C************************** 786 ******************************************c Ref. S.N. Nahar [Unpublished, but were calculated during the work for "Electron-Ion Recombination Rate Coefficients, Photoionization Cross Sections, and Ionization Fractions for Astrophysically Abundant Elements I. Carbon and Nitrogen", Sultana N. Nahar and Anil K. Pradhan, Astrophys. J. Suppl. 111, 339 (1997)] C************************************************************************c N III : 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: n3.f C (core) states and energies (Ry): 1 2s2 1S 0.00000E+00 2 2s2p 3Po 6.13690E-01 3 2s2p 1Po 1.19097E+00 4 2p2 3P 1.60081E+00 5 2p2 1D 1.72122E+00 6 2p2 1S 2.14484E+00 7 2s3s 3S 3.43807E+00 8 2s3s 1S 3.43807E+00 9 2s3p 1Po 3.68628E+00 10 2s3p 3Po 3.68628E+00 11 2s3d 3D 3.91079E+00 12 2s3d 1D 3.91079E+00 ----------------------------------------------------------------- ii) Table of lifetimes of bound (negative energy) states ---------------------------------------------------------- nz = 7 , No. of core electrons= 4 Number of bound states= 81 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 3 0s]2Se 1(-2.241E+00 Ry) :state 2Po 1->2Se 1 3.2100E+09 2Se 1 : A-sum (total trans= 1) & lifetime= 3.2100E+09 3.1153E-10 [C 1 3s]2Se 2(-1.471E+00 Ry) :state 2Po 1->2Se 2 2.8610E+09 2Se 2 : A-sum (total trans= 1) & lifetime= 2.8610E+09 3.4953E-10 [C 1 4s]2Se 3(-7.426E-01 Ry) :state 2Po 1->2Se 3 1.0470E+09 2Po 2->2Se 3 1.3530E+07 2Po 3->2Se 3 7.3780E+08 2Po 4->2Se 3 2.5440E+05 2Se 3 : A-sum (total trans= 4) & lifetime= 1.7986E+09 5.5599E-10 [C 2 3p]2Se 4(-4.953E-01 Ry) :state 2Po 1->2Se 4 1.3470E+09 2Po 2->2Se 4 2.6870E+08 2Po 3->2Se 4 2.1850E+06 2Po 4->2Se 4 1.1260E+08 2Po 5->2Se 4 2.7050E+07 2Se 4 : A-sum (total trans= 5) & lifetime= 1.7575E+09 5.6898E-10 [C 1 5s]2Se 5(-4.443E-01 Ry) :state 2Po 1->2Se 5 1.1920E+09 2Po 2->2Se 5 5.9020E+07 2Po 3->2Se 5 3.7650E+08 2Po 4->2Se 5 3.3340E+07 2Po 5->2Se 5 1.6630E+08 2Se 5 : A-sum (total trans= 5) & lifetime= 1.8272E+09 5.4730E-10 [C 1 6s]2Se 6(-2.987E-01 Ry) :state 2Po 1->2Se 6 4.4120E+08 2Po 2->2Se 6 1.3160E+07 2Po 3->2Se 6 2.0830E+08 2Po 4->2Se 6 7.8750E+06 2Po 5->2Se 6 8.7680E+07 2Po 6->2Se 6 7.5230E+07 2Po 7->2Se 6 7.4670E+02 2Se 6 : A-sum (total trans= 7) & lifetime= 8.3345E+08 1.1998E-09 [C 1 7s]2Se 7(-2.140E-01 Ry) :state 2Po 1->2Se 7 2.6830E+08 2Po 2->2Se 7 7.9520E+06 2Po 3->2Se 7 1.3640E+08 2Po 4->2Se 7 3.7790E+06 2Po 5->2Se 7 5.0480E+07 2Po 6->2Se 7 3.8500E+07 2Po 7->2Se 7 1.3340E+04 2Po 8->2Se 7 3.2120E+07 2Se 7 : A-sum (total trans= 8) & lifetime= 5.3754E+08 1.8603E-09 [C 1 8s]2Se 8(-1.608E-01 Ry) :state 2Po 1->2Se 8 1.8310E+08 2Po 2->2Se 8 5.7150E+06 2Po 3->2Se 8 9.7210E+07 2Po 4->2Se 8 1.9990E+06 2Po 5->2Se 8 3.2080E+07 2Po 6->2Se 8 2.3280E+07 2Po 7->2Se 8 1.1040E+04 2Po 8->2Se 8 1.7410E+07 2Po 9->2Se 8 3.4150E+06 2Po 10->2Se 8 1.1810E+07 2Se 8 : A-sum (total trans= 10) & lifetime= 3.7603E+08 2.6594E-09 [C 1 