Table I
Observed absorption lines of Si i .
I Wavelength (Å) σ (cm−1 )Transition 35 1881.852 53 139.14 3 P 2 –3d 1 F 3 °25 1880.964 53 164.22 3 P 2 –3d 1 P 1 °40 1875.811 53 310.27 3 P 1 –3d 1 P 1 °30 1874.841 53 337.86 1 D 2 –6s 1 P 1 °40 1873.102 53 387.37 3 P 0 –3d 1 P 1 °01 1865.028 53 618.51 1 D 2 –4d 3 P 2 °01 1861.799 53 711.50 1 D 2 –4d 3 P 1 °01 1861.693 53 714.56 50 1853.155 53 962.03 3 P 2 –3d 3 D 1 °80 1852.474 53 981.86 3 P 2 –3d 3 D 2 °40 1851.786 54 001.92 1 D 2 –5d 1 D 2 °500 1850.674 54 034.36 3 P 2 –3d 3 D 3 °20 1849.500 54 068.68 Hg i 80 1848.750 54 090.59 3 P 2 –5s 3 P 1 °100 1848.153 54 108.08 3 P 1 –3d 3 D 1 °200 1847.476 54 127.90 3 P 1 –3d 3 D 2 °80 1846.113 54 167.86 3 P 1 –5s 3 P 0 °100 1845.523 54 185.17 3 P 0 –3d 3 D 1 °80 1843.773 54 236.63 3 P 1 –5s 3 P 1 °80 1841.451 54 305.02 3 P 2 –5s 3 P 2 °60 1841.155 54 313.75 3 P 0 –5s 3 P 1 °05 1840.044 54 346.53 1 D 2 –5d 3 F 2 °20 1838.015 54 406.52 1 D 2 –5d 3 F 3 °80 1836.512 54 451.04 3 P 1 –5s 3 P 2 °50 1829.898 54 647.87 3 P 2 –5s 1 P 1 °10 1825.021 54 793.89 3 P 1 –5s 1 P 1 °80 1822.456 54 871.00 3 P 0 –5s 1 P 1 °01 1822.148 54 880.27 Se i 10 1817.956 55 006.83 1 D 2 –5d 1 P 1 °60 1814.080 55 124.37 1 D 2 –5d 1 F 3 °40 1809.104 55 275.99 1 D 2 –5d 3 D 3 °20 1808.428 55 296.65 1 D 2 –7s 3 P 1 °01 1800.406 55 543.04 1 D 2 –5d 3 P 2 °30 1799.118 55 582.80 1 D 2 –7s 1 P 1 °10 1797.354 55 637.34 1 D 2 –5d 3 P 1 °15 1790.255 55 857.97 1 D 2 –6d 1 D 2 °10 1784.088 56 051.06 1 D 2 –6d 3 F 2 °15 1783.232 56 077.95 1 D 2 –6d 3 F 3 °45 1776.826 56 280.14 3 P 2 –4d 1 D 2 °01 1774.821 56 343.71 Cu i 05 1774.076 56 367.36 1 D 2 –6d 1 P 1 °20 1772.226 56 426.23 3 P 1 –4d 1 D 2 °60 1770.923 56 467.74 3 P 2 –3s 3p 3 3 P 2 °50 1770.631 56 477.05 3 P 2 –3s 3p 3 3 P 1 °40 1769.787 56 503.98 1 D 2 –6d 1 F 3 °05 1769.461 56 514.40 1 D 2 –8s 3 P 1 °50 1766.355 56 613.75 3 P 1 –3s 3p 3 3 P 2 °50 1766.064 56 623.08 3 P 1 –3s 3p 3 3 P 1 °10 1765.945 56 626.90 1 D 2 –6d 3 D 1 °40 1765.622 56 637.28 1 D 2 –6d 3 D 3 °50 1765.031 56 656.22 3 P 1 –3s 3p 3 3 P 0 °50 1763.662 56 700.21 3 P 0 –3s 3p 3 3 P 1 °01 1762.999 56 721.52 1 D 2 –6d 3 P 2 °01 1760.600 56 798.8 1 D 2 –6d 3 P 1 °15 1759.584 56 831.62 1 D 2 –8s 1 P 1 °10 1757.283 56 906.04 1 D 2 –7d 1 D 2 °20 1753.101 57 041.78 1 D 2 –7d 3 F 3 °10 1752.624 57 057.31 1 D 2 –7d 3 F 2 °20 1749.808 57 149.14 3 P 2 –4d 3 F 2 °05 1748.616 57 188.09 1 D 2 –7d 1 P 1 °50 1747.414 57 227.41 3 P 2 –4d 3 F 3 °05 1745.916 57 276.52 1 D 2 –7d 3 D 2 °05 1745.646 57 285.40 1 D 2 –9s 3 P 1 °40 1745.348 57 295.18 3 P 1 –4d 3 F 2 °35 1743.895 57 342.91 1 D 2 –7d 1 F 3 °20 1740.597 57 451.56 1 D 2 –7d 3 D 1 °40 1740.299 57 461.39 1 D 2 –7d 3 D 3 °05 1739.993 57 471.50 1 D 2 –7d 3 P 2 °05 1737.269 57 561.61 1 D 2 –8d 1 D 2 °25 1736.539 57 585.79 1 D 2 –9s 1 P 1 °50 1734.718 57 646.26 1 D 2 –8d 3 F 3 °15 1733.344 57 691.94 1 D 2 –8d 3 F 2 °10 1732.453 57 721.73 1 D 2 –8d 1 P 1 °10 1730.492 57 787.04 1 D 2 –10s 3 P 1 °20 1729.923 57 806.05 1 D 2 –8d 3 D 2 °30 1727.444 57 889.01 1 D 2 –8d 1 F 3 °05 1725.791 57 944.43 1 D 2 –9d 1 D 2 °10 1724.477 57 988.60 1 D 2 –8d 3 D 1 °40 1724.243 57 996.47 1 D 2 –8d 3 D 3 °45 1722.562 58 053.06 1 D 2 –9d 1 F 3 °10 1721.841 58 077.36 1 D 2 –10s 1 P 1 °10 1721.326 58.094.76 1 D 2 –9d 1 P 1 °01 1721.199 58 099.04 1 D 2 –9d 3 D 2 °15 1720.189 58 133.14 1 D 2 –11s 3 P 1 °20 1718.514 58 189.82 1 D 2 –9d 3 F 2 °05 1714.182 58 336.85 1 D 2 –10d 1 P 1 °35 1713.837 58 348.60 1 D 2 –10d 1 F 3 °10 1713.810 58 349.54a 01 1713.616 58 356.13 1 D 2 –9d 3 D 1 °45 1713.408 58 363.20 1 D 2 –9d 3 D 3 °20 1711.595 58 425.04 1 D 2 –11s 1 P 1 °15 1710.579 58 459.74 1 D 2 –10d 3 F 2 °25 1709.502 58 496.58 1 D 2 –11d 1 F 3 °05 1708.417 58 533.72 1 D 2 –11d 1 P 1 °05 1707.750 58 556.59 1 D 2 –11d 3 D 2 °05 1707.589 58 562.11 1 D 2 –13s 3 P 1 °40 1707.116 58 578.31 3 P 2 –4d 1 P 1 °30 1706.994 58 582.52 1 D 2 –10d 3 F 3 °01 1705.967 58 617.77 1 D 2 –10d 3 P 2 °05 1705.866 58 621.26 1 D 2 –10d 3 D 1 °35 1705.755 58 625.06 1 D 2 –10d 3 D 3 °30 1704.560 58 666.18 1 D 2 –12d 1 F 3 °05 1704.492 58 668.49 1 D 2 –12s 1 P 1 °80 1704.443 58 670.18 3 P 2 –4d 1 F 3 °01 1704.195 58 678.72 05 1704.055 58 683.56
1 D 2 –12d 1 P 1 °1 D 2 –12d 3 D 2 °05 1703.480 58 703.35 1 D 2 –14s 3 P 1 °70 1702.870 58 724.39 3 P 1 –4d 1 P 1 °10 1702.811 58 726.42 1 D 2 –11d 3 F 2 °01 1700.863 58 793.67 1 D 2 –13d 1 P 1 °70 1700.636 58 801.52 3 P 0 –4d 1 P 1 °20 1700.573 58 803.70 1 D 2 –13d 1 F 3 °80 1700.419 58 809.03 3 P 2 –4d 3 D 2 °01 1700.157 a 58.818.10 1 D 2 –11d 3 D 1 °25 1700.137 58 818.80 1 D 2 –11d 3 D 3 °01 1699.931 58 825.93 1 D 2 –11d 3 P 2 °50 1699.716 58 833.34 3 P 2 –4d 3 D 1 °05 1699.155 58 852.79 1 D 2 –13s 1 P 1 °01 1699.122 58 853.93 1 D 2 –14d 1 D 2 °15 1698.606 58 871.80 1 D 2 –14d 1 F 3 °05 1698.403 58 878.83 1 D 2 –14d 3 D 2 °01 1698.209 58 885.56 1 D 2 –14d 1 P 1 °125 1697.942 58 894.81 3 P 2 –4d 3 D 3 °01 1697.818 58 899.11 1 D 2 –16s 3 P 1 °05 1697.652 58 904.89 1 D 2 –12d 3 F 2 °01 1696.994 58 927.74 1 D 2 –12d 3 F 3 °120 1696.207 58 955.07 3 P 1 –4d 3 D 2 °15 1696.065 58 