T. Kato, U.I. Safronova, A.S. Shlyaptseva, M. Cornille, J. Dubau and J. Nilsen 1997, ADNDT 67, 225 COMPARISON OF SATELLITE SPECTRA FOR H-LIKE Fe AND He-LIKE Fe, Ca, AND S CALCULATED BY THREE DIFFERENT METHODS I = 1s 2s2 2p2, J = 1s 2p4, A = 1s2 2s2 2p, B = 1s2 2p3, Numbers following the letter mean (2S+1)(2L+1)(2J+1) B-like ion: Z=26 Table IVA calculated by Safranova (MZ code) Transition lambda(A) Qd(1/s) Ar(1/s) SumAa(1/s) Br Z n J 212-B 414 1.8703 4.81E+11 6.93E+13 4.27E+14 7.31E-02 26 2 J 212-B 254 1.8763 4.86E+11 7.00E+13 4.27E+14 7.39E-02 26 2 I 234-A 232 1.8773 1.58E+12 7.57E+12 1.97E+14 9.52E-03 26 2 J 234-B 414 1.8778 3.92E+10 1.13E+13 4.25E+14 9.72E-03 26 2 I 212-A 234 1.8795 7.90E+13 2.88E+14 1.50E+14 6.46E-01 26 2 J 256-B 414 1.8804 2.61E+11 1.52E+13 5.33E+14 1.52E-02 26 2 J 212-B 232 1.8812 1.72E+11 2.48E+13 4.27E+14 2.61E-02 26 2 I 234-A 234 1.8814 1.21E+14 5.79E+14 1.97E+14 7.28E-01 26 2 J 254-B 414 1.8814 3.37E+12 4.91E+13 4.53E+14 4.51E-02 26 2 J 212-B 234 1.8820 2.47E+12 3.57E+14 4.27E+14 3.76E-01 26 2 I 254-A 232 1.8822 2.51E+14 3.07E+14 3.39E+14 4.44E-01 26 2 I 232-A 232 1.8822 9.21E+12 5.20E+14 1.44E+14 6.67E-01 26 2 J 232-B 254 1.8834 5.36E+11 4.83E+14 3.60E+14 3.94E-01 26 2 J 234-B 256 1.8837 1.55E+12 4.48E+14 4.25E+14 3.85E-01 26 2 J 234-B 254 1.8838 9.48E+10 2.73E+13 4.25E+14 2.34E-02 26 2 I 256-A 234 1.8849 3.35E+14 2.05E+14 3.81E+14 3.46E-01 26 2 J 432-B 414 1.8850 2.46E+11 1.75E+14 3.54E+14 2.91E-01 26 2 J 434-B 414 1.8858 1.16E+11 1.80E+14 3.51E+14 2.92E-01 26 2 I 254-A 234 1.8863 3.10E+13 3.79E+13 3.39E+14 5.49E-02 26 2 J 256-B 256 1.8863 5.53E+12 3.23E+14 5.53E+14 3.23E-01 26 2 I 232-A 234 1.8864 1.87E+12 1.05E+14 1.44E+14 1.35E-01 26 2 J 256-B 254 1.8864 3.07E+11 1.79E+13 5.33E+14 1.79E-02 26 2 J 254-B 256 1.8874 6.50E+11 9.49E+13 4.53E+14 8.70E-02 26 2 J 254-B 254 1.8875 2.37E+12 3.46E+14 4.53E+14 3.17E-01 26 2 J 436-B 414 1.8883 1.79E+11 2.10E+14 3.50E+14 3.60E-01 26 2 J 232-B 232 1.8885 3.94E+11 3.56E+14 3.60E+14 2.90E-01 26 2 J 234-B 232 1.8888 5.39E+11 1.54E+14 4.25E+14 1.32E-01 26 2 J 232-B 234 1.8893 2.96E+10 2.67E+13 3.60E+14 2.18E-02 26 2 J 234-B 234 1.8897 3.47E+11 9.99E+13 4.25E+14 8.57E-02 26 2 I 432-A 232 1.8916 1.09E+12 2.89E+13 2.43E+14 1.05E-01 26 2 I 436-A 234 1.8916 1.31E+13 2.89E+13 2.70E+14 9.57E-02 26 2 J 434-B 256 1.8917 8.65E+09 1.34E+13 3.51E+14 2.19E-02 26 2 J 434-B 254 1.8918 1.23E+10 1.92E+13 3.51E+14 3.12E-02 26 2 J 256-B 234 1.8923 1.92E+11 1.12E+14 5.33E+14 1.12E-01 26 2 J 254-B 232 1.8925 4.95E+10 7.23E+12 4.53E+14 6.64E-03 26 2 I 434-A 234 1.8932 1.24E+11 8.92E+12 2.52E+14 3.38E-02 26 2 J 254-B 234 1.8933 9.58E+11 1.40E+14 4.53E+14 1.28E-01 26 2 J 436-B 256 1.8942 2.05E+09 2.40E+12 3.50E+14 4.12E-03 26 2 J 432-B 232 1.8962 1.42E+10 1.01E+13 3.54E+14 1.68E-02 26 2 J 432-B 234 1.8970 8.71E+10 6.22E+13 3.54E+14 1.03E-01 26 2 J 434-B 234 1.8977 3.30E+10 5.10E+13 3.51E+14 8.30E-02 26 2 J 436-B 234 1.9002 1.75E+10 2.05E+13 3.50E+14 3.51E-02 26 2 I 256-B 414 1.9266 2.23E+12 1.37E+12 3.81E+14 2.31E-03 26 2 I 234-B 256 1.9292 1.09E+12 5.20E+12 1.97E+14 6.53E-03 26 2 I 234-B 254 1.9293 8.49E+12 4.06E+12 1.97E+14 5.11E-03 26 2 I 256-B 256 1.9329 7.18E+12 4.40E+12 3.81E+14 7.42E-03 26 2 I 436-B 414 1.9337 1.15E+12 2.52E+12 2.70E+14 8.34E-03 26 2 I 254-B 256 1.9344 2.64E+12 3.20E+12 3.39E+14 4.64E-03 26 2 I 254-B 254 1.9345 1.68E+12 2.05E+12 3.39E+14 2.97E-03 26 2 I 434-B 414 1.9354 3.52E+10 2.53E+12 2.52E+14 9.61E-03 26 2