C************************** 786 ******************************************c Ref. "Transition probabilities for dipole allowed fine structure transitions in Si II", Sultana N. Nahar, At. Data. Nucl. Data. Tables 68, 183 (1998) C************************************************************************c Si II : Calculated lifetimes for LS states File contents ------------- i) Table of target/core states ii) Table of lifetimes of bound (negative energy) states ************************************************************************** i) Table of target/core states -------------------------------- Method: lsx, Radiative decay rates file: si2.f C (core) states and energies (Ry): 1 3s2 1S 0.00000E+00 2 3s3p 3Po 4.82820E-01 3 3s3p 1Po 7.55290E-01 4 3p2 1D 1.11370E+00 5 3p2 3P 1.18438E+00 6 3s3d 3D 1.30261E+00 7 3s4s 3S 1.39828E+00 8 3p2 1S 1.39828E+00 9 3s4s 1S 1.44954E+00 10 3s3d 1D 1.51056E+00 11 3s4p 3Po 1.60827E+00 12 3s4p 1Po 1.60827E+00 ----------------------------------------------------------------- ii) Table of lifetimes of bound (negative energy) states ---------------------------------------------------------- nz = 14 , No. of core electrons= 12 Number of bound states= 66 Notes: 1) Find core state, C i, from Core states table above 2) C 0 or n=0 means an equivalent electron state of the ion 3) Lifetime=Inf for some high levels (e.g.n=11) because of no calculated A-value State Transition A-value Lifetime(sec) [C 1 4s]2Se 1(-6.019E-01 Ry) :state 2Po 1->2Se 1 1.1670E+09 2Se 1 : A-sum (total trans= 1) & lifetime= 1.1670E+09 8.5690E-10 [C 1 0s]2Se 2(-4.892E-01 Ry) :state 2Po 1->2Se 2 1.0490E+09 2Se 2 : A-sum (total trans= 1) & lifetime= 1.0490E+09 9.5329E-10 [C 1 5s]2Se 3(-3.072E-01 Ry) :state 2Po 1->2Se 3 2.8100E+08 2Po 2->2Se 3 1.2290E+08 2Se 3 : A-sum (total trans= 2) & lifetime= 4.0390E+08 2.4759E-09 [C 1 6s]2Se 4(-1.870E-01 Ry) :state 2Po 1->2Se 4 1.3890E+08 2Po 2->2Se 4 7.7790E+07 2Po 3->2Se 4 3.9660E+07 2Se 4 : A-sum (total trans= 3) & lifetime= 2.5635E+08 3.9009E-09 [C 1 7s]2Se 5(-1.262E-01 Ry) :state 2Po 1->2Se 5 7.8010E+07 2Po 2->2Se 5 4.4510E+07 2Po 3->2Se 5 1.8170E+07 2Po 4->2Se 5 1.3350E+07 2Se 5 : A-sum (total trans= 4) & lifetime= 1.5404E+08 6.4918E-09 [C 1 8s]2Se 6(-9.093E-02 Ry) :state 2Po 1->2Se 6 4.7890E+07 2Po 2->2Se 6 2.6610E+07 2Po 3->2Se 6 1.0420E+07 2Po 4->2Se 6 6.3770E+06 2Po 5->2Se 6 4.1110E+06 2Po 6->2Se 6 8.3750E+05 2Se 6 : A-sum (total trans= 6) & lifetime= 9.6246E+07 1.0390E-08 [C 1 9s]2Se 7(-6.865E-02 Ry) :state 2Po 1->2Se 7 3.1490E+07 2Po 2->2Se 7 1.6920E+07 2Po 3->2Se 7 6.5810E+06 2Po 4->2Se 7 3.8560E+06 2Po 5->2Se 7 2.2490E+06 2Po 6->2Se 7 1.2960E+05 2Po 7->2Se 7 2.3910E+06 2Se 7 : A-sum (total trans= 7) & lifetime= 6.3617E+07 1.5719E-08 [C 1 10s]2Se 8(-5.366E-02 Ry) :state 2Po 1->2Se 8 2.1800E+07 2Po 2->2Se 8 1.1410E+07 2Po 3->2Se 8 4.4230E+06 2Po 4->2Se 8 2.5410E+06 2Po 5->2Se 8 1.4340E+06 2Po 6->2Se 8 6.6350E+04 2Po 7->2Se 8 1.0840E+06 2Po 8->2Se 8 1.4160E+06 2Se 8 : A-sum (total trans= 8) & lifetime= 4.4174E+07 2.2638E-08 [C 1 11s]2Se 9(-4.309E-02 Ry) :state 2Po 1->2Se 9 1.5680E+07 2Po 2->2Se 9 8.0270E+06 2Po 3->2Se 9 3.1240E+06 2Po 4->2Se 9 1.7750E+06 2Po 5->2Se 9 9.8380E+05 2Po 6->2Se 9 4.2930E+04 2Po 7->2Se 9 6.8480E+05 2Po 8->2Se 9 7.0970E+05 2Po 9->2Se 9 1.7480E+05 2Po 10->2Se 9 5.6790E+05 2Se 9 : A-sum (total trans= 10) & lifetime= 3.1770E+07 3.1476E-08 [C 4 0s]2Pe 1(-4.270E-01 Ry) :state 2Po 1->2Pe 1 4.2630E+09 2Po 2->2Pe 1 1.8540E+02 2Pe 1 : A-sum (total trans= 2) & lifetime= 4.2630E+09 2.3458E-10 [C 2 4p]2Pe 2(-6.364E-03 Ry) :state 2Po 1->2Pe 2 2.7720E+07 2Po 2->2Pe 2 2.2650E+07 2Po 3->2Pe 2 3.9740E+06 2Po 4->2Pe 2 3.0910E+06 2Po 5->2Pe 2 9.6210E+06 2Po 6->2Pe 2 1.0690E+07 2Po 7->2Pe 2 4.2370E+05 2Po 8->2Pe 2 1.1060E+04 2Po 9->2Pe 2 1.7050E+05 2Po 10->2Pe 2 7.8500E+04 2Do 1->2Pe 2 6.0380E+07 2Pe 2 : A-sum (total trans= 11) & lifetime= 1.3881E+08 7.2041E-09 [C 1 3p]2Po 1(-1.201E+00 Ry) :state 2Po 1 : A-sum (total trans= 0) & Lifetime= 0.0000E+00 inf [C 1 4p]2Po 2(-4.637E-01 Ry) :state 2Se 1->2Po 2 5.5990E+07 2Se 2->2Po 2 5.6390E+03 2De 1->2Po 2 4.8140E+07 2De 2->2Po 2 7.4990E+04 2Po 2 : A-sum (total trans= 4) & lifetime= 1.0421E+08 9.5959E-09 [C 1 5p]2Po 3(-2.564E-01 Ry) :state 2Se 1->2Po 3 1.2810E+06 2Se 2->2Po 3 5.3130E+04 2Se 3->2Po 3 1.1150E+07 2Pe 1->2Po 3 5.7290E+04 2De 1->2Po 3 2.8260E+07 2De 2->2Po 3 6.3510E+06 2De 3->2Po 3 1.5750E+06 2Po 3 : A-sum (total trans= 