9s]2Se 9(-1.252E-01 Ry) :state 2Po 1->2Se 9 1.3420E+08 2Po 2->2Se 9 4.4850E+06 2Po 3->2Se 9 7.3320E+07 2Po 4->2Se 9 1.0950E+06 2Po 5->2Se 9 2.1800E+07 2Po 6->2Se 9 1.5310E+07 2Po 7->2Se 9 4.3980E+03 2Po 8->2Se 9 1.0990E+07 2Po 9->2Se 9 2.0130E+06 2Po 10->2Se 9 6.4080E+06 2Po 11->2Se 9 8.5110E+06 2Se 9 : A-sum (total trans= 11) & lifetime= 2.7814E+08 3.5954E-09 [C 1 10s]2Se 10(-1.002E-01 Ry) :state 2Po 1->2Se 10 1.0370E+08 2Po 2->2Se 10 3.7350E+06 2Po 3->2Se 10 5.7740E+07 2Po 4->2Se 10 6.0040E+05 2Po 5->2Se 10 1.5560E+07 2Po 6->2Se 10 1.0660E+07 2Po 7->2Se 10 3.1040E+02 2Po 8->2Se 10 7.4600E+06 2Po 9->2Se 10 1.2550E+06 2Po 10->2Se 10 4.2610E+06 2Po 11->2Se 10 4.9750E+06 2Po 12->2Se 10 4.5510E+06 2Po 13->2Se 10 2.6960E+02 2Se10 : A-sum (total trans= 13) & lifetime= 2.1450E+08 4.6620E-09 [C 1 0s]2Pe 1(-2.117E+00 Ry) :state 2Po 1->2Pe 1 6.0780E+09 2Pe 1 : A-sum (total trans= 1) & lifetime= 6.0780E+09 1.6453E-10 [C 2 3p]2Pe 2(-6.649E-01 Ry) :state 2Po 1->2Pe 2 3.3030E+09 2Po 2->2Pe 2 8.2350E+06 2Po 3->2Pe 2 2.9050E+07 2Po 4->2Pe 2 8.8210E+06 2Do 1->2Pe 2 1.4910E+08 2Pe 2 : A-sum (total trans= 5) & lifetime= 3.4982E+09 2.8586E-10 [C 2 4p]2Pe 3(-6.309E-02 Ry) :state 2Po 1->2Pe 3 1.3560E+09 2Po 2->2Pe 3 3.5420E+07 2Po 3->2Pe 3 6.5880E+07 2Po 4->2Pe 3 4.2540E+08 2Po 5->2Pe 3 5.5410E+07 2Po 6->2Pe 3 4.5970E+06 2Po 7->2Pe 3 2.2940E+07 2Po 8->2Pe 3 1.5950E+06 2Po 9->2Pe 3 1.8570E+06 2Po 10->2Pe 3 2.2320E-01 2Po 11->2Pe 3 2.5250E+05 2Po 12->2Pe 3 3.2730E+05 2Po 13->2Pe 3 1.0590E+06 2Po 14->2Pe 3 2.6240E+05 2Do 1->2Pe 3 1.1580E+08 2Do 2->2Pe 3 1.2190E+08 2Pe 3 : A-sum (total trans= 16) & lifetime= 2.2087E+09 4.5275E-10 [C 1 2p]2Po 1(-3.473E+00 Ry) :state 2Po 1 : A-sum (total trans= 0) & Lifetime= 0.0000E+00 inf [C 2 0s]2Po 2(-1.315E+00 Ry) :state 2Se 1->2Po 2 2.6260E+08 2Se 2->2Po 2 6.5630E+05 2Pe 1->2Po 2 9.5330E+08 2De 1->2Po 2 2.7610E+09 2Po 2 : A-sum (total trans= 4) & lifetime= 3.9776E+09 2.5141E-10 [C 1 3p]2Po 3(-1.249E+00 Ry) :state 2Se 1->2Po 3 2.6310E+07 2Se 2->2Po 3 8.4520E+07 2Pe 1->2Po 3 1.9310E+07 2De 1->2Po 3 2.1160E+07 2Po 3 : A-sum (total trans= 4) & lifetime= 1.5130E+08 6.6094E-09 [C 2 3s]2Po 4(-7.714E-01 Ry) :state 2Se 1->2Po 4 5.2970E+08 2Se 2->2Po 4 7.2940E+07 2Pe 1->2Po 4 1.0710E+08 2De 1->2Po 4 1.6580E+09 2De 2->2Po 4 2.8490E+07 2Po 4 : A-sum (total trans= 5) & lifetime= 2.3962E+09 4.1732E-10 [C 1 4p]2Po 5(-6.451E-01 Ry) :state 2Se 1->2Po 5 9.4190E+07 2Se 2->2Po 5 1.0690E+08 2Se 3->2Po 5 2.7720E+07 2Pe 1->2Po 5 1.2940E+07 2Pe 2->2Po 5 5.5960E+03 2De 1->2Po 5 2.6410E+07 2De 2->2Po 5 1.0850E+08 2Po 5 : A-sum (total trans= 7) & lifetime= 3.7667E+08 2.6549E-09 [C 1 5p]2Po 6(-4.048E-01 Ry) :state 2Se 1->2Po 6 1.0270E+06 2Se 2->2Po 6 1.3450E+08 2Se 3->2Po 6 1.5470E+07 2Se 4->2Po 6 2.6920E+06 2Se 5->2Po 6 5.3710E+06 2Pe 1->2Po 6 3.4200E+06 2Pe 2->2Po 6 1.0970E+06 2De 1->2Po 6 2.1600E+07 2De 2->2Po 6 5.6930E+07 2De 3->2Po 6 4.1010E+07 2De 4->2Po 6 1.6090E+07 2Po 6 : A-sum (total trans= 11) & lifetime= 2.9921E+08 3.3422E-09 [C 2 3d]2Po 7(-3.560E-01 Ry) :state 2Se 1->2Po 7 5.8050E+09 2Se 2->2Po 7 4.1740E+07 2Se 3->2Po 7 2.8880E+06 2Se 4->2Po 7 1.9290E+07 2Se 5->2Po 7 3.3810E+05 2Pe 1->2Po 7 1.5640E+09 2Pe 2->2Po 7 1.0540E+08 2De 1->2Po 7 1.4980E+08 2De 2->2Po 7 1.2330E+05 2De 3->2Po 7 1.5870E+06 2De 4->2Po 7 5.5480E+06 2De 5->2Po 7 4.9180E+00 2Po 7 : A-sum (total trans= 12) & lifetime= 7.6957E+09 1.2994E-10 [C 1 6p]2Po 8(-2.764E-01 Ry) :state 2Se 1->2Po 8 3.8330E+06 2Se 2->2Po 8 1.7300E+08 2Se 3->2Po 8 1.6330E+07 2Se 4->2Po 8 7.4090E+03 2Se 5->2Po 8 4.7270E+06 2Se 6->2Po 8 2.2080E+06 2Pe 1->2Po 8 1.4070E+07 2Pe 2->2Po 8 1.3430E+06 2De 1->2Po 8 6.6490E+07 2De 2->2Po 8 3.0230E+07 2De 3->2Po 8 1.6130E+07 2De 4->2Po 8 1.2380E+07 2De 5->2Po 8 2.6880E+07 2Po 8 : A-sum (total trans= 13) & lifetime= 3.6763E+08 2.7201E-09 [C 3 3s]2Po 9(-2.096E-01 Ry) :state 2Se 1->2Po 9 4.9930E+08 2Se 2->2Po 9 2.0930E+09 2Se 3->2Po 9 9.0890E+06 2Se 4->2Po 9 2.5930E+06 2Se 5->2Po 9 3.4680E+06 2Se 6->2Po 9 2.5790E+06 2Se 7->2Po 9 1.1180E+04 2Pe 1->2Po 9 1.3090E+09 2Pe 2->2Po 9 7.1660E+04 2De 1->2Po 9 1.4810E+09 2De 2->2Po 9 5.3190E+05 2De 3->2Po 9 7.0810E+05 2De 4->2Po 9 1.1720E+07 2De 5->2Po 9 5.1300E+06 2De 6->2Po 9 5.1030E+06 2Po 9 : A-sum (total trans= 15) & lifetime= 5.4233E+09 1.8439E-10 [C 1 7p]2Po 10(-1.955E-01 Ry) :state 2Se 1->2Po 10 2.1620E+08 2Se 2->2Po 10 5.5810E+08 2Se 3->2Po 10 3.9050E+06 2Se 4->2Po 10 7.5860E+05 2Se 5->2Po 10 1.3000E+06 2Se 6->2Po 10 6.1440E+04 2Se 7->2Po 10 1.6400E+06 2Pe 1->2Po 10 6.6960E+08 2Pe 2->2Po 10 4.3310E+06 2De 1->2Po 10 4.5240E+08 2De 2->2Po 10 2.3170E+07 2De 3->2Po 10 7.3380E+06 2De 4->2Po 10 1.9560E+06 2De 5->2Po 10 7.8140E+06 2De 6->2Po 10 7.2420E+06 2Po10 : A-sum (total trans= 15) & lifetime= 1.9558E+09 5.1130E-10 [C 1 8p]2Po 11(-1.511E-01 Ry) :state 2Se 1->2Po 11 2.4580E+06 2Se 2->2Po 11 3.1440E+05 2Se 3->2Po 11 8.4110E+06 2Se 4->2Po 11 1.5880E+05 2Se 5->2Po 11 2.9020E+06 2Se 6->2Po 11 1.2490E+06 2Se 7->2Po 11 3.9000E+05 2Se 8->2Po 11 5.9190E+05 2Pe 1->2Po 11 4.1950E+07 2Pe 2->2Po 11 5.6330E+06 2De 1->2Po 11 5.2680E+03 2De 2->2Po 11 1.5900E+07 2De 3->2Po 11 3.5860E+06 2De 4->2Po 11 1.0970E+07 2De 5->2Po 11 8.4340E+06 2De 6->2Po 11 6.8740E+06 2De 7->2Po 11 6.6510E+06 2Po11 : A-sum (total trans= 17) & lifetime= 1.1648E+08 8.5853E-09 [C 1 9p]2Po 12(-1.193E-01 Ry) :state 2Se 1->2Po 12 3.4830E+06 2Se 2->2Po 12 9.1260E+05 2Se 3->2Po 12 8.0960E+06 2Se 4->2Po 12 1.8820E+06 2Se 5->2Po 12 2.2480E+06 2Se 6->2Po 12 1.4540E+06 2Se 7->2Po 12 7.6940E+05 2Se 8->2Po 12 3.2680E+05 2Se 9->2Po 12 2.1170E+05 2Pe 1->2Po 12 2.6040E+07 2Pe 2->2Po 12 1.7000E+07 2De 1->2Po 12 2.5500E+07 2De 2->2Po 12 1.1080E+07 2De 3->2Po 12 2.4100E+05 2De 4->2Po 12 2.7010E+07 2De 5->2Po 12 6.2870E+06 2De 6->2Po 12 4.5770E+06 2De 7->2Po 12 3.8830E+06 2De 8->2Po 12 3.8830E+06 2Po12 : A-sum (total trans= 19) & lifetime= 1.4488E+08 6.9020E-09 [C 2 4s]2Po 13(-1.007E-01 