Title: Experimental Radiative Lifetimes, Branching Fractions, and Oscillator Strengths of Some Levels in Er I and Er II Authors: Yu Q., Wang X., Li Q., Li Y., Dai Z. Table: Branching Fractions (Rki), Transition Probabilities, Oscillator Strengths of Er I Levels, and Comparison with Previous Results ================================================================================ Byte-by-byte Description of file: apjsaafb12t4_mrt.txt -------------------------------------------------------------------------------- Bytes Format Units Label Explanations -------------------------------------------------------------------------------- 1- 23 A23 --- Config Upper level configuration 25 I1 --- Jup Upper level J value (1) 27- 35 F9.3 cm-1 Ek Upper level energy (1) 37- 41 F5.1 ns tau Radiative lifetime 43- 44 I2 --- e_tau Uncertainty in the last digits of tau 46- 47 I2 --- Jlow Lower level J value (1) 49- 57 F9.3 cm-1 Ei Lower level energy (1) 59- 66 F8.3 nm Wave Transition wavelength in air (2) 68- 72 F5.3 --- Rki Branching fraction 74- 75 I2 --- e_Rki Uncertainty in the last digits of Rki 77- 84 F8.3 10+6/s gkAki Transition probability from this work 86- 88 I3 --- e_gkAki Uncertainty in the last digits of gkAki 90- 95 F6.2 --- PgkAki ? Previous transition probability (3) 97- 98 I2 --- e_PgkAki ? Uncertainty in the last digits of PgkAki 100-104 F5.2 [-] log(gf) log oscillator strength from this work 106-107 I2 [-] e_log(gf) Uncertainty in the last digits of log(gf) 109-113 F5.2 [-] Plog(gf) ? Previous log oscillator strength (3) -------------------------------------------------------------------------------- Note (1): Kramida et al. (2018; NIST Atomic Spectra Database ver. 5.5.6). Note (2): Wavelength values computed from energy levels using the five-parameter formular from Peck & Reeder (1972) [1972JOSA...62..958P]. Note (3): Lawler et al. (2010) [2010JPhB...43w5001L]. -------------------------------------------------------------------------------- 6 31926.003 109. 6 5 6958.329 400.405 1.000 0 119. 7 120. 7 -0.54 2 -0.54 3 31988.938 493. 14 4 5035.193 370.900 0.906 7 12.9 4 -1.58 1 3 31988.938 493. 14 4 10750.982 470.723 0.033 4 0.467 56 -2.81 5 3 31988.938 493. 14 3 12377.534 509.765 0.034 4 0.486 65 -2.72 6 3 31988.938 493. 14 2 13097.906 529.205 0.027 4 0.378 62 -2.80 7 4f11(4Fo)5d6s2 3 32695.370 111. 2 4 5035.193 361.428 0.079 12 5.00 79 -2.01 7 3 32695.370 111. 2 4 10750.982 455.569 0.842 13 53.5 13 -0.78 1 3 32695.370 111. 2 3 12377.534 492.041 0.050 6 3.16 37 -1.94 5 3 32695.370 111. 2 2 13097.906 510.128 0.024 4 1.51 27 -2.23 8 3 32695.370 111. 2 4 23300.042 1064.067 0.005 1 0.29 8 -2.30 12 8 34288.437 80.0 56 7 7696.956 375.953 0.402 7 85.4 62 -0.74 3 8 34288.437 80.0 56 9 8620.565 389.482 0.112 7 23.8 23 -1.27 4 8 34288.437 80.0 56 8 9350.106 400.876 0.339 9 72.0 54 -0.76 3 8 34288.437 80.0 56 9 10557.916 421.279 0.095 4 20.4 16 -1.27 4 8 34288.437 80.0 56 8 11557.670 439.808 0.004 1 0.949 195 -2.56 9 8 34288.437 80.0 56 7 11887.503 446.285 0.033 3 6.99 74 -1.68 5 8 34288.437 80.0 56 7 15846.549 542.093 0.008 2 1.61 38 -2.15 10 8 34288.437 80.0 56 9 16501.416 562.052 0.007 1 1.38 27 -2.18 8 5 34684.329 44.6 21 4 5035.193 337.181 0.038 9 9.41 237 7.37 55 -1.79 11 -1.9 5 34684.329 44.6 21 5 6958.329 360.569 0.801 11 198. 