 F 2 −1.3M (1 2 D )5s 3 D 3 ( 2 F )5p 1 F 3 −1.3M 1283.201 77930.1 70 7 ( 2 G )5s 3 G 5 ( 4 F )5p 5 F 4 −0.3 1283.348 77921.2 79 4 ( 4 F )5s 3 F 2 ( 4 F )5p 5 D 1 0.1 1284.500 77851.3 20 1 ( 2 F )5s 3 F 2 ( 2 G )5p 3 F 3 −1.0 1285.653 77781.5 55 4 ( 4 P )5s 5 P 2 ( 4 F )5p 5 F 1 −0.4 1286.485 77731.2 61 1 ( 2 G )5s 1 G 4 ( 4 F )5p 3 G 3 −0.7 1286.649 77721.3 87 4 ( 2 H )5s 1 H 5 ( 2 G )5p 1 G 4 −0.6 1287.069 77695.9 65 1 ( 4 P )5s 5 P 1 ( 4 P )5p 5 D 2 0.2 1287.130 77692.2 40 1 ( 4 P )5s 3 P 2 ( 4 F )5p 3 G 3 −0.1 1287.271 77683.7 41 1 ( 2 G )5s 3 G 4 ( 4 F )5p 3 D 3 0.2 1288.231 77625.8 85 4 ( 4 P )5s 5 P 2 ( 4 F )5p 5 G 3 0.2 1288.977 77580.9 40 2 ( 2 F )5s 3 F 4 ( 4 P )5p 5 P 3 −1.0D (3 2 D )5s 1 D 2 ( 4 P )5p 3 P 2 1.2D 1289.366 77557.5 70 4 ( 4 F )5s 3 F 3 ( 4 F )5p 5 G 3 0.1 1289.502 77549.3 81 4 ( 4 F )5s 3 F 4 ( 4 F )5p 5 F 3 1.0 1290.659 77479.8 50 4 ( 2 H )5s 3 H 6 ( 2 G )5p 3 H 5 0.4 1291.246 77444.6 63 1 (3 2 D )5s 3 D 1 ( 4 P )5p 5 D 2 −0.3 1291.953 77402.2 36 1 ( 2 G )5s 1 G 4 ( 2 G )5p 3 F 4 −1.5 1292.097 77393.6 6 1 ( 2 G )5s 3 G 4 ( 4 F )5p 5 G 5 2.2 1294.684 77238.9 49 1 (3 2 D )5s 1 D 2 ( 2 G )5p 3 F 3 −0.4 1296.069 77156.4 73 7 ( 2 F )5s 3 F 3 ( 2 G )5p 3 G 4 0.4 1297.269 77085.0 75 1 ( 4 F )5s 3 F 2 ( 4 P )5p 5 D 2 0.1 1298.517 77010.9 66 1 ( 2 H )5s 3 H 4 ( 2 G )5p 3 G 3 0.1 1301.853 76813.6 75 4 ( 2 F )5s 3 F 3 ( 2 G )5p 3 F 3 0.5 1301.983 76805.9 81 1 ( 2 H )5s 1 H 5 ( 2 G )5p 3 H 6 −0.1 1302.636 76767.4 80 1 ( 4 P )5s 5 P 1 ( 4 P )5p 5 S 2 0.5 1303.959 76689.5 30 1 (3 2 D )5s 3 D 1 ( 4 P )5p 5 D 0 −0.3 1304.737 76643.8 2 1 ( 2 F )5s 1 F 3 (3 2 D )5p 3 P 2 −0.1 1305.689 76587.9 2 1 (3 2 D )5s 3 D 1 ( 2 P )5p 3 P 0 −0.3 1306.354 76548.9 2 1 (3 2 D )5s 1 D 2 ( 2 P )5p 1 P 1 −1.2 1309.521 76363.8 82 4 ( 4 F )5s 3 F 2 ( 4 F )5p 5 G 2 0.0 1313.096 76155.9 40 7 ( 4 F )5s 3 F 2 ( 4 F )5p 5 S 2 −0.2 1314.807 76056.8 25 7 ( 2 F )5s 3 F 2 ( 4 P )5p 3 D 2 −1.1 1314.869 76053.2 70 1 ( 2 G )5s 1 G 4 ( 2 G )5p 3 H 5 −0.3 1315.462 76018.9 63 1 ( 2 P )5s 3 P 0 ( 2 P )5p 3 P 1 −0.6 1315.919 75992.5 70 1 ( 4 P )5s 5 P 2 ( 4 F )5p 5 F 2 0.2 1317.107 75924.0 70 1 ( 4 F )5s 3 F 3 ( 4 F )5p 5 F 2 −0.1 1321.008 75699.8 38 1 ( 2 F )5s 3 F 4 ( 2 G )5p 1 H 5 0.3 1321.695 75660.4 40 1 ( 4 P )5s 3 P 2 ( 4 F )5p 3 F 