960.02 1 D 2 –15d 1 F 3 °01 1695.982 58 962.50 1 D 2 –12d 3 D 1 °20 1695.891 58 966.07 1 D 2 –12d 3 D 3 °01 1695.771 58 970.21 1 D 2 –17s 3 P 1 °01 1695.66 58 974 1 D 2 –12d 3 P 2 °90 1695.508 58 979.39 3 P 1 –4d 3 D 1 °05 1695.133 58 992.44 1 D 2 –14s 1 P 1 °01 1695.070 58 994.63 01 1695.025 58 996.19 1 D 2 –16d 1 D 2 °10 1694.671 59 008.50 1 D 2 –16d 1 F 3 °05 1694.542 59 012.98 1 D 2 –16d 3 D 2 °01 1694.137 59 027.12 1 D 2 –18s 3 P 1 °05 1694.010 59 031.53 1 D 2 –13d 3 F 2 °75 1693.468 59 050.41 3 P 2 –6s 3 P 1 °100 1693.293 59 056.51 3 P 0 –4d 3 D 1 °20 1692.875 59 071.11 1 D 2 –17d 1 F 3 °05 1692.640a 59 079.32 1 D 2 –13d 3 D 1 °20 1692.609 59 080.40 1 D 2 –13d 3 D 3 °01 1692.189 59 095.05 1 D 2 –18d 1 D 2 °05 1692.024 59 100.81 1 D 2 –15s 1 P 1 °10 1691.949 59 103.45 1 D 2 –18d 1 F 3 °01 1691.802 59 108.58 1 D 2 –18d 3 D 2 °01 1691.612 59 115.22 1 D 2 –20s 3 P 1 °05 1691.352 59 124.29 1 D 2 –14d 3 F 2 °01 1691.065 59 134.35
1 D 2 –19d 1 F 3 °1 D 2 –19d 1 D 2 °60 1690.789 59 144.00 3 P 1 –6s 3 P 0 °05 1690.491 59 154.40 1 D 2 –14d 3 F 3 °01 1690.069 59 169.18 1 D 2 –14d 3 D 1 °10 1690.020 59 170.90 1 D 2 –20d 1 F 3 °15 1689.969 59 172.68 1 D 2 –14d 3 D 3 °05 1689.536 59 187.85 1 D 2 –16s 1 P 1 °01 1689.487 59 189.58 05 1689.326a 59 195.22 1 D 2 –21d 1 F 3 °70 1689.290 59 196.47 3 P 1 –6s 3 P 1 °05 1688.962 59 207.96 1 D 2 –15d 3 F 2 °05 1688.352 59 229.34 1 D 2 –15d 3 F 3 °05 1688.016 59 241.14 1 D 2 –23d 1 F 3 °10 1687.929 59 244.21 1 D 2 –15d 3 D 3 °05 1687.595 59 255.92 1 D 2 –24d 1 F 3 °01 1687.521 59 258.50 1 D 2 –17s 1 P 1 °01 1687.457 59 260.8 01 1687.299 59 266.32 05 1687.192 59 270.06 1 D 2 –25d 1 F 3 °40 1687.091 59 273.61 3 P 0 –6s 3 P 1 °01 1686.993 59 277.06 1 D 2 –16d 3 F 2 °60 1686.818 59 283.23 3 P 2 –6s 3 P 2 °05 1686.591 59 291.22 1 D 2 –16d 3 F 3 °05 1686.372 59 298.90 01 1685.910 59 315.14 1 D 2 –18s 1 P 1 °01 1685.864 59 316.77 01 1685.686 59 323.03 Cu i 01 1685.628 59 325.08 01 1685.505 59 329.42 1 D 2 –17d 3 F 2 °01 1685.307 59 336.38 05 1685.092 59 343.94 05 1684.959 59 348.61 1 D 2 –17d 3 F 3 °10 1684.815 59 353.69 1 D 2 –17d 3 D 3 °05 1684.674 59 358.65 05 1684.546 59 363.17 1 D 2 –19s 1 P 1 °01 1684.408 59 368.05 01 1684.235 59 374.13 1 D 2 –18d 3 F 2 °01 1683.851 59 387.69 01 1683.787 59 389.92 01 1683.722 59 392.22 10 1683.643 59 395.02 1 D 2 –18d 3 D 3 °01 1683.590 59 396.89 01 1683.423 59 402.79 1 D 2 –20s 1 P 1 °30 1683.117 59 413.56 3 P 2 –6s 1 P 1 °60 1682.671 59 429.32
3 P 1 –6s 3 P 2 °1 D 2 –19d 3 D 3 °01 1682.448 59 437.18 1 D 2 –21s 1 P 1 °05 1681.802 59 460.02 1 D 2 –20d 3 D 3 °01 1681.639 59 465.80 1 D 2 –22s 1 P 1 °05 1681.074 59 485.78 1 D 2 –21d 3 D 3 °01 1680.935 59 490.71 1 D 2 –23s 1 P 1 °05 1680.444 59 508.10 1 D 2 –22d 3 D 3 °01 1680.322 59 512.39 1 D 2 –24s 1 P 1 °05 1679.413 59 544.60 1 D 2 –24d 3 D 3 °05 1678.991 59 559.59
3 P 1 –6s 1 P 1 °1 D 2 –25d 3 D 3 °05 1678.613 59 573.01 1 D 2 –26d 3 D 3 °05 1678.276 59 584.96 1 D 2 –27d 3 D 3 °01 1677.705 59 605.22 1 D 2 –29d 3 D 3 °01 1677.663 59 606.72 01 1677.465 59 613.77 1 D 2 –30d 3 D 3 °01 1677.247 59 621.50 1 D 2 –31d 3 D 3 °01 1677.054 59 628.38 1 D 2 –32d 3 D 3 °35 1676.820 59 636.71 3 P 0 –6s 1 P 1 °01 1676.550 59 646.31 1 D 2 –35d 3 D 3 °01 1676.408 59 651.35 1 D 2 –36d 3 D 3 °01 1676.280 59 655.90 1 D 2 –37d 3 D 3 °01 1676.160 59 660.18 1 D 2 –38d 3 D 3 °01 1676.060 59 663.74 1 D 2 –39d 3 D 3 °01 1676.025 59 664.97 01 1675.943 59 667.88 1 D 2 –40d 3 D 3 °01 1675.859 59 670.91 1 D 2 –41d 3 D 3 °90 1675.204 59 694.22 3 P 2 –4d 3 P 2 °60 1672.594 59 787.36 3 P 2 –4d 3 P 1 °50 1671.115 59 840.27 3 P 1 –4d 3 P 2 °60 1668.519 59 933.39 3 P 1 –4d 3 P 1 °60 1667.626 59 965.49 3 P 1 –4d 3 P 0 °75 1666.374 60 010.53 3 P 0 –4d 3 P 1 °50 1664.509 60 077.77 3 P 2 –5d 1 D 2 °20 1660.472 60 223.83 3 P 1 –5d 1 D 2 °15 1655.017 60 422.34 3 P 2 –5d 3 F 2 °30 1653.375 60 482.36 3 P 2 –5d 3 F 3 °30 1651.028 60 568.33 3 P 1 –5d 3 F 2 °05 1637.128 61 082.59 3 P 2 –5d 1 P 1 °70 1633.984 61 200.10 3 P 2 –5d 1 F 3 °30 1633.327 61 224.73 3 P 2 –5d 3 D 2 °30 1633.224 61 228.58 3 P 1 –5d 1 P 1 °10 1631.623 61 288.65 3 P 2 –5d 3 D 1 °35 1631.170 61 305.70 3 P 0 –5d 1 P 1 °70 1629.947 61 351.71 3 P 2 –5d 3 D 3 °50 1629.439 61 370.80 3 P 1 –5d 3 D 2 °15 1629.404 61 372.25 3 P 2 –7s 3 P 1 °20 1627.745 61 434.67 3 P 1 –5d 3 D 1 °10 1627.050 61 460.91 3 P 1 –7s 3 P 0 °25 1625.705 61 511.77 3 P 0 –5d 3 D 1 °25 1625.531 61 518.37 3 P 1 –7s 3 P 1 °10 1623.497 61 595.45 3 P 0 –7s 3 P 1 °05 1623.368 61 600.31 3 P 2 –7s 3 P 2 °45 1622.879 61 618.89 3 P 2 –5d 3 P 2 °01 1621.838 61 658.42 3 P 2 –7s 1 P 1 °30 1620.405 61 712.98 3 P 2 –5d 3 P 1 °10 1619.529 61 746.35 3 P 1 –7s 3 P 2 °15 1619.044 61 764.86 3 P 1 –5d 3 P 2 °10 1618.006 61 804.46 3 P 1 –7s 1 P 1 °25 1616.578 61 859.06 3 P 1 –5d 3 P 1 °05 1615.990 61 881.58 3 P 0 –7s 1 P 1 °30 1615.947 61 883.22 3 P 1 –5d 3 P 0 °20 1614.630 61 933.17 3 P 2 –6d 1 D 2 °25 1614.565 61 936.17 3 P 0 –5d 3 P 1 °05 1610.829 62 079.84 3 P 1 –6d 1 D 2 °20 1608.917 62 153.62 3 P 2 –6d 3 F 3 °25 1605.838 62 272.79 3 P 1 –6d 3 F 2 °05 1601.459 62 443.05 3 P 2 –6d 1 P 1 °01 1598.674 62 551.84 3 P 2 –6d 3 D 2 °50 1597.963 62 579.68 3 P 2 –6d 1 F 3 °50 1597.720 62 589.21 3 P 1 –6d 1 P 1 °10 1597.700a 62 589.98 3 P 2 –8s 3 P 1 °40 1595.756 62 666.23 3 P 0 –6d 1 P 1 °60 1594.951 62 697.86 3 P 1 –6d 3 D 2 °10 1594.832 62 702.51 3 P 2 –6d 3 D 1 °60 1594.567 62 712.94 3 P 2 –6d 3 D 3 °15 1594.147 62 729.48 3 P 1 –8s 3 P 0 °01 1593.177 62 767.67 50 1592.426 62 797.29 3 P 2 –6d 3 P 2 °30 1592.022 62 813.21 3 P 0 –8s 3 P 1 °35 1591.125 62 848.61 3 P 1 –6d 3 D 1 °30 1590.579 62 870.20 3 P 2 –8s 3 P 2 °45 1590.479 62 874.15 3 P 2 –6d 3 P 1 °30 1589.640 62 907.31 3 P 2 –8s 1 P 1 °35 1589.176 62 925.71 3 P 0 –6d 3 D 1 °25 1588.731 62 943.30 3 P 1 –6d 3 P 2 °40 1587.763 62 981.70 3 P 2 –7d 1 D 2 °20 1586.892 63 016.27 3 P 1 –8s 3 P 2 °40 1586.793 63 020.19 3 P 1 –6d 3 P 1 °35 1586.138 63 046.20 3 P 1 –6d 3 P 0 °30 1585.959 63 053.32 3 P 1 –8s 1 P 1 °30 1584.855 63 097.27 3 P 0 –6d 3 P 1 °40 1584.347 63 117.48 3 P 2 –7d 3 F 3 °35 1584.022 63 130.44 3 P 0 –8s 1 P 1 °25 1583.958 63 133.00 3 P 2 –7d 3 F 2 °05 1580.684 63 253.77 3 P 2 –7d 1 P 1 °30 1580.302 63 279.03 3 P 1 –7d 3 F 2 °25 1578.478 63 352.15 3 P 2 –7d 3 D 2 °25 1578.258 63 361.00 3 P 2 –9s 3 P 1 °30 1577.042 63 409.84 3 P 1 –7d 1 P 1 °40 1576.825 63 418.60 3 P 2 –7d 1 F 3 °40 1575.126 63 486.98 3 P 0 –7d 1 P 1 °45 1574.847 63 498.25 3 P 1 –7d 3 D 2 °10 1574.810 63 499.73 3 P 1 –9s 3 P 0 °05 1574.625 63 507.18 3 P 1 –9s 3 P 1 °10 1574.126 63 527.32 3 P 2 –7d 3 D 1 °40 1573.883 63 537.11 3 P 2 –7d 3 D 3 °35 1573.635 63 547.12 3 P 2 –7d 3 P 2 °05 1572.947 63 574.94 30 1572.718 63 584.21 3 P 0 –9s 3 P 1 °35 1571.796 63 621.50 3 P 2 –7d 3 P 1 °35 1571.406 63 637.27 3 P 2 –8d 1 D 2 °25 1571.321 63 640.71 3 P 2 –9s 3 P 2 °20 1570.808 63 661.49 3 P 2 –9s 1 P 1 °30 1570.517 63 673.32 3 P 1 –7d 3 D 1 °25 1570.026 63 693.20 3 P 1 –7d 3 P 2 °35 1569.319 63 721.92 3 P 2 –8d 3 F 3 °30 1568.617 63 750.43 3 P 0 –7d 3 D 1 °35 1568.196 63 767.55
3 P 1 –7d 3 P 1 °3 P 2 –8d 3 F 2 °15 1567.808 63 783.32 3 P 1 –8d 1 D 2 °30 1567.725 63 786.68
3 P 1 –7d 3 P 0 °3 P 1 –9s 3 P 2 °05 1567.465 63 797.27 3 P 2 –8d 1 P 1 °05 1567.212 63 807.56 3 P 1 –9s 1 P 1 °10 1566.303 63 844.62 3 P 0 –7d 3 P 1 °10 1565.861 63 862.64 3 P 2 –10s 3 P 1 °15 1565.395 63 881.65 3 P 2 –8d 3 D 2 °20 1565.322 63 884.64 3 P 0 –9s 1 P 1 °30 1564.612 63 913.60 3 P 1 –8d 3 F 2 °15 1563.886 63 943.27 3 P 1 –8d 1 P 1 °25 1563.364 63 964.65 3 P 2 –8d 1 F 3 °10 1562.436 64 002.62 3 P 1 –10s 3 P 0 °05 1562.286 64 008.78 3 P 1 –10s 3 P 1 °35 1562.002 64 020.39
3 P 2 –9d 1 D 2 °3 P 0 –8d 1 P 0 °30 1561.822 64 027.79 3 P 1 –8d 3 D 2 °05 1560.934 64 064.27 3 P 2 –8d 3 D 1 °40 1560.740 64 072.15 3 P 2 –8d 3 D 3 °15 1560.406 64 085.87 3 P 0 –10s 3 P 1 °20 1560.093 64 098.74 3 P 2 – b30 1560.072 64 099.59 3 P 2 –8d 3 P 2 °25 1559.705 64 114.67 3 P 2 –8d 3 P 1 °30 1559.362 64 128.79 3 P 2 –9d 1 F 3 °20 1559.004 64 143.53 3 P 2 –10s 3 P 2 °20 1558.773 64 153.04 3 P 2 –10s 1 P 1 °15 1558.453 64 166.18 3 P 1 –9d 1 D 2 °10 1558.349 64 170.49 3 P 2 –9d 1 P 1 °25 1558.238 64 175.04 3 P 2 –9d 3 D 2 °10 1557.416 64 208.92 3 P 2 –11s 3 P 1 °20 1557.382 64 210.32 3 P 1 –8d 3 D 1 °20 1556.547 64 244.75 3 P 1 – b30 1556.527 64 245.60 3 P 1 –8d 3 P 2 °20 1556.160 64 260.72 3 P 1 –8d 3 P 1 °05 1556.043 64 265.56 3 P 2 –9d 3 F 2 °25 1555.660 64 281.41 3 P 1 –8d 3 P 0 °20 1555.514 64 287.43 3 P 0 –8d 3 D 1 °15 1555.463 64 289.56 3 P 1 –10s 3 P 2 °10 1555.233 64 299.05 3 P 1 –10s 1 P 1 °01 1554.808 64 316.61 3 P 1 –9d 1 P 1 °30 1554.700 64 321.08 3 P 1 –9d 3 D 2 °01 1554.476 64 330.37 3 P 2 –10d 1 D 2 °05 1554.297 64 337.76 3 P 0 –8d 3 P 1 °10 1554.029 64 348.85 3 P 1 –11s 3 P 0 °05 1553.883 64 354.91 3 P 1 –11s 3 P 1 °30 1553.370 64 376.16 3 P 0 –10s 1 P 1 °25 1552.948 64 393.65 3 P 0 –9d 1 P 1 °05 1552.515 64 411.63 3 P 1 –9d 3 F 2 °45 1552.209 64 424.30
3 P 2 –10d 1 F 3 °3 P 2 –10d 3 D 2 °15 1552.180a 64 425.53 10 1552.022 64 432.07
3 P 0 –11s 3 P 1 °3 P 2 –9d 3 D 1 °20 1551.856 64 438.97 3 P 2 –9d 3 D 3 °10 1551.454 64 455.68 3 P 2 –12s 3 P 1 °25 1551.240 64 464.58 3 P 2 –9d 3 P 2 °20 1550.958 64 476.28
3 P 2 –9d 3 P 1 °3 P 1 –10d 1 D 2 °15 1550.630 64 489.93 3 P 2 –11s 3 P 2 °05 1550.369 64 500.77 3 P 2 –11s 1 P 1 °10 1549.536 64 535.46 3 P 2 –10d 3 F 2 °15 1548.978 64 558.70 3 P 1 –10d 1 P 1 °25 1548.716 64 569.61 3 P 1 –10d 3 D 2 °15 1548.649 64 572.41
3 P 2 –11d 1 F 3 °3 P 2 –11d 1 D 2 °20 1548.518 64 577.86 3 P 1 –9d 3 D 1 °10 1548.048 64 597.49 3 P 1 –12s 3 P 0 °15 1547.943 64 601.88 3 P 1 –12s 3 P 1 °05 1547.731 64 610.69 3 P 1 –9d 3 P 2 °20 1547.452 64 622.37 3 P 1 –9d 3 P 1 °25 1547.362 64 626.12 3 P 1 –9d 3 P 0 °10 1547.214 64 632.28 3 P 2 –11d 3 D 2 °20 1547.129 64 635.86
