1 3s2.3p 2 P 0.5 0.000 0.000 2 3s2.3p 2 P 1.5 18851.719 18490.686 3 3s.3p2 4 P 0.5 225113.375 222468.734 4 3s.3p2 4 P 1.5 232788.391 229973.641 5 3s.3p2 4 P 2.5 242387.094 239477.969 6 3s.3p2 2 D 1.5 299240.750 299672.000 7 3s.3p2 2 D 2.5 301468.375 301764.687 8 3s.3p2 2 S 0.5 364692.250 368998.344 9 3s.3p2 2 P 0.5 388508.469 393265.594 10 3s.3p2 2 P 1.5 396510.500 401322.469 11 3p3 4 S 1.5 589000.187 589990.000 12 3p3 2 D 1.5 576381.500 576628.437 13 3p3 2 D 2.5 580231.062 580267.312 14 3p3 2 P 0.5 642177.625 645650.812 15 3p3 2 P 1.5 645420.312 648555.562 16 2p5.3s2.3p2 4 P 1.5 5809023.560 5809023.560 17 2p5.3s2.3p2 4 P 2.5 5811443.315 5811443.315 18 2p5.3s2.3p2 4 P 0.5 5821928.917 5821928.917 19 2p5.3s2.3p2 4 D 3.5 5834027.688 5834027.688 20 2p5.3s2.3p2 2 D 1.5 5836447.443 5836447.443 21 2p5.3s2.3p2 4 D 2.5 5839673.782 5839673.782 22 2p5.3s2.3p2 2 P 1.5 5841286.951 5841286.951 23 2p5.3s2.3p2 2 P 0.5 5849352.799 5849352.799 24 2p5.3s2.3p2 2 F 3.5 5867097.664 5867097.664 25 2p5.3s2.3p2 2 D 2.5 5883229.360 5883229.360 26 2p5.3s2.3p2 4 D 0.5 5897747.886 5897747.886 27 2p5.3s2.3p2 4 S 1.5 5910653.242 5910653.242 28 2p5.3s2.3p2 2 P 1.5 5916299.336 5916299.336 29 2p5.3s2.3p2 2 S 0.5 5926784.938 5926784.938 30 2p5.3s2.3p2 4 D 1.5 5931624.446 5931624.446 31 2p5.3s2.3p2 2 D 2.5 5941303.464 5941303.464 32 2p5.3s2.3p2 2 D 1.5 5971147.100 5971147.100 33 2p5.3s2.3p2 2 F 2.5 5976793.194 5976793.194 34 2p5.3s2.3p2 2 P 0.5 6005023.661 6005023.661 35 2p5.3s2.3p2 2 P 0.5 6025188.280 6025188.280 36 2p5.3s2.3p2 2 P 1.5 6057451.672 6057451.672 37 1s.3s2.3p2 4 P 0.5 57581280.610 57581280.610 38 1s.3s2.3p2 4 P 1.5 57590153.042 57590153.042 39 1s.3s2.3p2 4 P 2.5 57600638.644 57600638.644 40 1s.3s2.3p2 2 P 0.5 57623223.018 57623223.018 41 1s.3s2.3p2 2 P 1.5 57632095.450 57632095.450 42 1s.3s2.3p2 2 D 2.5 57646613.976 57646613.976 43 1s.3s2.3p2 2 D 1.5 57651453.485 57651453.485 44 1s.3s2.3p2 2 S 0.5 57685330.046 57685330.046 -1 %filename: fe_14d.elvlc %observed energy levels (1-15): Churilov S.S., Levashov V.E., 1993, Physica Scripta 48, 425 %observed energy levels (1-15): Redfors A., Litzen U., 1989, J.Opt.Soc.Am.B 6, #8, 1447 %observed energy levels (above ionization): Mendoza, C., Kallman, T.R., Bautista, M.A., Palmeri, P., 2004, A&A, 414, 377 %theoretical energy levels (1-15): Storey P.J., Mason H.E., Young P.R., 2000, A&ASS 141, 285 %theoretical energy levels (above ionization): Mendoza, C., Kallman, T.R., Bautista, M.A., Palmeri, P., 2004, A&A, 414, 377 %comment: the theoretical energies from Mendoza et al have been used as experimental ones %produced as part of the Arcetri/Cambridge/NRL 'CHIANTI' atomic data base collaboration % % E. Landi - Jan 2005