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Table 6

Transition data for Fe XV.

Upper Lower EM ΔE (cm-1) λ (Å) A (s-1) gf dA

3s21S0 E1 2 811 468 35.569 3.455E+06 1.966E-06 0.166
3s21S0 E1 2 807 002 35.625 6.076E+05 3.468E-07 0.052
3s21S0 E1 2 797 247 35.749 3.125E+07 1.796E-05 0.195
3s21S0 E1 2 605 145 38.386 1.939E+10 1.285E-02 0.020
3s21S0 E1 2 585 242 38.681 1.924E+09 1.295E-03 0.018
3s21S0 E1 2 571 834 38.883 9.560E+10 6.500E-02 0.016
3s21S0 E1 2 568 791 38.929 3.266E+10 2.226E-02 0.016
3s21S0 E1 2 567 301 38.951 4.413E+10 3.011E-02 0.016
3d4d 1S0 E1 2 539 607 39.376 4.010E+08 9.321E-05 0.019
3d4d 3P1 E1 2 512 797 39.796 5.635E+08 4.014E-04 0.022
3d4d 3P2 E1 2 508 140 39.870 2.885E+08 3.438E-04 0.023
3d4d 3P1 E1 2 506 958 39.889 4.049E+08 2.897E-04 0.022
3d4d 3P0 E1 2 506 354 39.899 1.857E+09 4.431E-04 0.021
3d4d 1D2 E1 2 504 194 39.933 1.366E+08 1.633E-04 0.019
3d4d 3P2 E1 2 493 979 40.097 1.003E+09 1.209E-03 0.023
3d4d 3P1 E1 2 492 797 40.116 7.030E+08 5.088E-04 0.021
3d4d 1D2 E1 2 490 033 40.160 1.344E+08 1.625E-04 0.019
3d4d 3S1 E1 2 489 346 40.171 2.967E+08 2.153E-04 0.017
3d4d 3F2 E1 2 488 424 40.186 1.772E+06 2.145E-06 0.005
3d4d 3S1 E1 2 483 506 40.266 8.205E+08 5.983E-04 0.018
3d4d 1P1 E1 2 477 984 40.355 1.313E+08 9.616E-05 0.007
3d4d 3F3 E1 2 475 569 40.395 1.255E+06 2.150E-06 0.003
3d4d 3F2 E1 2 474 263 40.416 5.594E+04 6.849E-08 0.019
3d4d 1P1 E1 2 472 144 40.451 2.789E+06 2.053E-06 0.076
3d4d 3D1 E1 2 472 143 40.451 1.154E+09 8.489E-04 0.005
3d4d 3S1 E1 2 469 345 40.497 1.145E+09 8.444E-04 0.024
3d4d 3D2 E1 2 467 549 40.526 1.659E+09 2.043E-03 0.005
3d4d 3D1 E1 2 466 303 40.547 9.922E+08 7.337E-04 0.006
3d4d 1P1 E1 2 457 983 40.684 2.782E+07 2.071E-05 0.016
3d4d 3G3 E1 2 456 693 40.705 7.310E+06 1.271E-05 0.006
3d4d 3D3 E1 2 454 806 40.736 2.012E+09 3.505E-03 0.006
3d4d 3D2 E1 2 453 388 40.760 5.027E+08 6.260E-04 0.007
3d4d 3D1 E1 2 452 142 40.781 4.270E+07 3.194E-05 0.008
3d4d 1F3 E1 2 447 773 40.853 5.584E+07 9.780E-05 0.005
3d4d 1S0 E1 2 427 106 41.201 1.657E+10 4.216E-03 0.028

Notes. ΔE is transition energy in cm-1, λ is transition wavelength in Å, A is transition rate in s-1, gf is weighted oscillator strength, dA is uncertainty estimator given by Eq. (2). Data for all transitions in Fe XV as well as for transitions in Ca IX – As XXII and Kr XXV are available at the CDS.

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