7) & lifetime= 4.8727E+07 2.0522E-08 [C 1 6p]2Po 4(-1.625E-01 Ry) :state 2Se 1->2Po 4 4.5220E+06 2Se 2->2Po 4 1.5860E+05 2Se 3->2Po 4 1.6570E+04 2Se 4->2Po 4 3.1310E+06 2Pe 1->2Po 4 9.9260E+05 2De 1->2Po 4 4.0800E+07 2De 2->2Po 4 7.6940E+06 2De 3->2Po 4 1.5930E+05 2De 4->2Po 4 9.1530E+05 2Po 4 : A-sum (total trans= 9) & lifetime= 5.8389E+07 1.7126E-08 [C 1 7p]2Po 5(-1.165E-01 Ry) :state 2Se 1->2Po 5 1.3050E+07 2Se 2->2Po 5 7.2690E+06 2Se 3->2Po 5 1.6940E+06 2Se 4->2Po 5 4.0220E+05 2Se 5->2Po 5 3.1550E+05 2Pe 1->2Po 5 1.7930E+07 2De 1->2Po 5 2.0120E+08 2De 2->2Po 5 4.0020E+07 2De 3->2Po 5 2.5390E+06 2De 4->2Po 5 5.4420E+05 2De 5->2Po 5 5.0120E+04 2Po 5 : A-sum (total trans= 11) & lifetime= 2.8501E+08 3.5086E-09 [C 2 4s]2Po 6(-1.011E-01 Ry) :state 2Se 1->2Po 6 8.1580E+06 2Se 2->2Po 6 2.0770E+07 2Se 3->2Po 6 2.2080E+06 2Se 4->2Po 6 1.7970E+06 2Se 5->2Po 6 1.7900E+06 2Pe 1->2Po 6 4.0810E+07 2De 1->2Po 6 3.0880E+08 2De 2->2Po 6 5.9740E+07 2De 3->2Po 6 5.2080E+06 2De 4->2Po 6 1.8620E+06 2De 5->2Po 6 1.5040E+06 2Po 6 : A-sum (total trans= 11) & lifetime= 4.5265E+08 2.2092E-09 [C 1 8p]2Po 7(-8.017E-02 Ry) :state 2Se 1->2Po 7 6.0110E+04 2Se 2->2Po 7 4.4800E+06 2Se 3->2Po 7 3.0090E+04 2Se 4->2Po 7 1.7400E+05 2Se 5->2Po 7 2.7820E+05 2Se 6->2Po 7 9.0180E+05 2Pe 1->2Po 7 5.4590E+06 2De 1->2Po 7 3.5110E+07 2De 2->2Po 7 4.6770E+06 2De 3->2Po 7 5.6990E+05 2De 4->2Po 7 3.1770E+05 2De 5->2Po 7 2.1660E+05 2De 6->2Po 7 6.0530E+05 2Po 7 : A-sum (total trans= 13) & lifetime= 5.2880E+07 1.8911E-08 [C 1 9p]2Po 8(-6.220E-02 Ry) :state 2Se 1->2Po 8 8.4210E+05 2Se 2->2Po 8 4.2960E+06 2Se 3->2Po 8 5.4730E+04 2Se 4->2Po 8 2.5420E+03 2Se 5->2Po 8 2.2080E+04 2Se 6->2Po 8 5.9790E+04 2Se 7->2Po 8 3.5880E+05 2Pe 1->2Po 8 1.5110E+06 2De 1->2Po 8 3.8370E+07 2De 2->2Po 8 1.2240E+06 2De 3->2Po 8 9.6850E+04 2De 4->2Po 8 7.1760E+04 2De 5->2Po 8 4.1910E+04 2De 6->2Po 8 3.5890E+04 2De 7->2Po 8 2.3870E+05 2Po 8 : A-sum (total trans= 15) & lifetime= 4.7226E+07 2.1175E-08 [C 2 3d]2Po 9(-5.248E-02 Ry) :state 2Se 1->2Po 9 2.6710E+06 2Se 2->2Po 9 3.0640E+07 2Se 3->2Po 9 9.6430E+05 2Se 4->2Po 9 3.6320E+05 2Se 5->2Po 9 1.8470E+05 2Se 6->2Po 9 1.0810E+05 2Se 7->2Po 9 6.3670E+04 2Se 8->2Po 9 1.1810E+03 2Pe 1->2Po 