10 211. 11 -0.41 2 -0.39 5 34684.329 44.6 21 4 10750.982 417.709 0.161 4 39.7 21 40.0 24 -0.98 2 -0.98 8 34756.580 102. 4 7 7696.956 369.449 0.645 9 108. 4 -0.66 2 8 34756.580 102. 4 9 8620.565 382.505 0.025 3 4.21 60 -2.03 6 8 34756.580 102. 4 8 9350.106 393.489 0.233 6 38.8 18 -1.05 2 8 34756.580 102. 4 9 10557.916 413.129 0.020 5 3.31 76 -2.07 10 8 34756.580 102. 4 8 11557.670 430.934 0.002 1 0.301 85 -3.08 12 8 34756.580 102. 4 7 11887.503 437.149 0.066 5 11.0 9 -1.50 4 8 34756.580 102. 4 8 15083.114 508.157 0.003 1 0.492 212 -2.72 19 8 34756.580 102. 4 8 17297.668 572.614 0.006 2 1.04 40 -2.29 17 9 35402.733 201. 13 9 8620.565 373.277 0.200 20 18.9 23 -1.40 5 9 35402.733 201. 13 8 9350.106 383.729 0.275 26 26.0 30 -1.24 5 9 35402.733 201. 13 10 9655.848 388.286 0.386 46 36.5 49 -1.08 6 9 35402.733 201. 13 9 10557.916 402.384 0.022 3 2.08 31 -2.30 6 9 35402.733 201. 13 8 11557.670 419.256 0.108 12 10.2 13 -1.57 5 9 35402.733 201. 13 8 17297.668 552.179 0.009 3 0.807 258 -2.43 14 4f12(1G)6s6p(3Po) 4 35601.377 226. 4 4 5035.193 327.065 0.116 16 4.61 63 -2.13 6 4 35601.377 226. 4 4 10750.982 402.294 0.313 17 12.5 7 -1.52 3 4 35601.377 226. 4 3 12377.534 430.471 0.558 18 22.2 8 -1.21 2 4 35601.377 226. 4 5 19362.105 615.621 0.013 3 0.510 104 -2.54 9 4 35783.707 153. 4 5 6958.329 346.818 0.035 7 2.05 40 -2.43 9 4 35783.707 153. 4 4 10750.982 399.364 0.816 13 48.0 15 -0.94 1 4 35783.707 153. 4 3 12377.534 427.118 0.093 6 5.50 39 -1.82 3 4 35783.707 153. 4 5 19362.105 608.785 0.056 10 3.28 62 -1.74 8 4f12(1G)6s6p(3Po) 3 35818.334 158. 2 4 5035.193 324.759 0.539 31 23.9 14 -1.42 3 3 35818.334 158. 2 4 10750.982 398.812 0.186 38 8.24 169 -1.71 9 3 35818.334 158. 2 3 12377.534 426.487 0.275 23 12.2 10 -1.48 4 7 35833.788 22.7 6 6 7176.503 348.851 0.246 7 163. 6 -0.53 2 7 35833.788 22.7 6 7 7696.956 355.305 0.265 6 175. 6 -0.48 2 7 35833.788 22.7 6 8 9350.106 377.484 0.340 5 225. 7 -0.32 1 7 35833.788 22.7 6 8 11557.670 411.811 0.006 1 3.71 73 -2.02 9 7 35833.788 22.7 6 6 11799.778 415.960 0.019 2 12.4 14 -1.49 5 7 35833.788 22.7 6 7 11887.503 417.483 0.012 1 8.07 54 -1.68 3 7 35833.788 22.7 6 8 15083.114 481.777 0.060 4 39.9 28 -0.86 3 7 35833.788 22.7 6 7 15846.549 500.179 0.033 2 21.5 17 -1.09 3 7 35833.788 22.7 6 6 16070.095 505.837 0.004 1 2.50 60 -2.02 10 7 35833.788 22.7 6 8 17297.668 539.337 0.003 1 2.00 34 -2.06 7 7 35833.788 22.7 6 6 17456.383 543.995 0.008 1 5.11 74 -1.64 6 7 35833.788 22.7 6 7 17796.139 554.242 0.003 1 1.86 51 -2.07 12 7 35833.788 22.7 6 7 18774.123 586.016 0.001 1 0.623 233 -2.49 16 6 35918.454 75.8 53 6 7176.503 347.823 0.506 15 86.8 66 -0.80 3 6 35918.454 75.8 53 7 7696.956 354.239 0.389 14 66.8 52 -0.90 3 6 35918.454 75.8 53 6 11799.778 414.499 0.003 1 0.499 136 -2.89 12 6 35918.454 75.8 53 5 15185.352 482.185 0.037 5 6.35 92 -1.66 6 6 35918.454 75.8 53 7 15846.549 498.070 0.043 6 7.34 108 -1.56 6 6 35918.454 75.8 53 6 16070.095 503.680 0.014 4 2.46 67 -2.03 12 6 35918.454 75.8 53 7 17157.307 532.868 0.004 1 0.664 170 -2.55 11 6 35918.454 75.8 53 7 17796.139 551.653 0.002 1 0.292 236 -2.88 35 6 35918.454 75.8 53 5 19563.116 611.252 0.002 1 0.344 84 -2.72 11 6 35963.366 59.1 37 6 7176.503 347.282 0.330 8 72.6 49 -0.88 3 6 35963.366 59.1 37 7 7696.956 353.676 0.581 9 128. 