1 3s2.3p3 4 S 1.5 0.000 0.000 2 3s2.3p3 2 D 1.5 45750.007 49169.403 3 3s2.3p3 2 D 2.5 53567.014 56953.188 4 3s2.3p3 2 P 0.5 85131.017 88677.551 5 3s2.3p3 2 P 1.5 96646.566 99957.128 6 3s.3p4 4 P 2.5 316201.321 315833.045 7 3s.3p4 4 P 1.5 330828.594 330156.915 8 3s.3p4 4 P 0.5 336757.030 336105.373 9 3s.3p4 2 D 1.5 392122.380 394540.168 10 3s.3p4 2 D 2.5 395681.819 398069.639 11 3s.3p4 2 P 1.5 447770.873 452103.695 12 3s.3p4 2 P 0.5 452821.840 458069.597 13 3s.3p4 2 S 0.5 -1.000 480939.239 14 3s2.3p2(3P).3d 4 F 1.5 -1.000 489637.432 15 3s2.3p2(3P).3d 4 F 2.5 -1.000 495340.213 16 3s2.3p2(3P).3d 4 F 3.5 -1.000 503856.847 17 3s2.3p2(1D).3d 2 F 2.5 -1.000 509920.344 18 3s2.3p2(3P).3d 4 F 4.5 -1.000 514013.472 19 3s2.3p2(3P).3d 4 D 0.5 -1.000 515541.930 20 3s2.3p2(3P).3d 4 D 3.5 -1.000 516002.270 21 3s2.3p2(3P).3d 4 D 1.5 -1.000 516937.719 22 3s2.3p2(3P).3d 4 D 2.5 -1.000 523824.425 23 3s2.3p2(1D).3d 2 F 3.5 -1.000 538255.951 24 3s2.3p2(1D).3d 2 G 3.5 -1.000 574918.327 25 3s2.3p2(1D).3d 2 G 4.5 -1.000 579961.088 26 3s2.3p2(3P).3d 2 P 1.5 -1.000 581499.945 27 3s2.3p2(3P).3d 4 P 2.5 583532.707 592266.285 28 3s2.3p2(3P).3d 4 P 1.5 586510.264 598350.703 29 3s2.3p2(3P).3d 4 P 0.5 589309.918 598679.359 30 3s2.3p2(3P).3d 2 P 0.5 594813.229 603693.629 31 3s2.3p2(1S).3d 2 D 1.5 593930.035 610147.932 32 3s2.3p2(1S).3d 2 D 2.5 616756.922 625709.294 33 3s2.3p2(1D).3d 2 D 1.5 -1.000 643365.417 34 3s2.3p2(1D).3d 2 D 2.5 634422.033 644937.995 35 3s2.3p2(1D).3d 2 P 0.5 -1.000 661902.777 36 3s2.3p2(3P).3d 2 F 2.5 654963.756 668062.637 37 3s2.3p2(1D).3d 2 S 0.5 -1.000 673727.328 38 3s2.3p2(1D).3d 2 P 1.5 -1.000 674548.076 39 3s2.3p2(3P).3d 2 F 3.5 660363.131 675646.653 40 3s2.3p2(3P).3d 2 D 2.5 -1.000 703883.774 41 3s2.3p2(3P).3d 2 D 1.5 -1.000 705516.964 42 3s.3p3.3d 6 D 0.5 -1.000 719311.052 43 3s.3p3.3d 6 D 1.5 -1.000 719723.826 44 3s.3p3.3d 6 D 2.5 -1.000 720371.724 45 3s.3p3.3d 6 D 3.5 -1.000 721292.159 46 3s.3p3.3d 6 D 4.5 -1.000 722778.527 47 3p5 2 P 1.5 -1.000 735040.527 48 3p5 2 P 0.5 -1.000 756778.609 49 3s.3p3.3d 4 D 2.5 -1.000 783530.653 50 3s.3p3.3d 4 D 1.5 -1.000 784870.569 51 3s.3p3.3d 4 D 3.5 -1.000 785103.601 52 3s.3p3.3d 4 D 0.5 -1.000 788269.864 53 3s.3p3.3d 4 F 1.5 -1.000 794623.865 54 3s.3p3.3d 4 F 2.5 -1.000 797906.551 55 3s.3p3.3d 4 F 3.5 -1.000 801999.772 56 3s.3p3.3d 4 F 4.5 -1.000 807620.834 57 3s.3p3.3d 2 S 0.5 -1.000 833740.795 58 3s.3p3.3d 4 G 2.5 -1.000 842138.853 59 3s.3p3.3d 4 G 3.5 -1.000 843739.614 60 3s.3p3.3d 4 G 4.5 -1.000 846000.334 61 3s.3p3.3d 4 G 5.5 -1.000 849059.957 62 3s.3p3.3d 2 G 3.5 -1.000 876043.310 63 3s.3p3.3d 4 D 0.5 -1.000 876544.017 64 3s.3p3.3d 2 G 4.5 -1.000 876553.863 65 3s.3p3.3d 4 P 1.5 -1.000 878082.013 66 3s.3p3.3d 4 P 2.5 -1.000 880030.568 67 3s.3p3.3d 4 P 0.5 -1.000 882125.021 68 3s.3p3.3d 4 D 1.5 -1.000 883812.115 69 3s.3p3.3d 4 D 2.5 -1.000 890693.591 70 3s.3p3.3d 2 D 1.5 -1.000 892575.012 71 3s.3p3.3d 2 D 2.5 -1.000 894538.396 72 3s.3p3.3d 4 D 3.5 -1.000 898768.408 73 3s.3p3.3d 4 F 4.5 -1.000 902122.474 74 3s.3p3.3d 4 F 3.5 -1.000 902959.960 75 3s.3p3.3d 4 F 2.5 -1.000 904332.735 76 3s.3p3.3d 4 F 1.5 -1.000 905890.422 77 3s.3p3.3d 4 P 1.5 -1.000 911405.276 78 3s.3p3.3d 4 P 2.5 -1.000 913316.972 79 3s.3p3.3d 4 S 1.5 -1.000 914924.440 80 3s.3p3.3d 2 F 3.5 -1.000 916044.924 81 3s.3p3.3d 4 P 0.5 -1.000 916806.414 82 3s.3p3.3d 2 F 2.5 -1.000 918240.540 83 3s.3p3.3d 2 D 2.5 -1.000 934371.343 84 3s.3p3.3d 4 D 3.5 -1.000 935860.973 85 3s.3p3.3d 4 D 0.5 -1.000 938850.816 86 3s.3p3.3d 2 D 1.5 -1.000 939160.642 87 3s.3p3.3d 4 D 2.5 -1.000 941440.069 88 3s.3p3.3d 4 D 1.5 -1.000 941579.998 89 3s.3p3.3d 2 P 1.5 -1.000 948175.523 90 3s.3p3.3d 2 P 0.5 -1.000 948794.807 91 3s.3p3.3d 2 F 3.5 -1.000 956171.883 92 3s.3p3.3d 2 F 2.5 -1.000 959549.825 93 3s.3p3.3d 2 G 4.5 -1.000 967863.149 94 3s.3p3.3d 2 G 3.5 -1.000 969914.651 95 3s.3p3.3d 4 D 1.5 -1.000 994024.277 96 3s.3p3.3d 4 D 2.5 -1.000 995080.765 97 3s.3p3.3d 4 D 0.5 -1.000 996009.260 98 3s.3p3.3d 4 D 3.5 -1.000 996331.209 99 3s.3p3.3d 2 D 1.5 -1.000 1000375.817 100 3s2.3p.3d2 2 D 2.5 -1.000 1005138.841 101 3s.3p3.3d 2 P 0.5 -1.000 1006949.005 102 3s.3p3.3d 2 F 2.5 -1.000 1009181.972 103 3s.3p3.3d 2 F 3.5 -1.000 1014370.754 104 3s.3p3.3d 2 P 1.5 -1.000 1019725.434 105 3s2.3p.3d2 4 G 2.5 -1.000 1022216.231 106 3s2.3p.3d2 4 G 3.5 -1.000 1026196.535 107 3s2.3p.3d2 4 G 4.5 -1.000 1032806.459 108 3s.3p3.3d 2 D 1.5 -1.000 1033123.239 109 3s2.3p.3d2 2 S 0.5 -1.000 1034719.077 110 3s.3p3.3d 2 D 2.5 -1.000 1039695.996 111 3s2.3p.3d2 4 G 5.5 -1.000 1043138.118 112 3s.3p3.3d 2 P 1.5 -1.000 1043871.611 113 3s.3p3.3d 2 F 2.5 -1.000 1049483.197 114 3s.3p3.3d 2 F 3.5 -1.000 1052550.451 115 3s.3p3.3d 2 P 0.5 -1.000 1059166.651 116 3s2.3p.3d2 4 D 0.5 -1.000 1077635.646 