9 1.3580E+04 2De 1->2Po 9 5.0560E+08 2De 2->2Po 9 2.1150E+06 2De 3->2Po 9 1.2920E+05 2De 4->2Po 9 1.3780E+05 2De 5->2Po 9 1.1080E+05 2De 6->2Po 9 9.5550E+04 2De 7->2Po 9 8.6790E+04 2Po 9 : A-sum (total trans= 16) & lifetime= 5.4328E+08 1.8407E-09 [C 1 10p]2Po 10(-4.814E-02 Ry) :state 2Se 1->2Po 10 6.6490E+03 2Se 2->2Po 10 4.3490E+06 2Se 3->2Po 10 1.4110E+05 2Se 4->2Po 10 1.4910E+05 2Se 5->2Po 10 1.2470E+05 2Se 6->2Po 10 1.1450E+05 2Se 7->2Po 10 1.2670E+05 2Se 8->2Po 10 2.6640E+05 2Pe 1->2Po 10 1.0740E+06 2De 1->2Po 10 1.1230E+08 2De 2->2Po 10 7.1460E+04 2De 3->2Po 10 2.1310E+05 2De 4->2Po 10 2.1980E+05 2De 5->2Po 10 1.5290E+05 2De 6->2Po 10 1.1620E+05 2De 7->2Po 10 1.0720E+05 2De 8->2Po 10 2.3590E+05 2Po10 : A-sum (total trans= 17) & lifetime= 1.1977E+08 8.3494E-09 [C 2 0s]2De 1(-7.091E-01 Ry) :state 2Po 1->2De 1 2.8040E+06 2De 1 : A-sum (total trans= 1) & lifetime= 2.8040E+06 3.5663E-07 [C 1 3d]2De 2(-4.787E-01 Ry) :state 2Po 1->2De 2 2.9880E+09 2De 2 : A-sum (total trans= 1) & lifetime= 2.9880E+09 3.3467E-10 [C 1 4d]2De 3(-2.796E-01 Ry) :state 2Po 1->2De 3 6.6470E+08 2Po 2->2De 3 1.3980E+08 2De 3 : A-sum (total trans= 2) & lifetime= 8.0450E+08 1.2430E-09 [C 1 5d]2De 4(-1.763E-01 Ry) :state 2Po 1->2De 4 2.0680E+08 2Po 2->2De 4 6.0240E+07 2Po 3->2De 4 3.6280E+07 2Do 1->2De 4 2.8770E+02 2Fo 1->2De 4 3.2080E+06 2De 4 : A-sum (total trans= 5) & lifetime= 3.0653E+08 3.2623E-09 [C 1 6d]2De 5(-1.209E-01 Ry) :state 2Po 1->2De 5 8.9850E+07 2Po 2->2De 5 2.5770E+07 2Po 3->2De 5 1.4480E+07 2Po 4->2De 5 1.0830E+07 2Do 1->2De 5 2.8250E+03 2Fo 1->2De 5 1.3920E+06 2Fo 2->2De 5 2.1650E+06 2De 5 : A-sum (total trans= 7) & lifetime= 1.4449E+08 6.9209E-09 [C 1 7d]2De 6(-8.790E-02 Ry) :state 2Po 1->2De 6 4.6910E+07 2Po 2->2De 6 1.2360E+07 2Po 3->2De 6 7.2720E+06 2Po 4->2De 6 5.0070E+06 2Po 5->2De 6 3.0720E+06 2Po 6->2De 6 7.7190E+05 2Do 1->2De 6 6.5730E+03 2Fo 1->2De 6 7.4760E+05 2Fo 2->2De 6 1.0340E+06 2Fo 3->2De 6 1.2870E+06 2De 6 : A-sum (total trans= 10) & lifetime= 7.8468E+07 1.2744E-08 [C 1 8d]2De 7(-6.676E-02 Ry) :state 2Po 1->2De 7 2.7510E+07 2Po 2->2De 7 6.6560E+06 2Po 3->2De 7 4.1580E+06 2Po 4->2De 7 2.8490E+06 2Po 5->2De 7 1.9100E+06 2Po 6->2De 7 4.8410E+04 2Po 7->2De 