8 -0.62 3 6 35963.366 59.1 37 5 11401.197 407.015 0.005 1 1.10 23 -2.56 9 6 35963.366 59.1 37 6 11799.778 413.729 0.050 4 11.0 12 -1.55 5 6 35963.366 59.1 37 5 15185.352 481.144 0.020 2 4.32 52 -1.82 5 6 35963.366 59.1 37 6 17073.800 529.246 0.009 1 1.88 31 -2.10 7 6 35963.366 59.1 37 5 17347.860 537.038 0.005 1 1.22 23 -2.28 8 6 36026.864 70.6 38 6 7176.503 346.517 0.798 9 147. 8 -0.58 2 6 36026.864 70.6 38 7 7696.956 352.883 0.099 7 18.3 16 -1.47 4 6 36026.864 70.6 38 5 15185.352 479.678 0.050 5 9.29 112 -1.49 5 6 36026.864 70.6 38 7 15846.549 495.394 0.024 4 4.47 77 -1.78 8 6 36026.864 70.6 38 5 17029.058 526.231 0.007 2 1.35 30 -2.25 10 6 36026.864 70.6 38 6 17073.800 527.472 0.005 1 0.832 237 -2.46 12 6 36026.864 70.6 38 6 17456.383 538.339 0.011 3 1.99 52 -2.06 11 6 36026.864 70.6 38 7 17796.139 548.373 0.006 2 1.04 28 -2.33 12 4 36280.029 31.5 17 4 5035.193 319.961 0.054 6 15.6 19 -1.62 5 4 36280.029 31.5 17 5 6958.329 340.946 0.043 7 12.4 20 -1.67 7 4 36280.029 31.5 17 4 10750.982 391.600 0.697 13 199. 11 -0.34 2 4 36280.029 31.5 17 3 12377.534 418.248 0.175 9 49.9 37 -0.88 3 4 36280.029 31.5 17 4 20497.641 633.443 0.031 5 8.90 162 -1.27 8 7 36418.402 30.3 6 6 7176.503 341.877 0.135 9 66.7 48 -0.93 3 7 36418.402 30.3 6 7 7696.956 348.072 0.500 16 247. 9 -0.35 2 7 36418.402 30.3 6 8 9350.106 369.331 0.071 18 35.4 90 -1.14 11 7 36418.402 30.3 6 8 11557.670 402.127 0.017 6 8.39 287 -1.69 15 7 36418.402 30.3 6 6 11799.778 406.082 0.010 3 4.81 134 -1.93 12 7 36418.402 30.3 6 7 11887.503 407.534 0.009 2 4.63 116 -1.94 11 7 36418.402 30.3 6 8 15083.114 468.576 0.080 4 39.5 22 -0.89 2 7 36418.402 30.3 6 7 15846.549 485.965 0.023 4 11.2 20 -1.40 8 7 36418.402 30.3 6 6 16070.095 491.304 0.072 6 35.6 28 -0.89 3 7 36418.402 30.3 6 6 16321.110 497.440 0.034 4 17.0 18 -1.20 5 7 36418.402 30.3 6 6 17073.800 516.796 0.006 2 2.84 99 -1.94 15 7 36418.402 30.3 6 8 17297.668 522.846 0.002 1 1.18 60 -2.32 22 7 36418.402 30.3 6 6 17456.383 527.223 0.022 4 11.1 20 -1.33 8 7 36418.402 30.3 6 7 18774.123 566.599 0.001 1 0.542 214 -2.59 17 7 36418.402 30.3 6 7 21168.430 655.558 0.018 5 8.78 261 -1.25 13 4 36747.783 264. 5 4 5035.193 315.241 0.245 50 8.35 171 -1.90 9 4 36747.783 264. 5 4 10750.982 384.554 0.226 34 7.69 118 -1.77 7 4 36747.783 264. 5 3 12377.534 410.220 0.223 52 7.60 179 -1.72 10 4 36747.783 264. 5 5 19362.105 575.027 0.300 33 10.2 12 -1.29 5 4 36747.783 264. 5 4 20497.641 615.209 0.006 1 0.199 41 -2.95 9 4f11(4Go)5d6s2 3 36930.659 14.0 3 4 5035.193 313.433 0.155 15 77.2 76 -0.94 4 3 36930.659 14.0 3 4 10750.982 381.868 0.343 11 172. 7 -0.43 2 3 36930.659 14.0 3 3 12377.534 407.165 0.097 7 48.6 38 -0.92 3 3 36930.659 14.0 3 2 13097.906 419.473 0.405 12 203. 7 -0.27 2 4f11(4Io)5d2(3F)(4Fo)6s 3 37075.570 178. 4 4 5035.193 312.016 0.151 26 5.93 105 -2.06 8 3 37075.570 178. 