3 P 1 –11s 3 P 2 °3 P 0 –10d 1 P 1 °10 1547.079 64.637.93 3 P 2 –13s 3 P 1 °05 1546.869 64 646.70 3 P 1 –11s 1 P 1 °25 1546.674 64 654.96 3 P 0 –9d 3 D 1 °30 1546.590 64 658.36 3 P 2 –10d 3 F 3 °05 1546.098 64 678.96 3 P 0 –12s 3 P 1 °05 1546.007 64 682.75c 15 1545.749 64 693.55 3 P 2 –10d 3 P 2 °01 1545.664 64 697.12 3 P 2 –10d 3 D 1 °20 1545.612c 64 699.29 3 P 0 –9d 3 P 1 °25 1545.575 64 700.86 3 P 2 –10d 3 D 3 °15 1545.163b 64 718.09 3 P 1 –11d 1 D 2 °10 1545.099 64 720.78 3 P 2 –12d 1 D 2 °10 1545.045 64 723.03 3 P 2 –10d 3 P 1 °10 1545.025 64 723.89 3 P 0 –11s 1 P 1 °10 1544.676 64 738.49 3 P 2 –12s 3 P 2 °15 1544.591 64 742.04 3 P 2 –12d 1 F 3 °10 1544.540 64 744.21 3 P 2 –12s 1 P 1 °10 1544.266 64 755.70 3 P 1 –11d 1 P 1 °15 1544.184 64 759.12 3 P 2 –12d 3 D 2 °35 1543.724 64 778.42 3 P 1 –11d 3 D 2 °05 1543.631 64 782.11 3 P 1 –13s 3 P 0 °01 1543.593 64 783.89 3 P 1 –13s 3 P 1 °05 1543.158 64 802.20 3 P 2 –11d 3 F 2 °25 1542.432 64 832.67
3 P 2 –13d 1 D 2 °3 P 0 –11d 1 P 1 °15 1542.270 64 839.47 3 P 1 –10d 3 P 2 °15 1542.185 64 843.08 3 P 1 –10d 3 D 1 °10 1541.758 64 861.03 3 P 0 –13s 3 P 1 °15 1541.620 64 866.82 3 P 1 –12d 1 D 2 °20 1541.569 64 868.99 3 P 1 –10d 3 P 1 °20 1541.415 64 875.47 3 P 1 –10d 3 P 0 °25 1541.322 64 879.35 3 P 2 –13d 1 F 3 °10 1541.198 64 884.58 3 P 1 –12s 3 P 2 °05 1541.178a 64 885.42 3 P 2 –15s 3 P 1 °05 1541.064 64 890.24 3 P 1 –12s 1 P 1 °10 1540.978a 64 893.87 3 P 2 –11d 3 D 1 °40 1540.963 64 894.50 3 P 2 –11d 3 D 3 °30 1540.783 64 902.06 3 P 2 –11d 3 P 2 °30 1540.707 64 905.25
3 P 1 –12d 1 P 1 °3 P 1 –12d 3 D 2 °20 1540.544 64 912.12 3 P 2 –11d 3 P 1 °15 1540.354 64 920.15 3 P 0 –10d 3 D 1 °15 1540.286 64 922.99
3 P 2 –13s 3 P 2 °3 P 1 –14s 3 P 0 °05 1540.239 64 925.01 3 P 1 –14s 3 P 1 °10 1540.152 64 928.64 3 P 2 –13s 1 P 1 °15 1540.131 64 929.53 3 P 2 –14d 1 D 2 °05 1539.738 64 946.11 3 P 0 –10d 3 P 1 °25 1539.705 64 947.52 3 P 2 –14d 1 F 3 °15 1539.537 64 954.58 3 P 2 –14d 3 D 2 °05 1539.384 64 961.05 3 P 2 –14d 1 P 1 °20 1539.236 64 967.30 3 P 0 –12s 1 P 1 °05 1539.057 64 974.86 3 P 2 –16s 3 P 1 °10 1538.922 64.980 55 3 P 2 –12d 3 F 2 °20 1538.876 64 982.48 3 P 0 –12d 1 P 1 °10 1538.410 65 002.16 3 P 0 –14s 3 P 1 °10 1538.380 65 003.45 3 P 2 –12d 3 F 3 °05 1538.271 65 008.05 3 P 2 –15d 1 D 2 °15 1538.109 65 014.90 3 P 1 –13d 1 P 1 °25 1537.935 65 022.26
3 P 2 –12d 3 F 3 °3 P 1 –13d 3 D 2 °05 1537.714 65 031.62 3 P 1 –15s 3 P 1 °05 1537.696 65 032.35 3 P 1 –15s 3 P 0 °25 1537.618 65 035.67
3 P 2 –15d 1 F 3 °3 P 2 –15d 3 D 2 °15 1537.524 65 039.63 3 P 1 –11d 3 D 1 °20 1537.474 65 041.74 3 P 2 –12d 3 D 3 °10 1537.382 65 045.65 3 P 2 –17s 3 P 1 °10 1537.322 65 048.16 3 P 1 –11d 3 P 2 °25 1537.297 65 049.26 3 P 2 –12d 3 P 2 °15 1537.159 65 055.09 3 P 2 –12d 3 P 1 °15 1537.086 65 058.15 3 P 1 –11d 3 P 1 °15 1537.016 65 061.11 3 P 1 –14d 3 P 0 °10 1536.953 65 063.81 3 P 2 –14s 3 P 2 °05 1536.852 65 068.06 3 P 2 –14s 1 P 1 °10 1536.830 65 069.01 3 P 1 –13s 3 P 2 °10 1536.763 65 071.86 3 P 2 –16d 1 D 2 °01 1536.699 65 074.56 3 P 1 –13s 1 P 1 °01 1536.672 65 075.71 3 P 1 –14d 1 D 2 °01 1536.624 65 077.71 15 1536.473 65 084.11 3 P 2 –16d 1 F 3 °10 1536.366 65 088.67 3 P 2 –16d 3 D 2 °15 1536.285 65 092.08 3 P 0 –13d 1 P 1 °01 1536.257 65 093.27 3 P 2 –16d 1 P 1 °20 1536.085 65 100.57 3 P 1 –14d 3 D 2 °05 1536.035 65 102.67 3 P 2 –18s 3 P 1 °10 1535.931 65 107.09
3 P 2 –13d 3 F 2 °3 P 1 –14d 1 P 1 °15 1535.896 65 108.59 3 P 0 –15s 3 P 1 °15 1535.705 65 116.69 3 P 0 –11d 3 D 1 °05 1535.634 65 119.70 3 P 1 –16s 3 P 0 °01 1535.604 65 120.97 3 P 1 –16s 3 P 1 °05 1535.537 65 123.80 15 1535.472 65 126.56
3 P 2 –13d 3 F 3 °3 P 1 –12d 3 F 2 °3 P 2 –17d 1 D 2 °10 1535.266 65 135.28 3 P 0 –11d 3 P 1 °20 1534.996 65 146.76 3 P 2 –17d 1 F 3 °01 1534.928 65 149.65 3 P 2 –19s 3 P 1 °10 1534.883 65 151.56 3 P 0 –13s 1 P 1 °01 1534.818 65 154.32 3 P 2 –13d 3 D 1 °25 1534.778 65 155.98 3 P 2 –13d 3 D 3 °25 1534.707 65 159.02 3 P 2 –13d 3 P 2 °01 1534.618 65 162.79 15 1534.547 65 165.80 3 P 2 –13d 3 P 1 °15 1534.431 65 170.75 3 P 2 –18d 1 D 2 °10 1534.364 65 173.57 3 P 2 –15s 3 P 2 °05 1534.299 65 176.34 3 P 2 –15s 1 P 1 °10 1534.255 65 178.19 3 P 1 –15d 1 P 1 °10 1534.236 65 179.02 3 P 2 –18d 1 F 3 °20 1534.184 65 181.21 3 P 1 –15d 3 D 2 °20 1534.112 65 184.28
3 P 1 –12d 3 D 1 °3 P 0 –14d 1 P 1 °3 P 2 –18d 3 D 2 °05 1533.972 65 190.23 3 P 1 –17s 3 P 0 °10 1533.937 65 191.71 3 P 1 –17s 3 P 1 °05 1533.791 65 197.94 3 P 0 –16s 3 P 1 °15 1533.717 65 201.09 3 P 1 –12d 3 P 1 °15 1533.672 65 202.99 3 P 1 –12d 3 P 0 °10 1533.508 65 209.98
3 P 2 –19d 1 F 3 °3 P 2 –19d 1 D 2 °3 P 1 –14s 3 P 2 °05 1533.205 65 222.86 3 P 2 –19d 3 D 2 °01 1533.166 65 224.51 3 P 2 –21s 3 P 1 °10 1533.036 65 230.04 3 P 2 –14d 3 F 3 °01 1532.976 65 232.6 15 1532.929 65 234.61 3 P 1 –16d 3 D 2 °05 1532.871 65 237.06 05 1532.815 65 239.45 3 P 1 –16d 1 P 1 °30 1532.646 65 246.66 3 P 2 –20d 1 F 3 °15 1532.624a 65 247.56
3 P 2 –14d 3 P 2 °3 P 1 –18s 3 P 0 °3 P 2 –20d 3 D 2 °10 1532.603a 65 248.48 3 P 2 –14d 3 D 3 °20 1532.490 65 253.27 3 P 1 –13d 3 F 2 °15 1532.446 65 255.17
3 P 2 –14d 3 P 1 °3 P 0 –15d 1 P 1 °05 1532.316a 65 260.69 3 P 2 –16s 3 P 2 °10 1532.295 65 261.58 3 P 0 –12d 3 D 1 °01 1532.252 65 263.43 3 P 2 –16s 1 P 1 °05 1532.210 65 265.20 10 1532.077 65 270.88 3 P 2 –21d 1 F 3 °05 1532.018 65 273.39 3 P 2 –21d 3 D 2 °10 1531.904 65 278.24 3 P 0 –12d 3 P 1 °05 1531.676 65 287.94 3 P 1 –17d 1 P 1 °25 1531.602 65 291.11