Ry) :state 2Se 1->2Po 13 1.2180E+08 2Se 2->2Po 13 7.1690E+04 2Se 3->2Po 13 7.9860E+06 2Se 4->2Po 13 2.4640E+07 2Se 5->2Po 13 4.8750E+05 2Se 6->2Po 13 1.6100E+06 2Se 7->2Po 13 1.2310E+06 2Se 8->2Po 13 9.2410E+05 2Se 9->2Po 13 6.9980E+05 2Pe 1->2Po 13 4.4290E+07 2Pe 2->2Po 13 1.3940E+08 2De 1->2Po 13 3.4470E+08 2De 2->2Po 13 3.0200E+06 2De 3->2Po 13 1.9540E+07 2De 4->2Po 13 1.7460E+08 2De 5->2Po 13 3.3200E+06 2De 6->2Po 13 1.5410E+06 2De 7->2Po 13 1.0220E+06 2De 8->2Po 13 8.2390E+05 2De 9->2Po 13 1.0170E+06 2Po13 : A-sum (total trans= 20) & lifetime= 8.9272E+08 1.1202E-09 [C 1 10p]2Po 14(-9.218E-02 Ry) :state 2Se 1->2Po 14 8.5020E+07 2Se 2->2Po 14 3.7110E+06 2Se 3->2Po 14 9.1740E+03 2Se 4->2Po 14 1.3910E+07 2Se 5->2Po 14 8.0720E+05 2Se 6->2Po 14 2.4180E+01 2Se 7->2Po 14 2.2450E+04 2Se 8->2Po 14 5.6860E+04 2Se 9->2Po 14 1.1640E+05 2Se 10->2Po 14 5.1720E+05 2Pe 1->2Po 14 4.1360E+06 2Pe 2->2Po 14 6.5290E+07 2De 1->2Po 14 1.8540E+08 2De 2->2Po 14 2.8980E+06 2De 3->2Po 14 2.6390E+07 2De 4->2Po 14 7.0510E+07 2De 5->2Po 14 4.7640E+05 2De 6->2Po 14 7.8630E+05 2De 7->2Po 14 8.3480E+05 2De 8->2Po 14 8.3330E+05 2De 9->2Po 14 8.3160E+05 2Po14 : A-sum (total trans= 21) & lifetime= 4.6256E+08 2.1619E-09 [C 2 0s]2De 1(-2.541E+00 Ry) :state 2Po 1->2De 1 5.1530E+08 2De 1 : A-sum (total trans= 1) & lifetime= 5.1530E+08 1.9406E-09 [C 1 3d]2De 2(-1.054E+00 Ry) :state 2Po 1->2De 2 1.2500E+10 2Po 2->2De 2 3.6350E+06 2Po 3->2De 2 6.9070E+07 2Do 1->2De 2 7.1990E+04 2De 2 : A-sum (total trans= 4) & lifetime= 1.2573E+10 7.9537E-11 [C 1 4d]2De 3(-5.898E-01 Ry) :state 2Po 1->2De 3 7.7340E+09 2Po 2->2De 3 4.1140E+07 2Po 3->2De 3 4.8510E+08 2Po 4->2De 3 2.0560E+06 2Po 5->2De 3 6.5970E+06 2Do 1->2De 3 4.6620E+06 2De 3 : A-sum (total trans= 6) & lifetime= 8.2736E+09 1.2087E-10 [C 2 3p]2De 4(-5.540E-01 Ry) :state 2Po 1->2De 4 5.9400E+08 2Po 2->2De 4 5.9980E+07 2Po 3->2De 4 1.1370E+04 2Po 4->2De 4 1.1140E+08 2Po 5->2De 4 2.9320E+06 2Do 1->2De 4 3.8910E+07 2Fo 1->2De 4 2.0050E+04 2De 4 : A-sum (total trans= 7) & lifetime= 8.0725E+08 1.2388E-09 [C 1 5d]2De 5(-3.705E-01 Ry) :state 2Po 1->2De 5 2.2300E+09 2Po 2->2De 5 3.4150E+06 2Po 3->2De 5 2.5380E+08 2Po 4->2De 5 4.1180E+06 2Po 5->2De 5 6.4980E+07 2Po 6->2De 5 5.0090E+06 2Do 1->2De 5 6.9720E+05 2Do 2->2De 5 1.6750E+03 2Fo 1->2De 5 7.0090E+06 2Fo 2->2De 5 2.0320E+03 2De 5 : A-sum (total trans= 10) & lifetime= 2.5690E+09 3.8925E-10 [C 1 6d]2De 6(-2.563E-01 Ry) :state 2Po 1->2De 6 1.3490E+09 2Po 2->2De 6 2.7680E+06 2Po 3->2De 6 1.6120E+08 2Po 4->2De 6 7.8560E+05 2Po 5->2De 6 5.0900E+07 2Po 6->2De 6 1.3170E+07 2Po 7->2De 6 7.9050E+03 2Po 8->2De 6 2.2170E+06 2Do 1->2De 6 2.9430E+05 2Do 2->2De 6 1.0430E+04 2Fo 1->2De 6 3.0010E+06 2Fo 2->2De 6 5.6980E+04 2Fo 3->2De 6 5.0310E+06 2De 6 : A-sum (total trans= 13) & lifetime= 1.5884E+09 6.2955E-10 [C 1 7d]2De 7(-1.876E-01 Ry) :state 2Po 1->2De 7 8.6350E+08 2Po 2->2De 7 1.9500E+06 2Po 3->2De 7 1.0540E+08 2Po 4->2De 7 