7 1.6770E+06 2Do 1->2De 7 9.9160E+03 2Fo 1->2De 7 4.5370E+05 2Fo 2->2De 7 5.9710E+05 2Fo 3->2De 7 6.6690E+05 2Fo 4->2De 7 7.6120E+05 2De 7 : A-sum (total trans= 12) & lifetime= 4.7297E+07 2.1143E-08 [C 1 9d]2De 8(-5.241E-02 Ry) :state 2Po 1->2De 8 1.7500E+07 2Po 2->2De 8 3.9400E+06 2Po 3->2De 8 2.6160E+06 2Po 4->2De 8 1.8110E+06 2Po 5->2De 8 1.3090E+06 2Po 6->2De 8 1.4170E+03 2Po 7->2De 8 6.9980E+05 2Po 8->2De 8 9.2440E+05 2Po 9->2De 8 3.4150E-01 2Do 1->2De 8 1.2270E+04 2Fo 1->2De 8 2.9710E+05 2Fo 2->2De 8 3.8300E+05 2Fo 3->2De 8 4.0610E+05 2Fo 4->2De 8 4.1970E+05 2Fo 5->2De 8 4.6380E+05 2De 8 : A-sum (total trans= 15) & lifetime= 3.0784E+07 3.2485E-08 [C 1 10d]2De 9(-4.222E-02 Ry) :state 2Po 1->2De 9 1.1760E+07 2Po 2->2De 9 2.5110E+06 2Po 3->2De 9 1.7530E+06 2Po 4->2De 9 1.2320E+06 2Po 5->2De 9 9.4950E+05 2Po 6->2De 9 2.1800E+03 2Po 7->2De 9 3.9100E+05 2Po 8->2De 9 4.5510E+05 2Po 9->2De 9 9.6320E+04 2Po 10->2De 9 3.7960E+05 2Do 1->2De 9 1.3600E+04 2Fo 1->2De 9 2.0650E+05 2Fo 2->2De 9 2.6210E+05 2Fo 3->2De 9 2.7030E+05 2Fo 4->2De 9 2.6710E+05 2Fo 5->2De 9 2.6800E+05 2Fo 6->2De 9 2.9270E+05 2De 9 : A-sum (total trans= 17) & lifetime= 2.1110E+07 4.7371E-08 [C 2 3d]2Do 1(-2.302E-01 Ry) :state 2Pe 1->2Do 1 1.0140E+03 2De 1->2Do 1 4.6420E+06 2De 2->2Do 1 5.6510E+03 2De 3->2Do 1 1.3320E+02 2Do 1 : A-sum (total trans= 4) & lifetime= 4.6488E+06 2.1511E-07 [C 1 4f]2Fo 1(-2.577E-01 Ry) :state 2De 1->2Fo 1 1.5320E+08 2De 2->2Fo 1 1.5670E+08 2De 3->2Fo 1 7.3290E+05 2Fo 1 : A-sum (total trans= 3) & lifetime= 3.1063E+08 3.2192E-09 [C 1 5f]2Fo 2(-1.646E-01 Ry) :state 2De 1->2Fo 2 9.4580E+07 2De 2->2Fo 2 3.9620E+07 2De 3->2Fo 2 3.7840E+07 2De 4->2Fo 2 3.9930E+05 2Fo 2 : A-sum (total trans= 4) & lifetime= 1.7244E+08 5.7991E-09 [C 1 6f]2Fo 3(-1.141E-01 Ry) :state 2De 1->2Fo 3 5.7890E+07 2De 2->2Fo 3 1.2970E+07 2De 3->2Fo 3 2.2810E+07 2De 4->2Fo 3 8.4120E+06 2De 5->2Fo 3 1.8800E+05 2Ge 1->2Fo 3 3.5540E+05 2Fo 3 : A-sum (total trans= 6) & lifetime= 1.0263E+08 9.7442E-09 [C 1 7f]2Fo 4(-8.363E-02 Ry) :state 2De 1->2Fo 4 3.7480E+07 2De 2->2Fo 4 4.9960E+06 2De 3->2Fo 4 1.3620E+07 2De 4->2Fo 4 6.4990E+06 2De 5->2Fo 4 2.5200E+06 2De 6->2Fo 4 9.3690E+04 2Ge 1->2Fo 4 1.5300E+05 2Ge 