4 4 10750.982 379.765 0.066 12 2.61 46 -2.25 8 3 37075.570 178. 4 3 12377.534 404.776 0.692 33 27.2 14 -1.18 2 3 37075.570 178. 4 4 20497.641 603.045 0.091 25 3.58 98 -1.71 12 4 37083.198 123. 3 4 10750.982 379.655 0.305 32 22.3 24 -1.32 5 4 37083.198 123. 3 3 12377.534 404.651 0.177 45 12.9 33 -1.50 11 4 37083.198 123. 3 5 19362.105 564.142 0.435 34 31.8 26 -0.82 4 4 37083.198 123. 3 4 20497.641 602.767 0.083 27 6.06 198 -1.48 14 4f12(1G)6s6p(3Po) 3 37125.206 36.8 8 3 12377.534 403.964 1.00 0 190. 4 -0.33 1 3 37289.592 17.8 4 4 5035.193 309.945 0.094 14 36.9 56 -1.27 7 3 37289.592 17.8 4 4 10750.982 376.702 0.107 9 42.3 36 -1.05 4 3 37289.592 17.8 4 3 12377.534 401.299 0.791 16 311. 9 -0.12 1 3 37289.592 17.8 4 2 13097.906 413.248 0.005 1 1.91 44 -2.31 10 3 37289.592 17.8 4 4 20497.641 595.358 0.003 1 1.12 39 -2.22 15 6 37542.792 84.3 26 6 7176.503 329.218 0.187 25 28.8 40 -1.33 6 6 37542.792 84.3 26 7 7696.956 334.959 0.126 18 19.4 28 -1.49 6 6 37542.792 84.3 26 5 11401.197 382.423 0.242 25 37.4 40 -1.09 5 6 37542.792 84.3 26 7 11887.503 389.673 0.300 62 46.3 96 -0.98 9 6 37542.792 84.3 26 5 15185.352 447.153 0.070 10 10.8 15 -1.49 6 6 37542.792 84.3 26 5 17029.058 487.342 0.031 9 4.70 146 -1.78 14 6 37542.792 84.3 26 5 17347.860 495.036 0.035 11 5.40 167 -1.70 13 6 37542.792 84.3 26 7 19125.253 542.810 0.009 3 1.43 43 -2.20 13 3 37649.344 107. 2 4 10750.982 371.664 0.048 11 3.17 74 -2.18 10 3 37649.344 107. 2 3 12377.534 395.586 0.463 22 30.3 16 -1.15 2 3 37649.344 107. 2 2 13097.906 407.193 0.476 21 31.1 15 -1.11 2 3 37649.344 107. 2 3 22391.431 655.217 0.013 3 0.830 169 -2.27 9 7 37714.613 11.0 3 6 7176.503 327.366 0.108 7 148. 11 -0.62 3 7 37714.613 11.0 3 7 7696.956 333.041 0.069 5 94.2 73 -0.81 3 7 37714.613 11.0 3 8 9350.106 352.452 0.761 9 1038. 31 0.29 1 7 37714.613 11.0 3 8 11557.670 382.200 0.031 3 42.0 47 -1.04 5 7 37714.613 11.0 3 7 11887.503 387.080 0.028 3 37.9 44 -1.07 5 7 37714.613 11.0 3 6 16070.095 461.882 0.003 1 3.81 160 -1.91 18 7 37806.983 93.0 22 6 7176.503 326.378 0.097 8 15.6 14 -1.60 4 7 37806.983 93.0 22 8 9350.106 351.309 0.648 14 104. 3 -0.71 1 7 37806.983 93.0 22 8 11557.670 380.854 0.049 5 7.96 86 -1.76 5 7 37806.983 93.0 22 7 11887.503 385.701 0.098 6 15.8 11 -1.45 3 7 37806.983 93.0 22 8 15083.114 439.942 0.013 2 2.13 34 -2.21 7 7 37806.983 93.0 22 7 15846.549 455.236 0.009 2 1.40 35 -2.36 11 7 37806.983 93.0 22 6 16070.095 459.918 0.019 4 3.04 59 -2.02 8 7 37806.983 93.0 22 7 17796.139 499.590 0.030 6 4.79 90 -1.75 8 7 37806.983 93.0 22 7 18774.123 525.261 0.009 2 1.45 26 -2.22 8 7 37806.983 93.0 22 7 19125.253 535.133 0.007 2 1.14 30 -2.31 11 7 37806.983 93.0 22 6 19326.598 540.964 0.002 1 0.236 92 -2.98 17 7 37806.983 93.0 22 7 21168.430 600.848 0.002 1 0.394 115 -2.67 13 7 37806.983 93.0 22 6 22583.504 656.699 0.013 2 2.13 32 -1.86 6 7 37806.983 93.0 22 6 27582.017 977.730 0.004 1 0.612 117 -2.05 8 4 37970.621 14.2 9 4 5035.193 303.536 0.005 2 3.07 99 -2.37 14 4 37970.621 14.2 9 5 6958.329 322.360 0.042 8 26.5 51 -1.38 8 4 37970.621 14.2 9 4 10750.982 367.277 0.041 6 25.9 44 -1.28 7 4 37970.621 14.2 9 3 12377.534 390.620 0.910 12 577. 