117 3s2.3p.3d2 4 D 1.5 -1.000 1080042.511 118 3s2.3p.3d2 4 D 2.5 -1.000 1083893.592 119 3s2.3p.3d2 4 D 3.5 -1.000 1091196.765 120 3s2.3p.3d2 2 F 2.5 -1.000 1094501.296 121 3s2.3p.3d2 3 D 1.5 -1.000 1095599.073 122 3s2.3p.3d2 4 P 0.5 -1.000 1097864.162 123 3s2.3p.3d2 4 F 2.5 -1.000 1098979.292 124 3s.3p3.3d 2 P 1.5 -1.000 1101175.092 125 3s2.3p.3d2 2 H 4.5 -1.000 1101617.034 126 3s.3p3.3d 2 P 0.5 -1.000 1103411.629 127 3s2.3p.3d2 4 P 1.5 -1.000 1103430.089 128 3s2.3p.3d2 4 F 3.5 -1.000 1103832.156 129 3s2.3p.3d2 4 F 4.5 -1.000 1105522.020 130 3s2.3p.3d2 2 F 3.5 -1.000 1108880.455 131 3s2.3p.3d2 4 P 2.5 -1.000 1112051.948 132 3s2.3p.3d2 2 D 1.5 -1.000 1119702.299 133 3s2.3p.3d2 2 D 2.5 -1.000 1120228.666 134 3s2.3p.3d2 2 H 5.5 -1.000 1123264.291 135 3s2.3p.3d2 2 G 3.5 -1.000 1128084.789 136 3s2.3p.3d2 2 G 4.5 -1.000 1134411.284 137 3s.3p3.3d 2 D 2.5 -1.000 1148389.484 138 3s2.3p.3d2 4 D 3.5 -1.000 1150666.264 139 3s.3p3.3d 2 D 1.5 -1.000 1151415.140 140 3s2.3p.3d2 4 D 2.5 -1.000 1152626.387 141 3s2.3p.3d2 4 D 1.5 -1.000 1154640.415 142 3s2.3p.3d2 4 D 0.5 -1.000 1155949.871 143 3s.3p3.3d2 2 S 0.5 -1.000 1157152.872 -1 %filename: ni_14.elvlc %observed energy levels (2): Smitt et al. 1976, Phys. Scripta, 13, 293 %observed energy levels (3): Combination of Smitt et al. (1976) and Shirai et al. 2000, J. Phys. Chem. Ref. Data, Mmonograph 8 %observed energy levels (4): Feldman & Doschek 2007, ADNDT, 93, 779 %observed energy levels (5): Combination of Smitt et al. (1976) and Feldman & Doschek (2007) %observed energy levels (6): Combination of Fawcett & Hayes (1972) and Borges et al. (2007) %observed energy levels (7,9,11): Combination of Fawcett & Hayes (1972), Borges et al. (2007), and Shirai et al. (2000) %observed energy levels (8): Borges et al 2007, Brazilian J. Phys., 37, 335 %observed energy levels (10,12): Combination of Borges et al. (2007) and Shirai et al. (2000) %observed energy levels (27-31): Fawcett & Hayes 1972, J. Phys. B, 5, 366 %observed energy levels (32,34,39): Combination of Fawcett & Hayes (1972) and ground configuration observed energies %observed energy levels (36): Combination of Fawcett & Hayes (1972) and Smitt et al. (1976) %Theoretical energy levels: Landi & Bhatia 2010, ADNDT, 96, 52 %produced as part of the Arcetri/Cambridge/NRL 'CHIANTI' atomic data base collaboration % % Enrico Landi - Nov 2008