2->2Fo 4 3.3950E+05 2Fo 4 : A-sum (total trans= 8) & lifetime= 6.5701E+07 1.5220E-08 [C 1 8f]2Fo 5(-6.390E-02 Ry) :state 2De 1->2Fo 5 2.5320E+07 2De 2->2Fo 5 2.1610E+06 2De 3->2Fo 5 8.6520E+06 2De 4->2Fo 5 4.5490E+06 2De 5->2Fo 5 2.1960E+06 2De 6->2Fo 5 9.2170E+05 2De 7->2Fo 5 5.0090E+04 2Ge 1->2Fo 5 8.3450E+04 2Ge 2->2Fo 5 1.6500E+05 2Ge 3->2Fo 5 2.5440E+05 2Fo 5 : A-sum (total trans= 10) & lifetime= 4.4353E+07 2.2547E-08 [C 1 9f]2Fo 6(-5.040E-02 Ry) :state 2De 1->2Fo 6 1.7920E+07 2De 2->2Fo 6 1.0220E+06 2De 3->2Fo 6 5.7890E+06 2De 4->2Fo 6 3.2270E+06 2De 5->2Fo 6 1.6770E+06 2De 6->2Fo 6 8.7120E+05 2De 7->2Fo 6 3.9150E+05 2De 8->2Fo 6 2.8630E+04 2Ge 1->2Fo 6 5.1650E+04 2Ge 2->2Fo 6 9.5020E+04 2Ge 3->2Fo 6 1.3370E+05 2Ge 4->2Fo 6 1.7840E+05 2Fo 6 : A-sum (total trans= 12) & lifetime= 3.1385E+07 3.1862E-08 [C 1 10f]2Fo 7(-4.076E-02 Ry) :state 2De 1->2Fo 7 1.3100E+07 2De 2->2Fo 7 5.2040E+05 2De 3->2Fo 7 4.0600E+06 2De 4->2Fo 7 2.3600E+06 2De 5->2Fo 7 1.2700E+06 2De 6->2Fo 7 7.0370E+05 2De 7->2Fo 7 3.9170E+05 2De 8->2Fo 7 1.8600E+05 2De 9->2Fo 7 1.7330E+04 2Ge 1->2Fo 7 3.4790E+04 2Ge 2->2Fo 7 6.0890E+04 2Ge 3->2Fo 7 8.1480E+04 2Ge 4->2Fo 7 1.0040E+05 2Ge 5->2Fo 7 1.2420E+05 2Fo 7 : A-sum (total trans= 14) & lifetime= 2.3011E+07 4.3458E-08 [C 1 5g]2Ge 1(-1.608E-01 Ry) :state 2Fo 1->2Ge 1 7.2450E+07 2Fo 2->2Ge 1 8.5700E+03 2Ge 1 : A-sum (total trans= 2) & lifetime= 7.2459E+07 1.3801E-08 [C 1 6g]2Ge 2(-1.117E-01 Ry) :state 2Fo 1->2Ge 2 2.5200E+07 2Fo 2->2Ge 2 1.7730E+07 2Fo 3->2Ge 2 6.7150E+03 2Ge 2 : A-sum (total trans= 3) & lifetime= 4.2937E+07 2.3290E-08 [C 1 7g]2Ge 3(-8.203E-02 Ry) :state 2Fo 1->2Ge 3 1.2040E+07 2Fo 2->2Ge 3 9.6690E+06 2Fo 3->2Ge 3 5.6340E+06 2Fo 4->2Ge 3 4.5560E+03 2Ho 1->2Ge 3 6.3710E+04 2Ge 3 : A-sum (total trans= 5) & lifetime= 2.7411E+07 3.6481E-08 [C 1 8g]2Ge 4(-6.278E-02 Ry) :state 2Fo 1->2Ge 4 6.8290E+06 2Fo 2->2Ge 4 5.7800E+06 2Fo 3->2Ge 4 3.7800E+06 2Fo 4->2Ge 4 2.1730E+06 2Fo 5->2Ge 4 2.9830E+03 2Ho 1->2Ge 4 2.4780E+04 2Ho 2->2Ge 4 7.2740E+04 2Ge 4 : A-sum (total trans= 7) & lifetime= 1.8663E+07 5.3583E-08 [C 1 9g]2Ge 5(-4.958E-02 Ry) :state 2Fo 1->2Ge 5 4.2890E+06 2Fo 2->2Ge 5 3.7350E+06 2Fo 3->2Ge 5 2.5420E+06 2Fo 4->2Ge 5 1.6290E+06 