37 0.12 3 4 37970.621 14.2 9 5 22056.785 628.210 0.002 1 1.34 40 -2.10 13 8 38253.685 27.9 17 7 7696.956 327.166 0.074 9 45.3 60 -1.14 6 8 38253.685 27.9 17 9 8620.565 337.363 0.155 12 94.6 95 -0.79 4 8 38253.685 27.9 17 8 9350.106 345.879 0.482 13 294. 20 -0.28 3 8 38253.685 27.9 17 9 10557.916 360.963 0.127 10 77.1 75 -0.82 4 8 38253.685 27.9 17 8 11557.670 374.482 0.027 4 16.3 27 -1.47 7 8 38253.685 27.9 17 7 11887.503 379.166 0.018 6 10.8 34 -1.63 14 8 38253.685 27.9 17 7 15846.549 446.161 0.008 2 4.95 149 -1.83 13 8 38253.685 27.9 17 7 17157.307 473.882 0.039 6 23.6 39 -1.10 7 8 38253.685 27.9 17 7 17796.139 488.681 0.006 3 3.49 163 -1.90 20 8 38253.685 27.9 17 8 18335.496 501.914 0.022 5 13.6 31 -1.29 10 8 38253.685 27.9 17 7 19125.253 522.636 0.009 2 5.63 143 -1.64 11 8 38253.685 27.9 17 7 23080.952 658.895 0.033 8 20.3 48 -0.88 10 4f12(3H)6s6d? 6 38407.470 16.2 8 5 11401.197 370.179 0.007 2 5.57 152 -1.94 12 6 38407.470 16.2 8 7 11887.503 376.967 0.010 3 8.26 209 -1.76 11 6 38407.470 16.2 8 6 16070.095 447.554 0.180 6 144. 9 -0.36 3 6 38407.470 16.2 8 6 16321.110 452.641 0.268 9 215. 13 -0.18 3 6 38407.470 16.2 8 6 17073.800 468.612 0.058 4 46.5 38 -0.82 4 6 38407.470 16.2 8 7 17157.307 470.453 0.171 8 137. 10 -0.34 3 6 38407.470 16.2 8 7 17796.139 485.034 0.002 1 1.456 30 -2.29 9 6 38407.470 16.2 8 7 19125.253 518.469 0.291 11 234. 15 -0.03 3 6 38407.470 16.2 8 6 19326.598 523.939 0.013 3 10.1 24 -1.38 10 7 38664.249 37.7 9 6 7176.503 317.492 0.108 8 42.8 32 -1.19 3 7 38664.249 37.7 9 7 7696.956 322.828 0.107 6 42.5 26 -1.18 3 7 38664.249 37.7 9 8 9350.106 341.034 0.376 10 150. 5 -0.58 2 7 38664.249 37.7 9 8 11557.670 368.809 0.233 11 92.8 49 -0.72 2 7 38664.249 37.7 9 6 11799.778 372.133 0.084 7 33.4 29 -1.16 4 7 38664.249 37.7 9 7 11887.503 373.352 0.014 2 5.63 85 -1.93 7 7 38664.249 37.7 9 7 17157.307 464.836 0.015 3 6.24 103 -1.69 7 7 38664.249 37.7 9 8 18335.496 491.777 0.016 3 6.19 112 -1.65 8 7 38664.249 37.7 9 6 19326.598 516.982 0.030 5 11.8 22 -1.33 8 7 38664.249 37.7 9 8 20566.805 552.411 0.010 4 3.88 159 -1.75 18 7 38664.249 37.7 9 7 21168.430 571.406 0.007 2 2.84 72 -1.86 11 4f12(3H)6s6d? 6 38667.799 22.4 13 6 7176.503 317.456 0.028 5 16.2 32 -1.61 9 6 38667.799 22.4 13 5 11401.197 366.645 0.047 5 27.4 33 -1.26 5 6 38667.799 22.4 13 6 11799.778 372.084 0.119 9 69.0 66 -0.84 4 6 38667.799 22.4 13 7 11887.503 373.303 0.033 4 19.5 28 -1.39 6 6 38667.799 22.4 13 6 16070.095 442.399 0.027 6 15.5 36 -1.34 10 6 38667.799 22.4 13 6 16321.110 447.368 0.036 8 20.7 50 -1.21 11 6 38667.799 22.4 13 5 17029.058 462.005 0.021 3 12.0 16 -1.41 6 6 38667.799 22.4 13 6 17073.800 462.962 0.031 3 18.0 21 -1.24 5 6 38667.799 22.4 13 7 17157.307 464.759 0.057 6 33.0 39 -0.97 5 6 38667.799 22.4 13 5 17347.860 468.913 0.086 4 49.8 38 -0.78 3 6 38667.799 22.4 13 7 19125.253 511.561 0.032 7 18.9 44 -1.13 10 6 38667.799 22.4 13 5 19201.343 513.561 0.053 6 30.5 37 -0.92 5 6 38667.799 22.4 13 6 19326.598 516.887 0.407 11 236. 15 -0.02 3 6 38667.799 22.4 13 5 24083.166 685.464 0.023 3 13.5 19 -1.02 6 5 38703.037 21.1 13 5 11401.197 366.172 0.357 11 186. 