3 P 1 –17d 3 D 2 °3 P 0 –14s 1 P 1 °3 P 2 –22d 1 F 3 °05 1531.491 65 295.86 3 P 1 –19s 3 P 0 °01 1531.410 65 299.31 3 P 2 –22d 3 D 2 °10 1531.373 65 300.90 3 P 1 –13d 3 D 1 °10 1531.276 65 305.03
3 P 2 –15d 3 F 3 °3 P 1 –13d 3 P 2 °01 1531.185 65 308.87 15 1531.116 65 311.84 3 P 1 –13d 3 P 1 °15 1531.070 65 313.78 3 P 1 –13d 3 P 0 °20 1531.002 65 316.70
3 P 2 –23d 1 F 3 °3 P 0 –16d 1 P 1 °3 P 2 –23d 3 D 2 °20 1530.929 65 319.82
3 P 2 –15d 3 D 3 °3 P 1 –15s 3 P 2 °20 1530.875 65 322.14 3 P 2 –15d 3 P 2 °15 1530.787 65 325.89 3 P 2 –15d 3 P 1 °15 1530.738 65 327.97 15 1530.690 65 330.03 3 P 1 –18d 3 D 2 °10 1530.657 65 331.44
3 P 2 –24d 1 F 3 °3 P 2 –17s 3 P 2 °05 1530.638a 65 332.22 10 1530.602 65 333.76
3 P 2 –17s 1 P 1 °3 P 2 –24d 3 D 2 °01 1530.544 65 336.26 3 P 1 –20s 3 P 0 °01 1530.412 65 341.87 10 1530.325 65 345.60 3 P 2 –25d 1 F 3 °01 1530.311a 65 346.2 3 P 1 –14d 3 F2 °01 1529.914 65 363.14 15 1529.870 65 365.04 3 P 0 –17d 1 P 1 °05 1529.826 65 366.90 3 P 2 –16d 3 F 3 °15 1529.778 65 368.96 3 P 1 –19d 3 D 2 °01 1529.746 65 370.33 3 P 1 –21s 3 P 0 °10 1529.686 65 372.91 3 P 0 –19s 3 P 1 °15 1529.647 65 374.55 10 1529.561a 65 378.25 3 P 0 –13d 3 D 1 °20 1529.532 65 379.48 3 P 2 –16d 3 D 3 °15 1529.464 65 382.38 3 P 2 –16d 3 P 2 °10 1529.440 65 383.40 15 1529.396 65 385.29 3 P 2 –16d 3 P 1 °10 1529.307 65 389.08
3 P 0 –13d 3 P 1 °3 P 2 –18s 3 P 2 °05 1529.268 65 390.75
3 P 2 –18s 3 P 2 °3 P 1 –14d 3 D 1 °05 1529.229a 65 392.44 15 1529.202 65 399.59
3 P 1 –14d 3 P 2 °3 P 1 –20d 3 D 2 °15 1529.061 65 399.63 3 P 0 –15s 1 P 1 °15 1529.022 65 401.27 3 P 1 –14d 3 P 1 °15 1529.004 65 402.03 3 P 1 –14d 3 P 0 °05 1528.890 65 406.92 3 P 1 –16s 3 P 2 °15 1528.871 65 407.72 3 P 0 –18d 1 P 1 °01 1528.726 65 413.94 3 P 0 –20s 3 P 1 °15 1528.596 65 419.51 3 P 1 –21d 3 D 2 °05 1528.564a 65 420.87 10 1528.485 65 424.24 3 P 2 –17d 3 F 3 °05 1528.426 65 426.79 15 1528.372 65 429.08 3 P 2 –17d 3 D 3 °10 1528.328 65 431.00 3 P 2 –17d 3 P 2 °10 1528.277 65 433.18 3 P 2 –17d 3 P 1 °05 1528.250a 65 431.33 10 1528.238 65 434.83 05 1528.185 65 437.10 3 P 2 –19s 3 P 2 °05 1528.144 65 438.82 3 P 2 –19s 1 P 1 °10 1528.072 65 441.93 3 P 0 –19d 1 P 1 °01 1528.035 65 443.54 15 1527.989 65 445.51 3 P 1 –22d 3 D 2 °01 1527.941 65 447.55 3 P 0 –21s 3 P 1 °01 1527.771 65 454.83 15 1527.588 65 462.69 3 P 1 –23d 3 D 2 °05 1527.555 65 464.09 3 P 1 –15d 3 D 1 °05 1527.522 65 465.51 05 1527.460 65 468.14
3 P 0 –14d 3 D 1 °3 P 1 –15d 3 P 2 °20 1527.399 65 470.76 3 P 2 –18d 3 D 3 °10 1527.367 65 472.05
3 P 1 –15d 3 P 1 °3 P 2 –18d 3 P 2 °10 1527.343 65 473.22 3 P 1 –15d 3 P 0 °10 1527.316 65 474.31 3 P 2 –18d 3 P 1 °10 1527.301 65 474.98 05 1527.252 65 477.25 3 P 1 –17s 3 P 2 °10 1527.223 65 478.33 3 P 0 –14d 3 P 1 °10 1527.185 65 479.95 3 P 1 –24d 3 D 2 °05 1527.027 65 486.71 3 P 0 –16s 1 P 1 °10 1526.894 65 492.41 10 1526.766 65 497.91 01 1526.609 65 504.67 15 1526.585 65 505.70 3 P 2 –19d 3 D 3 01 1526.549 65 507.25 3 P 2 –19d 3 P 2 10 1526.506 65 509.08 3 P 2 –19d 3 P 1 °01 1526.456 65 511.22 15 1526.253 65 519.93 10 1526.141 65 524.77 3 P 1 –16d 3 D 1 °05 1526.054 65 528.46 3 P 1 –16d 3 P 2 °10 1526.035 65 529.29 15 1525.983 65 531.52
3 P 1 –16d 3 P 0 °3 P 1 –16d 3 P 1 °15 1525.886 65 535.69 3 P 2 –20d 3 D 3 °05 1525.851 65 537.19 3 P 2 –20d 3 P 2 °05 1525.832 65 538.10 3 P 2 –20d 3 P 1 °05 1525.792 65 539.72 05 1525.758 65 541.19 01 1525.707 65 543.40 05 1525.619 65 547.16 01 1525.579 65 548.90 3 P 0 –15d 3 P 1 °05 1525.421 65 555.69 05 1525.381 65 557.39 3 P 0 –17s 1 P 1 °10 1525.285 65 561.51 3 P 2 –21d 3 D 3 °05 1525.254a 65 562.85 3 P 2 –21d 3 P 2 °10 1525.236 65 563.61 3 P 2 –21d 3 P 1 °01 1525.191 65 565.57 05 1525.091 65 569.87 05 1525.056 65 571.35 01 1524.989 65 574.26 05 1524.970 65 575.07 3 P 1 –l7d 3 D 1 °05 1524.873 65 579.22 3 P 1 –17d 3 P 1 °05 1524.852 65 580.12 3 P 1 –17d 3 P 0 °05 1524.830 65 581.09 15 1524.767 65 583.78 3 P 2 –22d 3 D 3 °10 1524.742a 65 584.83 3 P 2 –22d 3 P 2 °05 1524.723a 65 585.68 3 P 2 –22d 3 P 1 °01 1524.690 65 587.12 05 1524.621 65 590.08 05 1524.535 65 593.79 01 1524.478 65 596.21 05 1524.417 65 598.87 10 1524.345 65 601.94 3 P 0 –16d 3 D 1 °10 1524.316 65 603.20 3 P 2 –23d 3 D 3 °05 1524.292a 65 604.21 3 P 2 –23d 3 P 2 °05 1524.279a 65 604.80 3 P 2 –23d 3 P 1 °05 1524.269a 65 605.22 01 1524.242 65 606.38 10 1524.192 65 608.52 3 P 0 –16d 3 P 1 °05 1524.130 65 611.22 05 1524.067 65 613.91 3 P 0 –18s 1 P 1 °05 1524.011 65 616.34 3 P 1 –18d 3 D 1 °01 1523.986 65 617.41 01 1523.966 65 618.27 3 P 1 –18d 3 P 2 °15 1523.915 65 620.46
3 P 1 –18d 3 P 0 °3 P 1 –18d 3 P 1 °3 P 2 –24d 3 D 3 °01 1523.895a 65 621.32 3 P 2 –24d 3 P 1 °05 1523.856 65 623.01 05 1523.806 65 625.15 01 1523.776 65 626.43 01 1523.732 65 628.33 01 1523.701 65 629.69 05 1523.620 65 633.15 10 1523.568 65 635.39 3 P 2 –25d 3 D 3 °05 1523.543a 65 636.48 3 P 2 –25d 3 P 1 °05 1523.458 65 640.16 01 1523.308a 65 646.62 10 1523.259 65 648.74 3 P 2 –26d 3 D 3 °01 1523.235a 65 649.73 3 P 2 –26d 3 P 1 °05 1523.200 65 651.24
3 P 1 –19d 3 D 1 °3 P 0 –17d 3 D 1 °01 1523.174 65 652.40 01 1523.122 65 654.60 05 1523.109 65 655.18