2.6930E+05 2Po 5->2De 7 3.5430E+07 2Po 6->2De 7 1.2290E+07 2Po 7->2De 7 1.1680E+04 2Po 8->2De 7 3.5910E+06 2Po 9->2De 7 1.5270E+06 2Po 10->2De 7 1.8710E+05 2Do 1->2De 7 1.5020E+05 2Do 2->2De 7 1.3820E+04 2Fo 1->2De 7 1.5850E+06 2Fo 2->2De 7 8.1170E+04 2Fo 3->2De 7 2.4210E+06 2Fo 4->2De 7 3.0940E+06 2De 7 : A-sum (total trans= 16) & lifetime= 1.0315E+09 9.6946E-10 [C 1 8d]2De 8(-1.433E-01 Ry) :state 2Po 1->2De 8 5.8800E+08 2Po 2->2De 8 1.3840E+06 2Po 3->2De 8 7.2280E+07 2Po 4->2De 8 1.3800E+05 2Po 5->2De 8 2.5040E+07 2Po 6->2De 8 9.5140E+06 2Po 7->2De 8 1.4860E+04 2Po 8->2De 8 3.7790E+06 2Po 9->2De 8 7.5540E+03 2Po 10->2De 8 2.1710E+06 2Po 11->2De 8 4.3390E+05 2Do 1->2De 8 7.5370E+04 2Do 2->2De 8 1.4840E+04 2Fo 1->2De 8 9.5350E+05 2Fo 2->2De 8 9.4220E+04 2Fo 3->2De 8 1.3660E+06 2Fo 4->2De 8 1.6550E+06 2Fo 5->2De 8 1.8690E+06 2De 8 : A-sum (total trans= 18) & lifetime= 7.0879E+08 1.4109E-09 [C 1 9d]2De 9(-1.130E-01 Ry) :state 2Po 1->2De 9 4.2180E+08 2Po 2->2De 9 1.0130E+06 2Po 3->2De 9 5.1960E+07 2Po 4->2De 9 9.8320E+04 2Po 5->2De 9 1.8250E+07 2Po 6->2De 9 7.2230E+06 2Po 7->2De 9 1.7690E+04 2Po 8->2De 9 3.1510E+06 2Po 9->2De 9 1.2900E+04 2Po 10->2De 9 1.9540E+06 2Po 11->2De 9 6.7020E+05 2Po 12->2De 9 3.5110E+05 2Do 1->2De 9 3.2590E+04 2Do 2->2De 9 1.5680E+04 2Fo 1->2De 9 6.2640E+05 2Fo 2->2De 9 1.0620E+05 2Fo 3->2De 9 8.5370E+05 2Fo 4->2De 9 1.0060E+06 2Fo 5->2De 9 1.0730E+06 2Fo 6->2De 9 1.1580E+06 2De 9 : A-sum (total trans= 20) & lifetime= 5.1137E+08 1.9555E-09 [C 1 10d]2De 10(-9.139E-02 Ry) :state 2Po 1->2De 10 3.1670E+08 2Po 2->2De 10 7.7210E+05 2Po 3->2De 10 3.9160E+07 2Po 4->2De 10 9.2990E+04 2Po 5->2De 10 1.3750E+07 2Po 6->2De 10 5.5420E+06 2Po 7->2De 10 2.0670E+04 2Po 8->2De 10 2.5250E+06 2Po 9->2De 10 3.0870E+04 2Po 10->2De 10 1.5670E+06 2Po 11->2De 10 7.5960E+05 2Po 12->2De 10 1.8100E+05 2Po 13->2De 10 5.5820E+05 2Po 14->2De 10 8.8100E+02 2Do 1->2De 10 8.6380E+03 2Do 2->2De 10 1.7440E+04 2Fo 1->2De 10 4.3940E+05 2Fo 2->2De 10 1.2260E+05 2Fo 3->2De 10 5.7170E+05 2Fo 4->2De 10 6.6600E+05 2Fo 5->2De 10 6.8410E+05 2Fo 6->2De 10 7.0220E+05 2Fo 7->2De 10 7.4110E+05 2De10 : A-sum (total trans= 23) & lifetime= 3.8561E+08 2.5933E-09 [C 6 0s]2Do 1(-1.595E+00 Ry) :state 2Pe 1->2Do 1 1.4870E+08 2De 1->2Do 1 1.0110E+09 2Do 1 : A-sum (total trans= 2) & lifetime= 1.1597E+09 8.6229E-10 [C 2 3d]2Do 2(-4.308E-01 Ry) :state 2Pe 1->2Do 2 1.8440E+09 2Pe 2->2Do 2 9.2180E+07 2De 1->2Do 2 5.4820E+09 2De 2->2Do 2 2.0930E+05 2De 3->2Do 2 1.6240E+06 2De 4->2Do 2 3.8330E+06 2Do 2 : A-sum (total trans= 6) & lifetime= 7.4238E+09 1.3470E-10 [C 1 4f]2Fo 1(-5.681E-01 Ry) :state 2De 1->2Fo 1 1.1040E+08 2De 2->2Fo 1 1.1880E+09 2De 3->2Fo 1 2.7930E+05 2Fo 1 : A-sum (total trans= 3) & lifetime= 1.2987E+09 7.7001E-10 [C 2 3d]2Fo 2(-3.869E-01 Ry) :state 2De 1->2Fo 2 1.0320E+10 2De 2->2Fo 2 1.7800E+06 2De 3->2Fo 2 7.8310E+06 2De 4->2Fo 2 5.0870E+07 2Fo 2 : A-sum (total trans= 4) & lifetime= 1.0380E+10 9.6335E-11 [C 1 5f]2Fo 3(-3.635E-01 Ry) :state 2De 1->2Fo 3 1.2440E+06 2De 2->2Fo 3 3.9120E+08 2De 3->2Fo 3 1.8060E+08 2De 4->2Fo 3 2.8950E+07 2De 5->2Fo 3 3.9500E+04 2Fo 3 : A-sum (total trans= 5) & lifetime= 6.0203E+08 1.6610E-09 [C 1 6f]2Fo 4(-2.524E-01 Ry) :state 2De 1->2Fo 4 5.4980E+07 2De 2->2Fo 4 1.6770E+08 2De 3->2Fo 4 9.6450E+07 2De 4->2Fo 4 1.4050E+07 2De 5->2Fo 4 5.6270E+07 2De 6->2Fo 4 1.5430E+04 2Ge 1->2Fo 4 1.2310E+06 2Fo 4 : A-sum (total trans= 7) & lifetime= 3.9070E+08 2.5595E-09 [C 1 7f]2Fo 5(-1.854E-01 Ry) :state 2De 1->2Fo 5 4.9430E+07 2De 2->2Fo 5 8.5150E+07 2De 3->2Fo 5 5.6830E+07 2De 4->2Fo 5 7.1950E+06 2De 5->2Fo 5 3.5900E+07 2De 6->2Fo 5 1.9660E+07 2De 7->2Fo 5 6.3460E+03 2Ge 1->2Fo 5 5.2590E+05 2Ge 2->2Fo 5 1.2020E+06 2Fo 5 : A-sum (total trans= 9) & lifetime= 2.5590E+08 3.9078E-09 [C 1 8f]2Fo 6(-1.419E-01 Ry) :state 2De 1->2Fo 6 4.1170E+07 2De 2->2Fo 6 4.8020E+07 2De 3->2Fo 6 3.6190E+07 2De 4->2Fo 6 4.1420E+06 2De 5->2Fo 6 2.3310E+07 2De 6->2Fo 6 1.3940E+07 2De 7->2Fo 6 8.2010E+06 2De 8->2Fo 6 2.8620E+03 2Ge 1->2Fo 6 2.8050E+05 2Ge 2->2Fo 6 5.8460E+05 2Ge 3->2Fo 6 9.1850E+05 2Fo 6 : A-sum (total trans= 11) & lifetime= 1.7676E+08 5.6574E-09 [C 1 9f]2Fo 7(-1.120E-01 Ry) :state 2De 1->2Fo 7 3.3830E+07 2De 2->2Fo 7 2.9270E+07 2De 3->2Fo 7 2.4450E+07 2De 4->2Fo 7 2.5940E+06 2De 5->2Fo 7 1.5870E+07 2De 6->2Fo 7 9.7520E+06 2De 7->2Fo 7 6.2030E+06 2De 8->2Fo 7 3.8860E+06 2De 9->2Fo 7 1.4180E+03 2Ge 1->2Fo 7 1.7090E+05 2Ge 2->2Fo 7 3.3690E+05 2Ge 3->2Fo 7 4.8860E+05 2Ge 4->2Fo 7 6.5820E+05 2Fo 7 : A-sum (total trans= 13) & lifetime= 1.2751E+08 7.8425E-09 [C 1 10f]2Fo 8(-9.072E-02 Ry) :state 2De 1->2Fo 8 2.7760E+07 2De 2->2Fo 8 1.8940E+07 2De 3->2Fo 8 1.7310E+07 2De 4->2Fo 8 1.7290E+06 2De 5->2Fo 8 1.1260E+07 2De 6->2Fo 8 7.0160E+06 2De 7->2Fo 8 4.5610E+06 2De 8->2Fo 8 3.0690E+06 2De 9->2Fo 8 2.0240E+06 2De 10->2Fo 8 7.6460E+02 2Ge 1->2Fo 8 1.1350E+05 2Ge 2->2Fo 8 2.1600E+05 2Ge 3->2Fo 8 2.9750E+05 2Ge 4->2Fo 8 3.7400E+05 2Ge 5->2Fo 8 4.6540E+05 2Fo 8 : A-sum (total trans= 15) & lifetime= 9.5136E+07 1.0511E-08 [C 1 5g]2Ge 1(-3.607E-01 Ry) :state 2Fo 1->2Ge 1 3.5000E+08 2Fo 2->2Ge 1 9.4480E+03 2Fo 3->2Ge 1 1.4620E+03 2Ge 1 : A-sum (total trans= 3) & lifetime= 3.5001E+08 2.8571E-09 [C 1 6g]2Ge 2(-2.504E-01 Ry) :state 2Fo 1->2Ge 2 1.1510E+08 2Fo 2->2Ge 2 5.3790E+05 2Fo 3->2Ge 2 8.9180E+07 2Fo 4->2Ge 2 1.7030E+03 2Ge 2 : A-sum (total trans= 4) & lifetime= 2.0482E+08 4.8823E-09 [C 1 7g]2Ge 3(-1.840E-01 Ry) :state 2Fo 1->2Ge 3 5.4310E+07 2Fo 2->2Ge 3 3.5700E+05 2Fo 3->2Ge 3 4.5610E+07 2Fo 4->2Ge 3 2.9880E+07 2Fo 5->2Ge 3 1.3690E+03 2Ho 1->2Ge 3 2.8690E+05 2Ge 3 : A-sum (total trans= 6) & lifetime= 1.3045E+08 7.6661E-09 [C 1 8g]2Ge 4(-1.408E-01 Ry) :state 2Fo 1->2Ge 4 3.0580E+07 2Fo 2->2Ge 4 2.3500E+05 2Fo 3->2Ge 4 2.6410E+07 2Fo 4->2Ge 4 1.8690E+07 2Fo 5->2Ge 4 1.1940E+07 2Fo 6->2Ge 4 1.0290E+03 2Ho 1->2Ge 4 1.1280E+05 2Ho 2->2Ge 4 3.2920E+05 2Ge 4 : A-sum (total trans= 