Table 4: Transition wavelengths ( $\lambda _{ij}$ in $\AA$), radiative rates (Aji in s-1), and oscillator strengths (fij, dimensionless) for some ($f \ge $ 10-8) magnetic dipole (M2) and electric octupole (E3) transitions of Fe XVI. ( $a{\pm }b \equiv a{\times }$10$^{{\pm }b}$).
(a) Magnetic quadrupole (M2) transitions                  
i j $\lambda _{ij}$ $A^{{\rm M2}}_{ji}$ $f^{{\rm M2}}_{ij}$ i j $\lambda _{ij}$ $A^{{\rm M2}}_{ji}$ $f^{{\rm M2}}_{ij}$
1 6 17.418 2.449+05 2.228-08 2 113 15.384 1.941+05 2.066-08
1 26 15.969 2.681+05 2.050-08 2 122 15.327 2.224+05 2.350-08
1 30 15.924 3.256+05 2.475-08 2 125 15.260 1.266+05 1.325-08
1 37 15.734 2.622+05 1.946-08 2 134 15.011 3.341+05 3.386-08
1 39 15.710 7.363+05 5.449-08 3 10 17.651 2.057+05 1.922-08
1 41 15.680 3.053+06 3.376-07 3 72 15.821 9.035+05 6.781-08
1 42 15.677 1.791+06 1.980-07 3 74 15.812 1.943+06 1.457-07
1 46 15.646 6.013+05 6.620-08 3 77 15.795 6.577+05 3.690-08
1 47 15.619 2.542+05 1.860-08 3 78 15.784 6.177+05 2.307-08
1 48 15.613 1.624+05 1.187-08 3 79 15.768 7.334+05 5.467-08
1 50 15.598 6.502+05 7.115-08 3 80 15.766 7.812+05 4.366-08
1 51 15.594 2.082+05 2.277-08 3 81 15.753 1.576+06 2.931-08
1 52 15.589 1.101+06 8.021-08 3 82 15.734 4.683+05 3.476-08
1 54 15.534 1.515+06 1.096-07 3 86 15.695 6.068+05 2.241-08
1 56 15.434 1.547+06 1.105-07 3 87 15.692 1.408+06 1.039-07
1 58 15.408 2.042+05 1.453-08 3 88 15.685 1.678+06 9.285-08
1 59 15.405 3.876+05 4.137-08 3 89 15.683 6.410+05 3.546-08
1 62 15.356 1.283+05 1.361-08 3 90 15.668 1.012+06 3.725-08
1 65 15.302 5.515+05 3.872-08 3 92 15.655 5.517+05 2.027-08
1 70 15.155 1.136+05 1.173-08 3 93 15.641 6.914+05 3.804-08
1 76 15.087 2.396+05 1.635-08 3 94 15.635 3.434+05 2.517-08
2 8 17.688 1.598+05 1.500-08 3 96 15.623 2.638+05 1.931-08
2 9 17.605 1.461+05 2.037-08 3 97 15.616 7.073+05 1.293-08
2 69 15.834 3.251+05 2.444-08 3 98 15.597 6.094+05 2.222-08
2 71 15.802 1.680+06 1.887-07 3 103 15.551 1.061+06 1.924-08
2 78 15.733 1.734+06 1.287-07 3 104 15.538 1.555+06 5.628-08
2 80 15.714 8.790+05 9.763-08 3 105 15.532 2.034+06 3.678-08
2 84 15.656 2.694+05 1.980-08 3 106 15.533 2.467+05 1.785-08
2 86 15.644 2.070+06 1.519-07 3 107 15.519 2.687+05 1.455-08
2 88 15.634 1.172+05 1.289-08 3 113 15.433 6.397+05 3.426-08
2 89 15.633 1.301+06 1.430-07 3 114 15.416 4.763+05 2.546-08
2 92 15.604 1.758+06 1.284-07 3 115 15.410 1.322+06 2.352-08
2 95 15.578 3.409+05 3.720-08 3 116 15.407 3.057+05 2.176-08
2 99 15.541 5.121+05 5.563-08 3 118 15.395 3.764+05 2.006-08
2 101 15.530 7.033+05 7.628-08 3 119 15.387 8.663+05 3.075-08
2 102 15.503 3.432+05 3.710-08 3 123 15.368 5.654+05 2.002-08
2 107 15.470 1.912+05 2.057-08 3 129 15.196 2.146+05 1.486-08
2 110 15.432 1.563+05 1.116-08 3 134 15.058 6.979+05 3.558-08
2 112 15.405 3.331+05 2.370-08 5 40 17.567 1.784+05 1.376-08
(b) Electric octupole (E3) transitions                  
i j $\lambda _{ij}$ $A^{{\rm E3}}_{ji}$ $f^{{\rm E3}}_{ij}$ i j $\lambda _{ij}$ $A^{{\rm E3}}_{ji}$ $f^{{\rm E3}}_{ij}$
1 44 15.668 9.998+04 1.472-08 2 107 15.470 9.715+04 1.046-08
1 46 15.646 2.078+05 2.288-08 2 113 15.384 2.569+05 2.735-08
1 49 15.605 2.649+05 3.869-08 2 121 15.333 1.483+05 2.091-08
1 50 15.598 3.122+05 3.416-08 2 134 15.011 1.183+05 1.199-08
1 57 15.410 2.348+05 3.344-08 3 82 15.734 1.466+05 1.088-08
1 59 15.405 1.503+05 1.604-08 3 85 15.708 2.682+05 2.481-08
1 60 15.392 1.117+05 1.190-08 3 95 15.628 2.140+05 1.175-08
1 61 15.380 4.066+05 5.767-08 3 96 15.623 1.892+05 1.384-08
1 70 15.155 1.417+05 1.464-08 3 100 15.579 3.972+05 1.445-08
2 72 15.770 1.314+05 1.959-08 3 102 15.553 2.398+05 1.305-08
2 74 15.761 1.731+05 2.578-08 3 109 15.491 2.891+05 2.600-08
2 77 15.744 1.067+05 1.190-08 3 111 15.461 3.844+05 3.444-08
2 82 15.683 1.827+05 2.695-08 3 121 15.382 2.578+05 1.829-08
2 93 15.590 2.410+05 2.634-08 3 122 15.376 3.466+05 1.843-08
2 106 15.483 2.385+05 3.428-08 3 129 15.196 1.467+05 1.016-08


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