13 -0.43 3 5 38703.037 21.1 13 6 11799.778 371.596 0.600 12 313. 20 -0.19 3 5 38703.037 21.1 13 4 16472.783 449.711 0.034 5 17.8 26 -1.27 6 5 38703.037 21.1 13 5 17029.058 461.254 0.005 1 2.86 56 -2.04 8 5 38703.037 21.1 13 4 20619.731 552.842 0.004 1 2.01 68 -2.04 15 8 38734.243 20.9 11 7 7696.956 322.100 0.013 4 10.7 30 -1.78 12 8 38734.243 20.9 11 9 8620.565 331.979 0.007 2 6.02 153 -2.00 11 8 38734.243 20.9 11 8 9350.106 340.222 0.016 2 13.3 20 -1.64 7 8 38734.243 20.9 11 9 10557.916 354.807 0.453 8 368. 20 -0.16 2 8 38734.243 20.9 11 8 11557.670 367.859 0.323 6 263. 15 -0.27 2 8 38734.243 20.9 11 7 11887.503 372.379 0.024 3 19.8 26 -1.38 6 8 38734.243 20.9 11 8 15083.114 422.694 0.021 4 17.2 36 -1.34 9 8 38734.243 20.9 11 7 17157.307 463.328 0.033 3 26.5 27 -1.07 4 8 38734.243 20.9 11 7 17796.139 477.465 0.018 2 14.5 21 -1.30 6 8 38734.243 20.9 11 7 18774.123 500.859 0.017 7 13.5 57 -1.29 18 8 38734.243 20.9 11 7 19125.253 509.828 0.006 2 4.90 145 -1.72 13 8 38734.243 20.9 11 8 20566.805 550.282 0.059 7 47.8 62 -0.66 6 8 38734.243 20.9 11 7 21168.430 569.130 0.010 2 8.11 190 -1.40 10 4f12(3H)6s6d? 7 38751.622 19.9 8 6 16070.095 440.763 0.021 3 16.1 25 -1.33 7 7 38751.622 19.9 8 6 17073.800 461.172 0.438 16 330. 18 0.02 2 7 38751.622 19.9 8 7 17157.307 462.955 0.009 2 6.92 128 -1.65 8 7 38751.622 19.9 8 8 18335.496 489.672 0.058 4 43.5 36 -0.81 4 7 38751.622 19.9 8 7 19125.253 509.377 0.443 15 334. 17 0.11 2 7 38751.622 19.9 8 6 19326.598 514.657 0.031 4 23.7 34 -1.03 6 6 38786.542 50.7 33 6 7176.503 316.263 0.078 12 20.1 33 -1.52 7 6 38786.542 50.7 33 7 7696.956 321.558 0.068 11 17.3 31 -1.57 8 6 38786.542 50.7 33 6 11799.778 370.447 0.350 16 89.8 72 -0.73 3 6 38786.542 50.7 33 7 11887.503 371.654 0.130 10 33.2 34 -1.16 4 6 38786.542 50.7 33 6 17073.800 460.430 0.077 21 19.7 56 -1.20 12 6 38786.542 50.7 33 5 17347.860 466.316 0.068 7 17.5 20 -1.24 5 6 38786.542 50.7 33 6 17456.383 468.689 0.020 5 5.11 142 -1.77 12 6 38786.542 50.7 33 6 19326.598 513.733 0.075 9 19.3 27 -1.12 6 6 38786.542 50.7 33 5 20917.276 559.465 0.118 16 30.2 46 -0.85 7 6 38786.542 50.7 33 5 24083.166 679.928 0.016 6 4.17 130 -1.54 14 7 38986.765 32.2 10 8 9350.106 337.323 0.026 5 12.0 22 -1.69 8 7 38986.765 32.2 10 8 11557.670 364.472 0.145 7 67.3 38 -0.87 2 7 38986.765 32.2 10 6 11799.778 367.718 0.410 11 191. 8 -0.41 2 7 38986.765 32.2 10 7 11887.503 368.909 0.154 10 71.6 53 -0.84 3 7 38986.765 32.2 10 8 15083.114 418.228 0.011 2 4.96 77 -1.89 7 7 38986.765 32.2 10 7 15846.549 432.027 0.006 3 2.95 148 -2.08 22 7 38986.765 32.2 10 6 16070.095 436.241 0.006 2 2.96 108 -2.07 16 7 38986.765 32.2 10 7 17796.139 471.775 0.030 4 14.2 20 -1.33 6 7 38986.765 32.2 10 7 18774.123 494.602 0.110 10 51.3 47 -0.73 4 7 38986.765 32.2 10 7 19125.253 503.346 0.014 4 6.65 181 -1.60 12 7 38986.765 32.2 10 6 19508.432 513.248 0.051 8 24.0 40 -1.02 7 7 38986.765 32.2 10 8 20566.805 542.738 0.020 5 9.15 240 -1.39 11 7 38986.765 32.2 10 7 21168.430 561.064 0.014 4 6.38 166 -1.52 11 7 38986.765 32.2 10 8 21979.181 587.810 0.003 1 1.47 63 -2.12 19 6 39010.445 22.2 4 6 7176.503 314.039 0.005 1 2.97 54 -2.36 8 6 39010.445 22.2 4 7 7696.956 319.259 0.034 8 20.2 48 -1.51 10 6 39010.445 22.2 4 5 11401.197 362.094 0.416 16 244. 