L.A. Vainshtein and U.I. Safronova 1980, ADNDT 25, 311 "Dielectronic Satellite Spectra for Highy Charged H-like Ions and He-like Ions with Z=6-33 " Table V He-like ion: Z= 10 lower level upper level lambda(A) Qd(1/s) Ar(1/s) Aa(1/s) Branching-ratio 1s2s 3S 1.0 2s3p 3P 2.0 10.484 3.22E+12 9.46E+11 6.89E+12 9.35E-02 1s2s 3S 1.0 2s3p 3P 1.0 10.486 1.43E+12 7.54E+11 6.58E+12 7.25E-02 1s2s 1S .0 2p3s 1P 1.0 10.519 1.62E+12 5.65E+11 9.41E+13 5.74E-03 1s2p 3P 1.0 2s3d 3D 2.0 10.533 1.15E+12 2.49E+11 3.75E+13 6.15E-03 1s2p 3P 2.0 2s3d 3D 3.0 10.535 1.83E+12 4.65E+11 2.59E+12 1.01E-01 1s2p 3P 2.0 2p3p 1D 2.0 10.536 1.85E+12 4.07E+11 4.61E+13 8.02E-03 1s2p 3P 1.0 2p3p 3P 2.0 10.536 1.27E+12 3.38E+11 2.09E+13 1.22E-02 1s2p 3P 2.0 2p3p 3P 2.0 10.538 2.21E+12 5.86E+11 2.09E+13 2.11E-02 1s2p 1P 1.0 2s3d 1D 2.0 10.558 1.81E+12 3.76E+11 6.86E+13 5.27E-03 1s2p 3P 2.0 2p3p 3D 3.0 10.572 2.77E+10 1.32E+12 1.70E+10 2.32E-01 1s2p 3P 1.0 2p3p 3D 2.0 10.572 8.08E+10 1.05E+12 9.20E+10 1.76E-01 1s2p 1P 1.0 2s3d 3D 2.0 10.597 1.20E+12 2.60E+11 3.75E+13 6.42E-03 1s2p 1P 1.0 2p3p 1D 2.0 10.598 1.42E+12 3.12E+11 4.61E+13 6.14E-03 1s2p 1P 1.0 2p3p 1P 1.0 10.633 1.82E+09 1.83E+12 2.50E+09 2.42E-01 1s3p 1P 1.0 2p3p 1S .0 12.088 2.47E+12 4.92E+12 5.74E+12 4.31E-01 1s3d 1D 2.0 2p3d 1P 1.0 12.096 7.88E+12 5.27E+12 5.70E+12 4.61E-01 1s3d 3D 2.0 2p3d 1F 3.0 12.110 2.69E+12 4.78E+11 2.60E+13 1.48E-02 1s3d 1D 2.0 2p3d 1F 3.0 12.111 3.29E+13 5.85E+12 2.60E+13 1.81E-01 1s3d 3D 1.0 2p3d 3P .0 12.123 2.98E+09 4.99E+12 3.28E+09 9.09E-01 1s3d 3D 1.0 2p3d 3P 1.0 12.124 8.47E+10 1.45E+12 1.09E+11 2.60E-01 1s3d 3D 2.0 2p3d 3P 1.0 12.124 1.94E+11 3.33E+12 1.09E+11 5.97E-01 1s3d 3D 3.0 2p3d 3P 2.0 12.125 7.68E+09 3.87E+12 2.16E+09 7.10E-01 1s3p 1P 1.0 2s3d 1D 2.0 12.125 1.12E+13 2.32E+12 6.86E+13 3.26E-02 1s3s 1S .0 2p3s 1P 1.0 12.130 9.41E+12 3.28E+12 9.41E+13 3.33E-02 1s3p 3P 1.0 2p3p 3S 1.0 12.142 7.89E+10 1.60E+12 9.00E+10 2.92E-01 1s3p 3P 2.0 2p3p 3S 1.0 12.143 9.50E+10 1.93E+12 9.00E+10 3.52E-01 1s3d 1D 2.0 2p3s 1P 1.0 12.148 1.43E+12 5.01E+11 9.41E+13 5.08E-03 1s3p 3P 1.0 2s3d 3D 2.0 12.154 2.54E+12 5.49E+11 3.75E+13 1.35E-02 1s3p 3P 2.0 2s3d 3D 3.0 12.154 6.06E+12 1.53E+12 2.59E+12 3.35E-01 1s3p 3P 2.0 2s3d 3D 2.0 12.154 2.24E+12 4.84E+11 3.75E+13 1.19E-02 1s3d 3D 2.0 2p3d 3D 3.0 12.154 4.37E+10 8.98E+11 4.36E+10 1.43E-01 1s3p 3P .0 2s3d 3D 1.0 12.154 1.73E+12 9.74E+11 2.57E+12 2.24E-01 1s3p 3P 1.0 2p3p 1D 2.0 12.154 5.99E+12 1.32E+12 4.61E+13 2.60E-02 1s3d 3D 3.0 2p3d 3D 3.0 12.155 2.58E+11 