3 P 1 –19d 3 P 0 °3 P 1 –19d 3 P 1 °05 1523.043 65 658.04 15 1522.983 65 660.63 3 P 2 –27d 3 D 3 °05 1522.960a 65 661.59
3 P 0 –19s 1 P 1 °3 P 2 –27d 3 P 1 °01 1522.829 65 667.26 15 1522.734 65 671.36 3 P 2 –28d 3 P 1 °, 3 D 3 °01 1522.642 65 675.31 01 1522.557a 65 678.99 15 1522.510 65 681.01 3 P 2 –29d 3 P 1 °, 3 D 3 °01 1522.482a 65 682.24 10 1522.433 65 684.34 3 P 1 –20d 3 P 0 °, 3 P 1 °01 1522.345a 65 688.15 10 1522.315 65 689.41 3 P 2 –30d 3 P 1 °, 3 D 3 °05 1522.280a 65 690.93 05 1522.231 65 693.07 3 P 0 –18d 3 D 1 °01 1522.169a 65 695.71 10 1522.131 65 697.38 3 P 2 –31d 3 P 1 °, 3 D 3 °01 1522.111a 65 698.22 01 1522.052 65 700.78 01 1522.036 65 701.45 3 P 0 –20s 1 P 1 °05 1521.970 65 704.34 3 P 2 –32d 3 P 1 °, 3 D 3 °05 1521.907 65 707.04 10 1521.840 65 709.94 3 P 1 –21d 3 P 0 °, 3 P 1 °10 1521.820 65 710.79 3 P 2 –33d 3 P 1 °, 3 D 3 °10 1521.686 65 716.59 3 P 2 –34d 3 P 1 °, 3 D 3 °10 1521.559 65 722.05 3 P 2 –35d 3 P 1 °, 3 D 3 °05 1521.445 65 726.99 3 P 2 –36d 3 P 1 °, 3 D 3 °05 1521.415 65 728.30 3 P 0 –19d 3 D 1 °15 1521.338 65 731.61
3 P 1 –22d 3 P 1 °3 P 2 –37d 3 P 1 °, 3 D 3 °10 1521.246 65 735.59 3 P 2 –38d 3 P 1 °, 3 D 3 °10 1521.156 65 739.49 3 P 2 –39d 3 P 1 °, 3 D 3 °10 1521.073 65 743.06 3 P 2 –40d 3 P 1 °, 3 D 3 °10 1520.996 65 746.38 3 P 2 –41d 3 P 1 °, 3 D 3 °05 1520.926 65 749.41 3 P 2 –42d 3 P 1 °, 3 D 3 °05 1520.892 65 750.89 3 P 2 –23d 3 P 0 °, 3 P 1 °05 1520.859 65 752.30 3 P 2 –43d 3 P 1 °, 3 D 3 °05 1520.796 65 755.03 3 P 2 –44d 3 P 1 °, 3 D 3 °05 1520.732 65 757.79 3 P 2 –45d 3 P 1 °, 3 D 3 °05 1520.685 65 759.82 3 P 2 –46d 3 P 1 °, 3 D 3 °05 1520.637 65 761.93 3 P 2 –47d 3 P 1 °, 3 D 3 °05 1520.586 65 764.13 3 P 2 –48d 3 P 1 °, 3 D 3 °05 1520.540 65 766.13 3 P 2 –49d 3 P 1 °, 3 D 3 °10 1520.503 65 767.71
3 P 1 –24d 3 P 0 °, 3 P 1 °3 P 2 –50d 3 P 1 °, 3 D 3 °05 1520.463 65 769.43 3 P 2 –51d 3 P 1 °, 3 D 3 °05 1520.423 65 771.14 3 P 2 –52d 3 P 1 °, 3 D 3 °05 1520.389 65 772.65 3 P 2 –53d 3 P 1 °, 3 D 3 °05 1520.353 65 774.20 3 P 2 –54d 3 P 1 °, 3 D 3 °05 1520.324 65 775.43 3 P 2 –55d 3 P 1 °, 3 D 3 °05 1520.291 65 776.89 3 P 2 –56d 3 P 1 °, 3 D 3 °05 1520.202 65 780.75 05 1520.189 65 781.30 05 1520.157 65 782.69 3 P 1 –25d 3 P 0 °, 3 P 1 °10 1519.857 65 795.66 3 P 1 –26d 3 P 0 °, 3 P 1 °10 1519.584 65 807.50 3 P 1 –27d 3 P 0 °, 3 P 1 °05 1519.364 65 817.02 3 P 1 –28d 3 P 0 °, 3 P 1 °05 1519.125 65 827.35 3 P 1 –29d 3 P 0 °, 3 P 1 °05 1518.926 65 836.01 3 P 1 –30d 3 P 0 °, 3 P 1 °05 1518.763 65 843.06 3 P 1 –31d 3 P 0 °, 3 P 1 °05 1518.720 65 844.91 05 1518.594 65 850.38 3 P 1 –32d 3 P 0 °, 3 P 1 °05 1518.434 65 857.33 3 P 1 –33d 3 P 0 °, 3 P 1 °05 1518.307 65 862.84 3 P 1 –34d 3 P 0 °, 3 P 1 °05 1518.187 65 868.04 3 P 1 –35d 3 P 0 °, 3 P 1 °05 1518.107 65 871.52 05 1518.069 65 873.14 3 P 1 –36d 3 P 0 °, 3 P 1 °05 1517.963 65 877.75 3 P 1 –37d 3 P 0 °, 3 P 1 °05 1517.867 65 881.94 3 P 1 –38d 3 P 0 °, 3 P 1 °01 1517.782 65 885.60 3 P 1 –39d 3 P 0 °, 3 P 1 °01 1517.703 65 889.05 3 P 1 –40d 3 P 0 °, 3 P 1 °01 1517.624 65 892.46 3 P 1 –41d 3 P 0 °, 3 P 1 °01 1517.554 65 895.52 3 P 1 –42d 3 P 0 °, 3 P 1 °01 1517.490 65 898.29 3 P 1 –43d 3 P 0 °, 3 P 1 °01 1517.426 65 901.07 3 P 1 –44d 3 P 0 °, 3 P 1 °01 1517.369 65 903.54 3 P 1 –45d 3 P 0 °, 3 P 1 °01 1517.306 65 906.26 3 P 1 –46d 3 P 0 °, 3 P 1 °01 1517.264 65 908.11 3 P 1 –47d 3 P 0 °, 3 P 1 °01 1517.214 65 910.29 3 P 1 –48d 3 P 0 °, 3 P 1 °01 1517.207 65 910.57 01 1517.169 65 912.24 3 P 1 –49d 3 P 0 °, 3 P 1 °01 1517.130 65 913.94 3 P 1 –50d 3 P 0 °, 3 P 1 °01 1517.035 65 918.05
a Shoulder on a stronger line.
b J = 2 interloper term (see text).
c Blended with CO line.
Table II
3pns 1 P 1 ° energy levels of Si i .
Relative absorption strength lower state n T (cm−1 )n *3 P 0 3 P 1 3 P 2 1 D 2 4 40 991.84a 2.0933 5 54 871.01 3.1352 80 70 50 6 59 636.71 4.1413 35 5b 30 30 7 61 881.61 5.1401 5 10 1 30 8 63 130.46 6.1466 35 30 30 15 9 63 884.65 7.1436 20 5 20 25 10 64 376.18 8.1334 30 10 20 10 11 64 723.88 9.1485 10 5 5 20 12 64 967.34 10.1381 20 5 10 5 13 65 151.67 11.1458 10 5 10 5 14 65 291.26 12.1468 25b 1 5b 5 15 65 399.60 13.1416 15 ⋯ 5 5 16 65 486.67 14.1466 5 ⋯ 1 5 17 65 557.35 15.1413 5b ⋯ 10b 1 18 65 613.95 16.1438 5b ⋯ 5b 1 19 65 662.00 17.152 5b ⋯ 5 5b 20 65 701.56 18.141 1 ⋯ ⋯ 1 21 65 736.06 19.159 ⋯ ⋯ ⋯ 1 22 65 764.03 20.124 ⋯ ⋯ ⋯ 1 23 65 789.56 21.145 ⋯ ⋯ ⋯ 1 24 65 811.24 22.145 ⋯ ⋯ ⋯ 1 ∞ 66 035.00
a From Moore (Ref.
3 ).
b Blended line.
Table III
3pns 3 P 2 ° energy levels of Si i .
Relative absorption strength lower state n T (cm−1 )n *3 P 0 3 P 1 3 P 2 1 D 2 4 39 955.05a 2.0513 5 54 528.17 3.0881 80 80 6 59 506.41 4.0998 60 60 7 61 823.47 5.1045 10 5b 8 63 093.38 6.1077 20 30 9 63 863.84 7.1093 30b 25 10 64 366.68 8.1102 15 20 11 64 713.05 9.1110 20b 15 12 64 961.67 10.1113 10 10 13 65 146.14 11.1111 10 15b 14 65 287.04 12.1125 10b 10 15 65 396.73 13.1121 20b 10 16 65 483.96 14.1118 10b 5b 17 65 554.50 15.1121 5 10b 18 65 612.24 16.1111 ⋯ 10b 19 65 660.26 17.112 ⋯ 5b ∞ 66 035.00
a From Moore (Ref.
3 ).
b Blended line.
Table IV
3pns 3 P 1 ° energy levels of Si i .