2 −0.4 1323.059 75582.4 29 1 ( 2 F )5s 3 F 2 ( 4 P )5p 3 D 3 −0.5V 1325.479 75444.4 22 1 (3 2 D )5s 1 D 2 ( 4 P )5p 3 D 2 −0.5 1327.706 75317.9 10 1 ( 2 H )5s 3 H 5 ( 2 G )5p 3 H 5 −0.3 1328.642 75264.8 67 1 ( 2 G )5s 1 G 4 ( 4 F )5p 3 F 3 −0.2 1329.351 75224.7 54 1 ( 4 P )5s 3 P 2 ( 4 F )5p 3 F 3 −0.7 1330.422 75164.1 29 1 (3 2 D )5s 1 D 2 ( 4 P )5p 5 P 1 −0.7 1330.681 75149.5 70 1 ( 4 F )5s 3 P 3 ( 4 F )5p 5 G 4 −0.8 1331.081 75126.9 15 1 4d 7 ( 4 P )5s 3 P 0 4d 7 ( 2 P )5p 3 D 1 −0.6 1331.409 75108.4 41 2 ( 2 H )5s 1 H 5 ( 4 P )5p 5 D 4 −0.1 1336.613 74816.0 61 1 ( 4 P )5s 5 P 1 ( 4 F )5p 5 F 1 −0.4 1337.784 74750.5 2 1 ( 2 F )5s 3 F 2 ( 4 P )5p 3 S 1 −0.6 1338.394 74716.4 65 4 ( 2 G )5s 3 G 5 ( 4 F )5p 3 F 4 2.1 1338.464 74712.5 65 4 ( 4 P )5s 5 P 3 ( 4 F )5p 5 F 2 1.5 1340.344 74607.7 8 1 ( 2 P )5s 1 P 1 ( 4 P )5p 3 S 1 −0.6 1341.598 74538.0 5 1 ( 2 P )5s 1 P 1 ( 2 P )5p 1 S 0 0.5 1341.940 74519.0 61 1 ( 2 H )5s 3 H 4 ( 2 G )5p 3 H 4 −0.1 1345.055 74346.4 51 1 ( 2 G )5s 3 G 4 ( 4 F )5p 5 D 3 −0.7 1346.225 74281.8 47 1 ( 2 H )5s 3 H 5 ( 4 F )5p 3 G 4 −0.5 1346.760 74252.3 14 2 (3 2 D )5s 3 D 3 ( 4 F )5p 3 F 2 −0.3 1347.411 74216.4 13 1 ( 2 H )5s 1 H 5 ( 2 H )5p 3 G 5 −0.4 1347.615 74205.2 77 1 ( 4 F )5s 3 F 2 ( 4 F )5p 5 F 1 −0.4 1348.681 74146.5 81 4 ( 2 H )5s 1 H 5 ( 2 H )5p 3 I 6 0.5 1350.450 74049.4 76 1 ( 4 F )5s 3 F 2 ( 4 F )5p 5 G 3 0.1 1352.447 73938.4 88 4 ( 4 F )5s 3 F 4 ( 4 F )5p 5 F 5 −0.7D ( 4 P )5s 5 P 3 ( 4 F )5p 5 G 4 1.2D 1353.849 73863.5 10 1 ( 2 F )5s 3 F 3 (3 2 D )5p 3 D 3 −0.8 1354.701 73817.0 25 2 (3 2 D )5s 3 D 3 ( 4 F )5p 3 F 3 −0.2 1359.377 73563.1 2 1 (1 2 D )5s 3 D 1 ( 2 F )5p 3 D 1 −1.6 1363.680 73331.0 7 1 (3 2 D )5s 3 D 2 ( 4 F )5p 3 D 1 0.1 1363.849 73321.9 27 1 (1 2 D )5s 3 D 2 ( 2 F )5p 3 D 2 0.4 1364.543 73284.6 65 1 ( 2 F )5s 3 F 2 ( 2 H )5p 3 G 3 0.1 1371.291 72924.0 2 1 (3 2 D )5s 3 D 1 ( 4 F )5p 3 D 1 −0.7 1372.917 72837.6 39 1 ( 4 F )5s 3 F 3 ( 4 F )5p 5 F 3 −1.0 1383.847 72262.3 27 1 ( 4 F )5s 3 F 4 ( 4 F )5p 5 D 4 −0.5 1384.150 72246.5 50 1 ( 2 F )5s 3 F 3 ( 2 H )5p 3 G 3 1.2 1397.122 71575.7 42 2 ( 2 F )5s 3 F 4 (3 2 D )5p 3 D 3 −0.4 1398.226 71519.2 6 1 ( 2 F )5s 3 F 2 ( 2 P )5p 3 D 3 −0.8 1400.900 71382.7 55 1 ( 4 P )5s 3 P 1 ( 4 P )5p 5 D 2 −0.4 1403.680 71241.3 