8) & lifetime= 8.8298E+07 1.1325E-08 [C 1 9g]2Ge 5(-1.113E-01 Ry) :state 2Fo 1->2Ge 5 1.9170E+07 2Fo 2->2Ge 5 1.6210E+05 2Fo 3->2Ge 5 1.6780E+07 2Fo 4->2Ge 5 1.2170E+07 2Fo 5->2Ge 5 8.3650E+06 2Fo 6->2Ge 5 5.4350E+06 2Fo 7->2Ge 5 7.5340E+02 2Ho 1->2Ge 5 5.6680E+04 2Ho 2->2Ge 5 1.4930E+05 2Ho 3->2Ge 5 2.8340E+05 2Ge 5 : A-sum (total trans= 10) & lifetime= 6.2572E+07 1.5982E-08 [C 1 10g]2Ge 6(-9.012E-02 Ry) :state 2Fo 1->2Ge 6 1.2900E+07 2Fo 2->2Ge 6 1.1670E+05 2Fo 3->2Ge 6 1.1400E+07 2Fo 4->2Ge 6 8.3690E+06 2Fo 5->2Ge 6 5.8730E+06 2Fo 6->2Ge 6 4.0970E+06 2Fo 7->2Ge 6 2.7340E+06 2Fo 8->2Ge 6 5.4910E+02 2Ho 1->2Ge 6 3.3030E+04 2Ho 2->2Ge 6 8.1400E+04 2Ho 3->2Ge 6 1.4220E+05 2Ho 4->2Ge 6 2.2300E+05 2Ge 6 : A-sum (total trans= 12) & lifetime= 4.5970E+07 2.1753E-08 [C 1 6h]2Ho 1(-2.501E-01 Ry) :state 2Ge 1->2Ho 1 1.3380E+08 2Ge 2->2Ho 1 3.6070E+00 2Ho 1 : A-sum (total trans= 2) & lifetime= 1.3380E+08 7.4738E-09 [C 1 7h]2Ho 2(-1.838E-01 Ry) :state 2Ge 1->2Ho 2 4.1440E+07 2Ge 2->2Ho 2 4.3210E+07 2Ge 3->2Ho 2 3.5600E+00 2Ho 2 : A-sum (total trans= 3) & lifetime= 8.4650E+07 1.1813E-08 [C 1 8h]2Ho 3(-1.407E-01 Ry) :state 2Ge 1->2Ho 3 1.9030E+07 2Ge 2->2Ho 3 2.1060E+07 2Ge 3->2Ho 3 1.6930E+07 2Ge 4->2Ho 3 2.6170E+00 2Ie 1->2Ho 3 9.7860E+04 2Ho 3 : A-sum (total trans= 5) & lifetime= 5.7118E+07 1.7508E-08 [C 1 9h]2Ho 4(-1.112E-01 Ry) :state 2Ge 1->2Ho 4 1.0580E+07 2Ge 2->2Ho 4 1.1910E+07 2Ge 3->2Ho 4 1.0130E+07 2Ge 4->2Ho 4 7.6230E+06 2Ge 5->2Ho 4 1.7900E+00 2Ie 1->2Ho 4 3.6060E+04 2Ie 2->2Ho 4 1.2700E+05 2Ho 4 : A-sum (total trans= 7) & lifetime= 4.0406E+07 2.4749E-08 [C 1 10h]2Ho 5(-9.004E-02 Ry) :state 2Ge 1->2Ho 5 6.5930E+06 2Ge 2->2Ho 5 7.4820E+06 2Ge 3->2Ho 5 6.4570E+06 2Ge 4->2Ho 5 5.1230E+06 2Ge 5->2Ho 5 3.8070E+06 2Ge 6->2Ho 5 1.2150E+00 2Ie 1->2Ho 5 1.7290E+04 2Ie 2->2Ho 5 5.4700E+04 2Ie 3->2Ho 5 1.2050E+05 2Ho 5 : A-sum (total trans= 9) & lifetime= 2.9654E+07 3.3722E-08 [C 1 7i]2Ie 1(-1.837E-01 Ry) :state 2Ho 1->2Ie 1 6.0120E+07 2Ho 2->2Ie 1 5.6730E-02 2Ie 1 : A-sum (total trans= 2) & lifetime= 6.0120E+07 1.6633E-08 [C 1 8i]2Ie 2(-1.406E-01 Ry) :state 2Ho 1->2Ie 2 1.7670E+07 2Ho 2->2Ie 2 2.2750E+07 2Ho 3->2Ie 2 3.8870E-02 2Ie 2 : A-sum (total trans= 3) & lifetime= 4.0420E+07 2.4740E-08 [C 1 9i]2Ie 3(-1.111E-01 Ry) :state 2Ho 1->2Ie 3 7.8430E+06 2Ho 2->2Ie 3 1.0680E+07 2Ho 3->2Ie 3 9.9740E+06 2Ho 4->2Ie 3 2.8160E-02 2Ko 1->2Ie 3 3.9490E+04 2Ie 3 : A-sum (total trans= 5) & lifetime= 2.8536E+07 3.5043E-08 [C 1 10i]2Ie 4(-9.001E-02 Ry) :state 2Ho 1->2Ie 4 4.2670E+06 2Ho 2->2Ie 4 5.8970E+06 2Ho 3->2Ie 4 5.8080E+06 2Ho 4->2Ie 4 4.8770E+06 2Ho 5->2Ie 4 2.1670E-02 2Ko 1->2Ie 4 1.3770E+04 2Ko 2->2Ie 4 5.6270E+04 2Ie 4 : A-sum (total trans= 7) & lifetime= 2.0919E+07 4.7803E-08 [C 1 8k]2Ko 1(-1.406E-01 Ry) :state 2Ie 1->2Ko 1 3.0200E+07 2Ie 2->2Ko 1 2.6940E-03 2Ko 1 : A-sum (total trans= 2) & lifetime= 3.0200E+07 3.3113E-08 [C 1 9k]2Ko 2(-1.111E-01 Ry) :state 2Ie 1->2Ko 2 8.4010E+06 2Ie 