10 -0.32 2 6 39010.445 22.2 4 6 11799.778 367.398 0.006 2 3.56 94 -2.14 11 6 39010.445 22.2 4 6 16070.095 435.791 0.005 1 2.74 42 -2.11 7 6 39010.445 22.2 4 6 16321.110 440.612 0.042 6 24.4 34 -1.15 6 6 39010.445 22.2 4 5 17029.058 454.803 0.014 3 7.94 175 -1.61 10 6 39010.445 22.2 4 6 17073.800 455.730 0.208 15 122. 9 -0.42 3 6 39010.445 22.2 4 7 17157.307 457.472 0.047 5 27.2 28 -1.07 4 6 39010.445 22.2 4 5 17347.860 461.496 0.080 8 46.6 46 -0.83 4 6 39010.445 22.2 4 7 19125.253 502.747 0.005 2 2.87 90 -1.96 14 6 39010.445 22.2 4 5 19201.343 504.677 0.093 11 54.6 63 -0.68 5 6 39010.445 22.2 4 6 19326.598 507.889 0.008 3 4.81 191 -1.73 17 6 39010.445 22.2 4 5 19563.116 514.066 0.038 5 22.2 29 -1.06 6 6 39075.883 19.4 7 7 7696.956 318.593 0.049 5 32.6 35 -1.30 5 6 39075.883 19.4 7 5 11401.197 361.238 0.485 12 325. 14 -0.20 2 6 39075.883 19.4 7 6 11799.778 366.517 0.280 11 187. 10 -0.42 2 6 39075.883 19.4 7 7 11887.503 367.699 0.022 6 14.5 38 -1.53 11 6 39075.883 19.4 7 5 15185.352 418.458 0.034 3 22.7 24 -1.23 5 6 39075.883 19.4 7 6 16070.095 434.551 0.021 3 13.9 23 -1.40 7 6 39075.883 19.4 7 6 16321.110 439.345 0.019 3 12.4 23 -1.44 8 6 39075.883 19.4 7 6 17456.383 462.415 0.007 2 5.01 122 -1.79 11 6 39075.883 19.4 7 7 17796.139 469.799 0.005 1 3.27 99 -1.97 13 6 39075.883 19.4 7 5 19201.343 503.016 0.006 3 4.21 229 -1.80 24 6 39075.883 19.4 7 5 19563.116 512.342 0.012 5 8.15 351 -1.49 19 6 39075.883 19.4 7 5 23447.079 639.667 0.060 10 40.4 71 -0.61 8 7 39145.450 22.0 4 6 7176.503 312.713 0.024 6 16.1 38 -1.63 10 7 39145.450 22.0 4 8 9350.106 335.527 0.081 9 55.3 64 -1.03 5 7 39145.450 22.0 4 8 11557.670 362.376 0.300 7 205. 6 -0.39 1 7 39145.450 22.0 4 6 11799.778 365.585 0.193 6 132. 4 -0.58 1 7 39145.450 22.0 4 7 11887.503 366.761 0.356 7 243. 7 -0.31 1 7 39145.450 22.0 4 7 15846.549 429.084 0.018 3 12.4 19 -1.47 7 7 39145.450 22.0 4 6 16070.095 433.241 0.010 3 6.95 218 -1.71 14 7 39145.450 22.0 4 6 16321.110 438.006 0.010 2 6.51 103 -1.73 7 7 39145.450 22.0 4 7 18774.123 490.749 0.008 2 5.56 157 -1.70 12 6 39164.268 124. 3 7 7696.956 317.698 0.011 2 1.15 20 -2.76 7 6 39164.268 124. 3 5 11401.197 360.088 0.509 15 53.4 21 -0.98 2 6 39164.268 124. 3 6 11799.778 365.333 0.245 9 25.7 12 -1.29 2 6 39164.268 124. 3 7 11887.503 366.508 0.065 9 6.82 100 -1.86 6 6 39164.268 124. 3 6 16070.095 432.888 0.028 7 2.98 75 -2.08 11 6 39164.268 124. 3 6 16321.110 437.645 0.006 2 0.578 183 -2.78 14 6 39164.268 124. 3 6 17073.800 452.557 0.027 4 2.84 41 -2.06 6 6 39164.268 124. 3 7 17157.307 454.275 0.015 2 1.61 21 -2.30 6 6 39164.268 124. 3 7 18774.123 490.296 0.002 1 0.169 81 -3.22 21 6 39164.268 124. 3 7 19125.253 498.888 0.005 2 0.517 179 -2.71 15 6 39164.268 124. 3 6 19326.598 503.950 0.018 5 1.87 54 -2.15 13 6 39164.268 124. 3 5 21392.817 562.544 0.005 2 0.534 231 -2.60 19 6 39164.268 124. 