Relative absorption strength lower state n T (cm−1 )n *3 P 0 3 P 1 3 P 2 1 D 2 4 39 760.29a 2.0549 5 54 313.75 3.0980 60 80 80 6 59 273.59 4.1171 40 70 75 7 61 595.46 5.1409 10 25 15 20 8 62 813.23 6.1153 30 ⋯ 10b 5 9 63 584.23 7.1222 30 5 25 5 10 64 085.87 8.1264 15 5 10 10 11 64 432.03 9.1332 10b 5 10 15 12 64 678.93 10.1335 5 15 10 c 13 64 861.02 11.1257 10 1 10 5 14 65 002.16 12.1334 10 5 35b 5 15 65 108.74 13.1065 15 5 5b b 16 65 197.98 14.1306 5 1 5 1 17 65 268.80 15.1397 ⋯ ⋯ 10 1 18 65 325.82 16.1308 ⋯ ⋯ 5 1 19 65 372.80 17.112 ⋯ ⋯ 1 ⋯ 20 65 414.0 18.138 1 ⋯ ⋯ 1 21 65 447.6 19.127 1 ⋯ 1 ⋯ ∞ 65 747.55
a From Moore (Ref.
3 ).
b Blended line.
c Obscured by an emission line.
Table V
3pns 3 P 0 ° energy levels of Si i .
Relative absorption strength lower state n T (cm−1 )n *3 P 0 3 P 1 3 P 2 1 D 2 4 39 683.16a 2.0519 5 54 244.98 3.0887 80 6 59 221.12 4.1005 60 7 61 538.03 5.1057 10 8 62 806.60 6.1084 15 9 63 576.85 7.1101 10 10 64 079.74 8.1115 10 11 64 425.97 9.1123 10 12 64 674.61 10.1131 10 13 64 859.23 11.1145 5 14 65 000.11 12.1167 15b 15 65 109.47 13.1140 5 16 65 196.82 14.1157 5 17 65 267.35 15.1169 5 18 65 324.68 16.1090 15b 19 65 372.98 17.116 5 20 65 413.38 18.121 1 21 65 447.45 19.122 1 ∞ 65 747.55
a From Moore (Ref.
3 ).
b Blended line.
Table VI
3pnd 3 P 0 ° energy levels of Si i .
Relative absorption strength lower state n T (cm−1 )n *3 P 0 3 P 1 3 P 2 1 D 2 3 50 602.44a 2.6666 4 60 042.60 4.2793 60 5 61 960.33 5.1895 30 6 63 123.31 6.1390 35 7 63 863.80 7.1092 30b 8 64 358.52 8.0905 25 9 64 703.23 9.0773 25 10 64 952.58 10.0687 20 11 65 138.22 11.0619 15 12 65 280.10 12.0567 15 13 65 390.89 13.0525 15 14 65 479.14 14.0504 15 15 65 550.33 15.0470 10 16 65 608.63 16.0428 15b 17 65 657.24 17.0437 5 18 65 697.58 18.0338 15b 19 65 732.30 19.040 5c ∞ 66 035.00
a From Moore (Ref.
3 ).
b Blended line.
c This series blends with
3 P 1 –
nd 3 P 1 ° for
n > 18.
Table VII
3pnd 1 P 1 ° energy levels of Si i .
Relative absorption strength lower state n T (cm−1 )n *3 P 0 3 P 1 3 P 2 1 D 2 3 53 387.38 2.9796 40 40 25 4 58 801.50 3.9747 70 70 40 5 61 305.71 4.9704 35 30 5 10 6 62 666.22 5.9677 40 50 5 5 7 63 486.95 6.9672 40 30 5 5 8 64 020.42 7.9710 35a 15 10 10 9 64 393.66 9.0029 25 1 ⋯ 10 10 64 635.82 9.9351 20a 15 ⋯ 5 11 64 832.70 10.9521 25a 10 ⋯ 5 12 64 982.42 11.9758 20 30a ⋯ 5a 13 65 092.05 12.9386 15 15 ⋯ 1 14 65 184.24 13.9572 20a 10a ⋯ 1 15 65 255.31 14.9308 15a 10 ⋯ ⋯ 16 65 316.57 15.9567 20a 5 ⋯ ⋯ 17 65 365.05 16.9378 15 5 ⋯ ⋯ 18 65 407.72 17.9698 15 ⋯ ⋯ ⋯ 19 65 441.93 18.949 10 ⋯ ⋯ ⋯ ∞ 65 747.55
a Blended line.
Table VIII
3pnd 3 P 1 ° energy levels of Si i .
Relative absorption strength lower state n T (cm−1 )n *3 P 0 3 P 1 3 P 2 1 D 2 3 50 566.40a 2.6635 4 60 010.52 4.2679 75 60 60 1 5 61 936.17 5.1742 25 25 30 10 6 63 097.30 6.1118 30 40 45 1 7 63 844.65 7.0781 20 35b 35 ⋯ 8 64 337.81 8.0410 5 20 25 ⋯ 9 64 699.46 9.0645 20 20b 20 ⋯ 10 64 946.12 10.0388 5 20 10 ⋯ 11 65 135.28 11.0438 10 15 20 ⋯ 12 65 278.23 12.0418 10 15 15 ⋯ 13 65 388.96 13.0330 10b 15 15 ⋯ 14 65 478.35 14.0405 10 15b 15 ⋯ 15 65 549.05 15.0272 1 10b 15 ⋯ 16 65 608.44 16.0392 10b 15b 15 ⋯ 17 65 656.34 17.0235 ⋯ 5 10 ⋯ 18 65 697.47 18.0309 ⋯ 15b ,c 10 ⋯ 19 65 732.27 19.039 ⋯ 5 10d ⋯ 20 65 761.36 20.026 ⋯ 10 5b ⋯ 21 65 786.90 21.031 ⋯ 10 10 ⋯ 22 65 808.80 22.026 ⋯ 15 5 ⋯ 23 65 827.98 23.023 ⋯ 5 5 ⋯ 24 65 844.50 24.000 ⋯ 10 1 ⋯ 25 65 859.72 25.021 ⋯ 5 5 ⋯ 26 65 872.83 26.013 ⋯ 10 1 ⋯ 27 65 884.68 27.019 ⋯ 10 5b ⋯ 28 65 894.14 27.911 ⋯ 5 ⋯ ⋯ 29 65 904.47 28.995 ⋯ 5 ⋯ ⋯ 30 65 913.13 30.007 ⋯ 5 ⋯ ⋯ 31 65 920.18 30.915 ⋯ 5 ⋯ ⋯ 32 65 927.50 31.950 ⋯ 5 ⋯ ⋯ 33 65 934.45 33.036 ⋯ 5 ⋯ ⋯ 34 65 939.96 33.980 ⋯ 5 ⋯ ⋯ 35 65 945.16 34.949 ⋯ 5 ⋯ ⋯ 36 65 950.26 35.986 ⋯ 5 ⋯ ⋯ 37 65 954.87 37.006 ⋯ 5 ⋯ ⋯ 38 65 959.06 38.014 ⋯ 5 ⋯ ⋯ 39 65 962.72 38.96 ⋯ 1 ⋯ ⋯ 40 65 966.17 39.93 ⋯ 1 ⋯ ⋯ 41 65 969.58 40.96 ⋯ 1 ⋯ ⋯ 42 65 972.64 41.95 ⋯ 1 ⋯ ⋯ 43 65 975.41 42.91 ⋯ 1 ⋯ ⋯ 44 65 978.19 43.95 ⋯ 1 ⋯ ⋯ 45 65 980.66 44.94 ⋯ 1 ⋯ ⋯ 46 65 983.38 46.11 ⋯ 1 ⋯ ⋯ 47 65 985.23 46.96 ⋯ 1 ⋯ ⋯ 48 65 987.41 48.02 ⋯ 1 ⋯ ⋯ 49 65 989.36 49.03 ⋯ 1 ⋯ ⋯ 50 65 991.07 49.98 ⋯ 1 ⋯ ⋯ ∞ 66 035.00
a From Moore (Ref.
3 ).
b Blended line.
c Blended with
3 P 1 –
nd 3 P 0 ° for
n > 17.
d Shoulder measurement for
n > 18.
Table IX
3pnd 3 D 1 ° energy levels of Si i .
Relative absorption strength lower state n T (cm−1 )n *3 P 0 3 P 1 3 P 2 1 D 2 3 54 185.19 3.0431 100 100 50 4 59 056.50 3.9654 100 90 50 5 61 511.79 4.9255 25 20 10 6 62 925.71 5.9408 35 35 10 10 7 63 750.44 6.9306 30 30 10 20 8 64 287.43 7.9242 20 20 5 10 9 64 654.97 8.9172 25 20 10a 1 10 64 920.15 9.9212 15 15 1 5 11 65 116.72 10.9316 15 15 10a 1a 12 65 261.50 11.9109 10a 20a ⋯ 1 13 65 378.02 12.9240 10 10 ⋯ 5 14 65 468.00 13.9117 5a 5a ⋯ 1 15 65 541.20 14.9072 5 5 ⋯ ⋯ 16 65 601.92 15.9180 10a 10 ⋯ ⋯ 17 65 651.30 16.9216 5a 1 ⋯ ⋯ 18 65 693.00 17.9127 5 5 ⋯ ⋯ 19 65 728.30 18.915 5 5a ⋯ ⋯ ∞ 66 035.00
a Blended line.
Table X
3pnd 3 P 2 ° energy levels of Si i .