2->2Ko 2 1.2880E+07 2Ie 3->2Ko 2 2.2550E-03 2Ko 2 : A-sum (total trans= 3) & lifetime= 2.1281E+07 4.6990E-08 [C 1 10k]2Ko 3(-9.000E-02 Ry) :state 2Ie 1->2Ko 3 3.5940E+06 2Ie 2->2Ko 3 5.8120E+06 2Ie 3->2Ko 3 6.1610E+06 2Ie 4->2Ko 3 1.6010E-03 2Le 1->2Ko 3 1.7700E+04 2Ko 3 : A-sum (total trans= 5) & lifetime= 1.5585E+07 6.4165E-08 [C 1 9l]2Le 1(-1.111E-01 Ry) :state 2Ko 1->2Le 1 1.6500E+07 2Ko 2->2Le 1 4.5090E-05 2Le 1 : A-sum (total trans= 2) & lifetime= 1.6500E+07 6.0606E-08 [C 1 10l]2Le 2(-9.000E-02 Ry) :state 2Ko 1->2Le 2 4.3370E+06 2Ko 2->2Le 2 7.7220E+06 2Ko 3->2Le 2 6.6290E-05 2Le 2 : A-sum (total trans= 3) & lifetime= 1.2059E+07 8.2926E-08 [C 1 10m]2Mo 1(-9.000E-02 Ry) :state 2Le 1->2Mo 1 9.6270E+06 2Le 2->2Mo 1 4.2220E-08 2Mo 1 : A-sum (total trans= 2) & lifetime= 9.6270E+06 1.0387E-07 [C 2 3p]4Se 1(-6.200E-01 Ry) :state 4Po 1->4Se 1 1.1280E+08 4Se 1 : A-sum (total trans= 1) & lifetime= 1.1280E+08 8.8652E-09 [C 2 4p]4Se 2(-3.657E-02 Ry) :state 4Po 1->4Se 2 9.1370E+07 4Po 2->4Se 2 1.8390E+08 4Po 3->4Se 2 1.9520E+07 4Se 2 : A-sum (total trans= 3) & lifetime= 2.9479E+08 3.3922E-09 [C 5 0s]4So 1(-1.746E+00 Ry) :state 4Pe 1->4So 1 5.3470E+09 4So 1 : A-sum (total trans= 1) & lifetime= 5.3470E+09 1.8702E-10 [C 1 0s]4Pe 1(-2.960E+00 Ry) :state 4Pe 1 : A-sum (total trans= 0) & Lifetime= 0.0000E+00 inf [C 2 3p]4Pe 2(-5.902E-01 Ry) :state 4So 1->4Pe 2 2.2230E+04 4Po 1->4Pe 2 1.8220E+08 4Pe 2 : A-sum (total trans= 2) & lifetime= 1.8222E+08 5.4878E-09 [C 2 4p]4Pe 3(-2.832E-02 Ry) :state 4So 1->4Pe 3 5.4390E+05 4Po 1->4Pe 3 8.3460E+07 4Po 2->4Pe 3 1.0180E+07 4Po 3->4Pe 3 3.4050E+07 4Do 1->4Pe 3 8.9730E+07 4Pe 3 : A-sum (total trans= 5) & lifetime= 2.1796E+08 4.5879E-09 [C 2 3s]4Po 1(-8.636E-01 Ry) :state 4Pe 1->4Po 1 4.3230E+09 4Po 1 : A-sum (total trans= 1) & lifetime= 4.3230E+09 2.3132E-10 [C 2 3d]4Po 2(-4.196E-01 Ry) :state 4Se 1->4Po 2 5.3380E+07 4Pe 1->4Po 2 1.0110E+10 4Pe 2->4Po 2 1.5770E+07 4De 1->4Po 2 1.2770E+07 4Po 2 : A-sum (total trans= 4) & lifetime= 1.0192E+10 9.8117E-11 [C 2 4s]4Po 3(-1.255E-01 Ry) :state 4Se 1->4Po 3 3.5310E+07 4Pe 1->4Po 3 1.2750E+09 4Pe 2->4Po 3 3.3220E+08 4De 1->4Po 3 3.7860E+08 4Po 3 : A-sum (total trans= 4) & lifetime= 2.0211E+09 4.9478E-10 [C 2 3p]4De 1(-6.607E-01 Ry) :state 4Po 1->4De 1 6.8380E+07 4De 1 : A-sum (total trans= 1) & lifetime= 6.8380E+07 1.4624E-08 [C 2 4p]4De 2(-5.060E-02 Ry) :state 4Po 1->4De 2 1.6800E+08 4Po 2->4De 2 1.2220E+07 4Po 3->4De 2 1.3920E+07 4Do 1->4De 2 2.2260E+07 4Fo 1->4De 2 1.1060E+08 4De 2 : A-sum (total trans= 5) & lifetime= 3.2700E+08 3.0581E-09 [C 2 3d]4Do 1(-4.518E-01 Ry) :state 4Pe 1->4Do 1 1.8500E+10 4Pe 2->4Do 1 1.9590E+07 4De 1->4Do 1 2.0740E+07 4Do 1 : A-sum (total trans= 3) & lifetime= 1.8540E+10 5.3936E-11 [C 2 3d]4Fo 1(-4.746E-01 Ry) :state 4De 1->4Fo 1 6.0160E+07 4Fo 1 : A-sum (total trans= 1) & lifetime= 6.0160E+07 1.6622E-08 **************************************************************************