2Fo 5->2Ge 5 9.6050E+05 2Fo 6->2Ge 5 1.9520E+03 2Ho 1->2Ge 5 1.2240E+04 2Ho 2->2Ge 5 3.2830E+04 2Ho 3->2Ge 5 6.2070E+04 2Ge 5 : A-sum (total trans= 9) & lifetime= 1.3265E+07 7.5389E-08 [C 1 10g]2Ge 6(-4.015E-02 Ry) :state 2Fo 1->2Ge 6 2.8920E+06 2Fo 2->2Ge 6 2.5700E+06 2Fo 3->2Ge 6 1.7750E+06 2Fo 4->2Ge 6 1.1810E+06 2Fo 5->2Ge 6 7.7540E+05 2Fo 6->2Ge 6 4.7350E+05 2Fo 7->2Ge 6 1.2960E+03 2Ho 1->2Ge 6 7.0240E+03 2Ho 2->2Ge 6 1.7880E+04 2Ho 3->2Ge 6 3.1150E+04 2Ho 4->2Ge 6 4.8430E+04 2Ge 6 : A-sum (total trans= 11) & lifetime= 9.7727E+06 1.0233E-07 [C 1 6h]2Ho 1(-1.112E-01 Ry) :state 2Ge 1->2Ho 1 2.6670E+07 2Ge 2->2Ho 1 3.5010E+01 2Ho 1 : A-sum (total trans= 2) & lifetime= 2.6670E+07 3.7495E-08 [C 1 7h]2Ho 2(-8.170E-02 Ry) :state 2Ge 1->2Ho 2 8.4680E+06 2Ge 2->2Ho 2 8.5630E+06 2Ge 3->2Ho 2 2.7180E+01 2Ho 2 : A-sum (total trans= 3) & lifetime= 1.7031E+07 5.8716E-08 [C 1 8h]2Ho 3(-6.256E-02 Ry) :state 2Ge 1->2Ho 3 3.9090E+06 2Ge 2->2Ho 3 4.2550E+06 2Ge 3->2Ho 3 3.3340E+06 2Ge 4->2Ho 3 1.7470E+01 2Ie 1->2Ho 3 1.9930E+04 2Ho 3 : A-sum (total trans= 5) & lifetime= 1.1518E+07 8.6821E-08 [C 1 9h]2Ho 4(-4.943E-02 Ry) :state 2Ge 1->2Ho 4 2.1860E+06 2Ge 2->2Ho 4 2.4190E+06 2Ge 3->2Ho 4 2.0290E+06 2Ge 4->2Ho 4 1.4890E+06 2Ge 5->2Ho 4 1.1120E+01 2Ie 1->2Ho 4 7.4220E+03 2Ie 2->2Ho 4 2.5960E+04 2Ho 4 : A-sum (total trans= 7) & lifetime= 8.1564E+06 1.2260E-07 [C 1 10h]2Ho 5(-4.004E-02 Ry) :state 2Ge 1->2Ho 5 1.3620E+06 2Ge 2->2Ho 5 1.5310E+06 2Ge 3->2Ho 5 1.3000E+06 2Ge 4->2Ho 5 1.0190E+06 2Ge 5->2Ho 5 7.4180E+05 2Ge 6->2Ho 5 7.1130E+00 2Ie 1->2Ho 5 3.5690E+03 2Ie 2->2Ho 5 1.1240E+04 2Ie 3->2Ho 5 2.4640E+04 2Ho 5 : A-sum (total trans= 9) & lifetime= 5.9933E+06 1.6685E-07 [C 1 7i]2Ie 1(-8.164E-02 Ry) :state 2Ho 1->2Ie 1 1.1890E+07 2Ho 2->2Ie 1 1.4280E-01 2Ie 1 : A-sum (total trans= 2) & lifetime= 1.1890E+07 8.4104E-08 [C 1 8i]2Ie 2(-6.250E-02 Ry) :state 2Ho 1->2Ie 2 3.5130E+06 2Ho 2->2Ie 2 4.4980E+06 2Ho 3->2Ie 2 2.1570E-01 2Ie 2 : A-sum (total trans= 3) & lifetime= 8.0110E+06 1.2483E-07 [C 1 9i]2Ie 3(-4.939E-02 Ry) :state 2Ho 1->2Ie 3 1.5690E+06 2Ho 2->2Ie 3 2.1230E+06 2Ho 3->2Ie 3 1.9670E+06 2Ho 4->2Ie 3 2.0620E-01 2Ko 1->2Ie 3 7.8080E+03 2Ie 3 : A-sum (total trans= 5) & lifetime= 