5.30E+12 4.36E+10 8.45E-01 1s3p 3P 2.0 2p3p 1D 2.0 12.155 2.47E+12 5.43E+11 4.61E+13 1.07E-02 1s3d 3D 1.0 2p3d 3D 2.0 12.155 1.04E+10 1.12E+12 1.16E+10 1.79E-01 1s3d 3D 2.0 2p3d 3D 2.0 12.155 3.50E+10 3.76E+12 1.16E+10 6.02E-01 1s3d 3D 3.0 2p3d 3D 2.0 12.156 1.07E+10 1.15E+12 1.16E+10 1.84E-01 1s3d 3D 1.0 2p3d 3D 1.0 12.156 7.05E+11 4.46E+12 3.46E+11 6.78E-01 1s3d 3D 2.0 2p3d 3D 1.0 12.156 2.69E+11 1.70E+12 3.46E+11 2.59E-01 1s3p 3P 1.0 2p3p 3P 2.0 12.158 3.41E+12 9.06E+11 2.09E+13 3.26E-02 1s3p 3P 2.0 2p3p 3P 2.0 12.158 1.53E+13 4.07E+12 2.09E+13 1.46E-01 1s3p 3P .0 2p3p 3P 1.0 12.159 1.73E+10 1.84E+12 2.39E+10 2.42E-01 1s3p 3P 1.0 2p3p 3P 1.0 12.159 1.42E+10 1.51E+12 2.39E+10 1.99E-01 1s3p 3P 2.0 2p3p 3P 1.0 12.160 2.87E+10 3.05E+12 2.39E+10 4.01E-01 1s3p 3P 1.0 2p3p 3P .0 12.160 6.98E+10 6.45E+12 8.36E+10 8.35E-01 1s3s 3S 1.0 2p3s 3P 2.0 12.164 1.45E+11 3.96E+12 3.87E+10 7.49E-01 1s3s 3S 1.0 2p3s 3P 1.0 12.166 7.57E+11 3.02E+12 4.20E+11 6.01E-01 1s3s 3S 1.0 2s3p 3P .0 12.167 3.59E+11 2.54E+12 7.01E+11 5.13E-01 1s3s 3S 1.0 2s3p 3P 2.0 12.173 6.65E+12 1.95E+12 6.89E+12 1.93E-01 1s3s 3S 1.0 2s3p 3P 1.0 12.175 5.51E+12 2.90E+12 6.58E+12 2.79E-01 1s3s 3S 1.0 2p3s 3P .0 12.176 2.04E+12 3.40E+12 6.23E+12 3.28E-01 1s3p 1P 1.0 2s3d 3D 2.0 12.177 6.87E+12 1.49E+12 3.75E+13 3.67E-02 1s3d 1D 2.0 2p3d 1D 2.0 12.177 7.92E+11 5.83E+12 1.72E+11 9.21E-01 1s3p 1P 1.0 2p3p 1D 2.0 12.178 9.18E+12 2.02E+12 4.61E+13 3.98E-02 1s3p 1P 1.0 2p3p 3P 2.0 12.181 3.15E+12 8.36E+11 2.09E+13 3.01E-02 1s3d 3D 3.0 2p3d 3F 4.0 12.182 2.56E+13 6.11E+12 5.33E+12 5.34E-01 1s3d 3D 2.0 2p3d 3F 3.0 12.184 1.55E+13 4.76E+12 5.33E+12 4.16E-01 1s3d 3D 3.0 2p3d 3F 3.0 12.185 2.95E+12 9.04E+11 5.33E+12 7.90E-02 1s3d 1D 2.0 2p3d 3F 3.0 12.185 1.44E+12 4.42E+11 5.33E+12 3.86E-02 1s3d 3D 1.0 2p3d 3F 2.0 12.187 1.09E+13 4.78E+12 5.15E+12 4.25E-01 1s3d 3D 2.0 2p3d 3F 2.0 12.187 2.89E+12 1.26E+12 5.15E+12 1.12E-01 1s3p 3P 2.0 2p3p 3D 3.0 12.204 9.12E+10 4.37E+12 1.70E+10 7.65E-01 1s3p 3P 1.0 2p3p 3D 2.0 12.206 2.52E+11 3.27E+12 9.20E+10 5.48E-01 1s3p 3P 2.0 2p3p 3D 2.0 12.206 9.45E+10 1.22E+12 9.20E+10 2.05E-01 1s3p 3P .0 2p3p 3D 1.0 12.208 2.78E+09 2.30E+12 2.48E+09 3.74E-01 1s3p 3P 1.0 2p3p 3D 1.0 12.208 2.23E+09 1.85E+12 2.48E+09 3.00E-01 1s3p 1P 1.0 2p3p 1P 1.0 12.225 5.27E+09 5.29E+12 2.50E+09 7.02E-01 1s3s 1S .0 2s3p 1P 1.0 12.242 1.13E+12 2.86E+12 5.81E+11 6.48E-01 1s3p 1P 1.0 2s3s 1S .0 12.242 1.70E+12 1.72E+12 1.77E+14 9.62E-03 1s3p 3P 2.0 2s3s 3S 1.0 12.255 8.15E+11 1.02E+12 8.40E+11 3.23E-01