67 1 ( 4 P )5s 3 P 2 ( 4 F )5p 3 D 3 −0.1 1404.171 71216.4 2 1 ( 2 F )5s 1 F 3 (3 2 D )5p 3 F 2 −1.1 1408.614 70991.8 2 1 (3 2 D )5s 3 D 1 ( 4 F )5p 3 F 2 −0.3 1408.869 70978.9 2 1 ( 2 F )5 s 1 F 3 ( 2 G )5p 3 F 2 −0.4 1410.222 70910.8 8 1 ( 2 F )5s 3 F 2 ( 4 P )5p 5 P 2 −0.4 1410.539 70894.9 7 1 ( 2 F )5s 3 F 4 ( 2 G )5p 3 G 5 −0.1 1411.238 70859.8 26 1 ( 2 P )5s 3 P 2 ( 4 P )5p 5 D 2 −0.3 1415.198 70661.5 21 1 ( 4 P )5s 3 P 1 ( 4 F )5p 5 G 2 −0.5 1416.053 70618.8 8 1 ( 2 F )5s 3 F 2 ( 2 G )5p 3 G 3 −1.2 1428.441 70006.4 49 1 (3 2 D )5s 1 D 2 ( 2 G )5p 3 G 3 −0.6 1429.515 69953.8 39 7 ( 2 F )5 s 3 F 2 ( 4 P )5p 5 D 2 −1.0 1431.978 69833.5 45 2 (3 2 D )5s 3 D 3 ( 4 F )5p 3 D 3 0.3 1437.143 69582.5 76 2 ( 2 H )5s 1 H 5 ( 2 G )5p 3 F 4 0.7 1447.136 69102.0 31 2 ( 2 G )5s 3 G 5 ( 4 F )5p 5 G 4 0.1 1463.996 68306.2 34 1 (3 2 D )5s 1 D 2 ( 2 P )5p 3 D 1 −0.1 1466.469 68191.0 2 1 ( 2 F )5s 3 F 4 ( 2 P )5p 3 D 3 −1.6 1468.036 68118.2 28 1 ( 2 F )5s 1 F 3 ( 2 H )5p 3 G 4 0.0 1472.667 67904.0 58 1 ( 4 P )5s 3 P 2 ( 4 F )5p 5 D 3 −1.0 1474.398 67824.3 55 1 ( 2 P )5s 3 P 2 ( 4 F )5p 5 G 3 −0.2 1479.312 67599.0 13 1 ( 4 P )5s 3 P 0 ( 2 P )5P 3 P 1 −0.7 1480.317 67553.1 81 1 ( 4 F )5S 3 F 3 ( 4 F )5P 5 D 4 0.0 1503.468 66512.9 8 1 ( 2 F )5S 3 F 4 ( 2 H )5P 3 G 5 0.0 1507.388 66339.9 78 4 ( 4 P )5S 5 P 3 ( 4 F )5P 5 D 4 −0.1 1521.192 65737.9 42 1 ( 4 P )5S 3 P 2 ( 4 F )5P 5 G 2 −0.7 1526.585 65505.7 29 1 ( 2 H )5s 3 H 6 ( 4 F )5P 3 G 5 1.6
a Int., intensity of the line (scale, 0–100).
b Char., character of the lines, given by the following code: 1, normal line (usually sharp and symmetric); 2, line difficult to measure (usually weak and hazy); 4, broad line; 7, shoulder line (therefore the measurement is less accurate).
c DIFF., difference between the observed
σ value (cm
−1 ) of the line and its value calculated from the experimental level values (Tables
2 ,
3 , and Table IV of
Ref. 1 ): D, Doubly classified line, calculated intensities of both transitions are of same magnitude; T, trebly classified line, calculated intensities of all transitions are of the same magnitude; M, masked line, calculated intensity is much smaller than the other transition; IV, masked by a classified In
iv line; V, masked by a classified In
v line.