Relative absorption strength lower state n T (cm−1 )n *3 P 0 3 P 1 3 P 2 1 D 2 3 50 499.84a 2.6578 … … … 4 59 917.38 4.2353 50 90 1 5 61 842.02 5.1158 15 45 1 6 63 020.42 6.0334 25 50 1 7 63 770.28 6.9609 25 35 5 8 64 322.74 8.0055 30 30 … 9 64 687.77 9.0251 5 25 … 10 64 916.64 9.9056 15 15 1 11 65 125.26 10.9828 10 30 1 12 65 272.41 11.9957 … 25 1 13 65 382.18 12.9651 10b 25 … 14 65 470.72 13.9452 15b 15b … 15 65 545.30 14.9695 5b 20 … 16 65 605.54 15.9850 … 15 … 17 65 654.15 16.9745 1 10 … 18 65 695.20 17.9705 … 10b … 19 65 730.40 18.981 … 1 … 20 65 760.50 19.994 … 5 … 21 65 786.00 20.993 … 5b … 22 65 807.98 21.986 … 10b … 23 65 827.36 22.989 … 5b … ∞ 66 035.00
a From Moore (Ref.
3 ).
b Blended line.
Table XI
3pnd 3 D 2 ° energy levels of Si i .
Relative absorption strength lower state n T (cm−1 )n *3 P 0 3 P 1 3 P 2 1 D 2 3 54 205.02 3.0833 200 80 4 59 032.19 4.0424 120 80 5 61 447.90 5.0519 50 30 6 62 774.99 6.0759 60 1 a 7 63 575.35 7.1076 45 25 5 8 64 104.88 8.1733 30 15 20 9 64 398.19 9.0180 30 25 1 10 64 646.73 9.9842 25 45b a 11 64 855.48 11.0911 35 10 5 12 64 982.37 11.9754 30b 15 5b 13 65 099.38 13.0115 25b a a 14 65 177.70 13.8769 20 15 5 15 65 258.33 14.9769 20 25b … 16 65 311.78 15.8688 15 10 5 17 65 368.23 17.0087 25b a … 18 65 407.15 17.9547 15 20b 1 19 65 446.05 19.078 15 5 … 20 65 470.71 19.909 15b 15b … 21 65 496.59 20.91 15 5 … 22 65 522.63 22.08 15 1 … 23 65 539.81 22.98 15 20b … 24 65 557.07 24.00 10 10b … ∞ 65 747.55
a Obscured by a stronger line.
b Blended line.
Table XII
3pnd 1 D 2 ° energy levels of Si i .
Relative absorption strength lower state n T (cm−1 )n *3 P 0 3 P 1 3 P 2 1 D 2 3 47 351.55a 2.4424 4 56 503.33 3.4454 20 45 5 60 300.90 4.4886 20 50 40 6 62 156.86 5.5282 5 20 15 7 63 204.88 6.5694 … 40 10 8 63 860.44 7.6256 15 35 5 9 64 243.30 8.5411 15 35b 5 10 64 553.46 9.5864 20b 1 … 11 64 795.56 10.7364 15b 15b … 12 64 943.94 11.6856 15b 10 … 13 65 055.82 12.5952 … 25b … 14 65 152.74 13.5826 … 15b 1 15 65 231.21 14.5782 … 5 … 16 65 295.03 15.5723 … 10 1 17 65 349.50 16.6037 … 15b 75b 18 65 393.91 17.6154 … 15 1 19 65 433.17 18.683 … 10b 1b ∞ 65 747.55
a From Moore (Ref.
3 ).
b Blended line.
Table XIII
3pnd 3 F 2 ° energy levels of Si i .
Relative absorption strength lower state n T (cm−1 )n *3 P 0 3 P 1 3 P 2 1 D 2 3 49 850.83a 2.6039 4 57 372.30 3.5592 40 20 5 60 645.44 4.5123 30 15 5 6 62 349.91 5.4569 25 … 10 7 63 356.16 6.4003 30 25 10 8 63 990.73 7.3266 30 35b 15 9 64 488.72 8.4242 5 5 20 10 64 758.61 9.2722 5b 10 15b 11 65 025.30 10.4250 … 5 10 12 65 203.73 11.4895 … 10 5 13 65 330.38 12.4795 … 10b 5 14 65 423.14 13.3920 … … 5 15 65 506.81 14.4138 … … 5 16 65 575.91 15.4605 … … 1 17 65 628.27 16.4255 … … 1 18 65 672.98 17.4103 … … 1 ∞ 66 035.00
a From Moore (Ref.
3 ).
b Blended line.
Table XIV
3pnd 3 D 3 ° energy levels of Si i .
Relative absorption strength lower state n T (cm−1 )n *3 P 0 3 P 1 3 P 2 1 D 2 3 54 257.52 3.0524 500 4 59 117.97 3.9830 125 5 61 574.85 4.9602 70 40 6 62 936.12 5.9507 60 40 7 63 760.26 6.9456 40 40 8 64 295.32 7.9422 40 40 9 64 662.09 8.9403 20 45 10 64 923.97 9.9383 25 35 11 65 117.65 10.9372 40a 25 12 65 264.91 11.9372 20 20 13 65 379.19 12.9355 25 20 14 65 471.53 13.9552 10 15 15 65 543.02 14.9348 20a 10 16 65 602.64 15.9313 20 b 17 65 652.39 16.9354 15 10 18 65 693.90 17.9363 20 10 19 65 728.86 18.933 15 60a 20 65 758.86 19.935 15 5 21 65 784.65 20.936 10 5 22 65 806.94 21.936 15 5 23 65 826.36 22.934 10 b 24 65 843.45 23.935 15b 5 25 65 858.50 24.935 10 5 26 65 871.88 25.937 10 5b 27 65 883.80 26.940 15c 5 28 65 894.52 27.949 15 b 29 65 904.12 28.956 15 1 30 65 912.60 29.942 10 1 31 65 920.45 30.951 10 1 32 65 927.37 31.931 5 1 33 65 933.95 32.954 10 b 34 65 939.75 33.942 10 b 35 65 945.19 34.955 10 1 36 65 950.17 35.967 5 1 37 65 954.76 36.981 15 1 38 65 958.80 37.949 10 1 39 65 962.63 38.94 10 1 40 65 966.22 39.94 10 1 41 65 969.54 40.94 10 1 42 65 972.57 41.93 5 ⋯ 43 65 975.36 42.89 5 ⋯ 44 65 978.19 43.95 5 ⋯ 45 65 980.95 45.06 5 ⋯ 46 65 982.98 45.93 5 ⋯ 47 65 985.09 46.89 5 ⋯ 48 65 987.29 47.96 5 ⋯ 49 65 989.29 49.00 5 ⋯ 50 65 990.87 49.87 10 ⋯ 51 65 992.59 50.87 5 ⋯ 52 65 994.30 51.92 5 ⋯ 53 65 995.81 52.91 5 ⋯ 54 65 997.34 53.98 5 ⋯ 55 65 998.59 54.89 5 ⋯ 56 66 000.05 56.03 5 ⋯ ∞ 66 035.00
a Blended line.
b Obscured by an emission line.
c Blended with
3 P 2 –
nd 3 D 2 ° and
3 P 2 –
nd 3 P 1 ° series beyond
n = 25.
Table XV
3pnd 3 F 3 ° energy levels of Si i .
Relative absorption strength lower state n T (cm−1 )n *3 P 0 3 P 1 3 P 2 1 D 2 3 49 933.78a 2.6106 4 57 450.57 3.5753 50 5 60 705.43 4.5376 30 20 6 62 376.79 5.4769 20 15 7 63 340.64 6.3818 40 20 8 63 945.10 7.2462 35 50 9 ⋯ ⋯ ⋯ ⋯ 10 64 881.45 9.7534 30 30 11 ⋯ ⋯ ⋯ ⋯ 12 65 226.60 11.6509 10 1 13 65 349.72 12.6543 15b 75b 14 65 453.23 13.7340 10 5 15 65 528.19 14.7147 10b 5 16 65 590.07 15.7046 5 5 17 65 647.43 16.8267 10 5 ∞ 66 035.00
a From Moore (Ref.
3 ).
b Blended line.
Table XVI
3pnd 1 F 3 ° energy levels of Si i .
Relative absorption strength lower state n T (cm−1 )n *3 P 0 3 P 1 3 P 2 1 D 2 3 53 362.30 2.9766 35 4 58 893.34 4.0012 80 5 61 423.24 5.0375 70 60 6 62 802.84 6.1045 50 40 7 63 641.76 7.2188 40 35 8 64 187.84 8.3879 25 30 9 64 351.93 8.8673 30 45 10 64 647.46 9.9875 45a 35 11 64 795.43 10.7356 15a 25 12 64 965.03 11.8420 15 30 13 65 102.52 13.0432 25 20 14 65 170.67 13.7921 25 15 15 65 258.83 14.9845 25 15 16 65 307.30 15.7879 15 10 17 65 369.94 17.0471 20 20 18 65 402.24 17.8266 10 10 19 65 433.14 18.682 10a 1a 20 65 469.78 19.876 30a 10 21 65 494.05 20.806 10 5 22 65 514.27 21.689 25a b 23 65 539.99 22.993 20a 5 24 65 554.77 23.858 10a 5 25 65 568.83 24.779 10 5 ∞ 65 747.55
a Blended line.
b Obscured by an emission line.
Table XVII
3s 3p 3 3 P ° energy levels of Si i .
Relative absorption strength lower state Term T (cm−1 )3 P 0 3 P 1 3 P 2 3 P 2 °56 690.88 50 60 3 P 1 °56 700.21 50 50 50 3 P 0 °56 733.34 50