5.6668E+06 1.7647E-07 [C 1 10i]2Ie 4(-4.000E-02 Ry) :state 2Ho 1->2Ie 4 8.5450E+05 2Ho 2->2Ie 4 1.1760E+06 2Ho 3->2Ie 4 1.1520E+06 2Ho 4->2Ie 4 9.6070E+05 2Ho 5->2Ie 4 1.6820E-01 2Ko 1->2Ie 4 2.7200E+03 2Ko 2->2Ie 4 1.1110E+04 2Ie 4 : A-sum (total trans= 7) & lifetime= 4.1570E+06 2.4056E-07 [C 1 8k]2Ko 1(-6.250E-02 Ry) :state 2Ie 1->2Ko 1 5.9610E+06 2Ie 2->2Ko 1 7.4810E-05 2Ko 1 : A-sum (total trans= 2) & lifetime= 5.9610E+06 1.6776E-07 [C 1 9k]2Ko 2(-4.938E-02 Ry) :state 2Ie 1->2Ko 2 1.6570E+06 2Ie 2->2Ko 2 2.5450E+06 2Ie 3->2Ko 2 2.0250E-04 2Ko 2 : A-sum (total trans= 3) & lifetime= 4.2020E+06 2.3798E-07 [C 1 10k]2Ko 3(-4.000E-02 Ry) :state 2Ie 1->2Ko 3 7.1010E+05 2Ie 2->2Ko 3 1.1470E+06 2Ie 3->2Ko 3 1.2170E+06 2Ie 4->2Ko 3 3.0210E-04 2Le 1->2Ko 3 3.4880E+03 2Ko 3 : A-sum (total trans= 5) & lifetime= 3.0776E+06 3.2493E-07 [C 1 9l]2Le 1(-4.938E-02 Ry) :state 2Ko 1->2Le 1 3.2600E+06 2Ko 2->2Le 1 6.4190E-09 2Le 1 : A-sum (total trans= 2) & lifetime= 3.2600E+06 3.0675E-07 [C 1 10l]2Le 2(-4.000E-02 Ry) :state 2Ko 1->2Le 2 8.5630E+05 2Ko 2->2Le 2 1.5240E+06 2Ko 3->2Le 2 5.1380E-09 2Le 2 : A-sum (total trans= 3) & lifetime= 2.3803E+06 4.2012E-07 [C 1 10m]2Mo 1(-4.000E-02 Ry) :state 2Le 1->2Mo 1 1.8980E+06 2Le 2->2Mo 1 4.4690E-11 2Mo 1 : A-sum (total trans= 2) & lifetime= 1.8980E+06 5.2687E-07 [C 5 0s]4So 1(-8.684E-02 Ry) :state 4Pe 1->4So 1 3.8980E+09 4So 1 : A-sum (total trans= 1) & lifetime= 3.8980E+09 2.5654E-10 [C 1 0s]4Pe 1(-8.284E-01 Ry) :state 4Pe 1 : A-sum (total trans= 0) & Lifetime= 0.0000E+00 inf [C 2 4s]4Po 1(-1.497E-01 Ry) :state 4Pe 1->4Po 1 1.2520E+09 4Po 1 : A-sum (total trans= 1) & lifetime= 1.2520E+09 7.9872E-10 [C 2 3d]4Po 2(-7.692E-02 Ry) :state 4Pe 1->4Po 2 1.4860E+09 4Po 2 : A-sum (total trans= 1) & lifetime= 1.4860E+09 6.7295E-10 [C 2 4p]4De 1(-1.535E-02 Ry) :state 4Po 1->4De 1 4.8680E+07 4Po 2->4De 1 3.1820E+05 4Do 1->4De 1 8.4400E+05 4Fo 1->4De 1 4.3620E+07 4De 1 : A-sum (total trans= 4) & lifetime= 9.3462E+07 1.0700E-08 [C 2 3d]4Do 1(-8.012E-02 Ry) :state 4Pe 1->4Do 1 3.4180E+09 4Do 1 : A-sum (total trans= 1) & lifetime= 3.4180E+09 2.9257E-10 [C 2 3d]4Fo 1(-1.765E-01 Ry) :state 4Fo 1 : A-sum (total trans= 0) & Lifetime= 0.0000E+00 inf