3 7 28017.584 896.882 0.064 22 6.74 233 -1.09 15 4f12(3H)6s6d? 6 39193.564 23.6 14 7 7696.956 317.403 0.063 10 34.6 58 -1.28 7 6 39193.564 23.6 14 5 11401.197 359.708 0.018 3 9.98 174 -1.71 8 6 39193.564 23.6 14 6 11799.778 364.942 0.016 4 8.91 233 -1.75 11 6 39193.564 23.6 14 7 11887.503 366.115 0.021 2 11.2 15 -1.65 6 6 39193.564 23.6 14 6 17073.800 451.957 0.046 7 25.3 41 -1.11 7 6 39193.564 23.6 14 7 17157.307 453.671 0.061 5 33.7 34 -0.98 4 6 39193.564 23.6 14 5 19201.343 500.056 0.329 28 181. 19 -0.17 5 6 39193.564 23.6 14 6 19326.598 503.208 0.342 20 189. 16 -0.15 4 6 39193.564 23.6 14 5 19563.116 509.271 0.104 9 57.3 58 -0.65 4 6 39350.505 8.2 3 7 7696.956 315.829 0.011 3 17.4 42 -1.58 11 6 39350.505 8.2 3 5 11401.197 357.689 0.096 4 152. 8 -0.53 2 6 39350.505 8.2 3 6 11799.778 362.864 0.536 7 850. 33 0.22 2 6 39350.505 8.2 3 7 11887.503 364.022 0.319 7 506. 21 0.00 2 6 39350.505 8.2 3 5 15185.352 413.702 0.005 1 7.88 169 -1.69 9 6 39350.505 8.2 3 6 17073.800 448.773 0.005 1 7.76 103 -1.63 6 6 39350.505 8.2 3 7 17157.307 450.463 0.004 1 6.75 124 -1.69 8 6 39350.505 8.2 3 5 17347.860 454.364 0.012 1 18.8 25 -1.23 6 6 39350.505 8.2 3 7 17796.139 463.813 0.004 1 5.78 102 -1.73 8 6 39350.505 8.2 3 6 19326.598 499.264 0.008 3 12.9 42 -1.32 14 7 39359.683 4.8 2 7 7696.956 315.738 0.020 3 63.6 84 -1.02 6 7 39359.683 4.8 2 8 11557.670 359.583 0.639 7 1997. 86 0.59 2 7 39359.683 4.8 2 7 11887.503 363.901 0.328 7 1026. 48 0.31 2 7 39359.683 4.8 2 6 16321.110 433.933 0.011 2 33.1 65 -1.03 9 7 39359.683 4.8 2 7 19125.253 494.069 0.002 1 5.39 119 -1.70 10 8 39525.603 18.5 5 9 8620.565 323.479 0.102 6 94.1 63 -0.83 3 8 39525.603 18.5 5 9 10557.916 345.113 0.157 9 144. 9 -0.59 3 8 39525.603 18.5 5 8 11557.670 357.450 0.161 7 147. 8 -0.55 2 8 39525.603 18.5 5 7 11887.503 361.716 0.580 10 533. 17 0.02 1 8 39843.429 17.7 5 9 8620.565 320.185 0.182 8 175. 9 -0.57 2 8 39843.429 17.7 5 8 9350.106 327.847 0.095 7 91.5 69 -0.83 3 8 39843.429 17.7 5 9 10557.916 341.368 0.088 5 84.1 50 -0.83 3 8 39843.429 17.7 5 8 11557.670 353.434 0.336 11 323. 14 -0.22 2 8 39843.429 17.7 5 7 11887.503 357.604 0.097 5 93.0 57 -0.75 3 8 39843.429 17.7 5 8 21979.181 559.622 0.202 18 194. 18 -0.04 4 7 40159.218 20.8 16 6 7176.503 303.101 0.005 1 3.44 95 -2.32 12 7 40159.218 20.8 16 7 7696.956 307.961 0.020 3 14.5 22 -1.69 7 7 40159.218 20.8 16 8 11557.670 349.531 0.030 4 21.6 30 -1.40 6 7 40159.218 20.8 16 6 11799.778 352.515 0.100 8 72.2 83 -0.87 5 7 40159.218 20.8 16 7 11887.503 353.609 0.054 6 39.2 51 -1.13 6 7 40159.218 20.8 16 8 18335.496 458.089 0.001 1 0.778 94 -2.61 5 7 40159.218 20.8 16 7 18774.123 467.484 0.785 12 566. 44 0.27 3 7 40159.218 20.8 16 7 19125.253 475.289 0.002 1 1.28 38 -2.36 13 7 40159.218 20.8 16 6 19326.598 479.882 0.003 1 1.81 40 -2.20 10 6 40333.576 29.4 23 5 11401.197 345.535 0.027 4 12.1 19 -1.67 7 6 40333.576 29.4 23 6 11799.778 350.362 0.221 11 97.5 90 -0.75 4 6 40333.576 29.4 23 7 11887.503 351.441 0.377 16 167. 15 -0.51 4 6 40333.576 29.4 23 5 15185.352 397.530 0.180 29 79.7 143 -0.72 8 6 40333.576 29.4 23 6 16070.095 412.026 0.025 4 10.9 203 -1.56 8 6 40333.576 29.4 23 5 17347.860 434.931 0.079 6 35.1 39 -1.00 5 6 40333.576 29.4 23 7 19125.253 471.381 0.058 6 25.7 35 -1.07 6 6 40333.576 29.4 23 7 23080.952 579.461 0.033 5 14.6 25 -1.13 7