LITHIUM SYMMETRY BASIS EXPONENT PARAM LARGE-COMP COEFF SMALL-COMP COEFF S+ 1 0.1395544240E+05 0.1000000000E+01 0.1000000000E+01 2 0.2559250298E+04 0.1000000000E+01 0.1000000000E+01 3 0.5742911768E+03 0.1000000000E+01 0.1000000000E+01 4 0.1535679448E+03 0.1000000000E+01 0.1000000000E+01 5 0.4765592080E+02 0.1000000000E+01 0.1000000000E+01 6 0.1671397863E+02 0.1000000000E+01 0.1000000000E+01 7 0.6451910321E+01 0.1000000000E+01 0.1000000000E+01 8 0.2669568833E+01 0.1000000000E+01 0.1000000000E+01 9 0.1153020595E+01 0.1000000000E+01 0.1000000000E+01 10 0.5062615733E+00 0.1000000000E+01 0.1000000000E+01 11 0.2200663508E+00 0.1000000000E+01 0.1000000000E+01 12 0.9222993773E-01 0.1000000000E+01 0.1000000000E+01 13 0.3629347927E-01 0.1000000000E+01 0.1000000000E+01 14 0.1305937900E-01 0.1000000000E+01 0.1000000000E+01 S+ NUMBER OF CLOSED SHELLS 1 OPEN SHELLS 1 NUMBER OF OPEN SHELL CONFG 1 CONF OPEN SHELL OCCUPATION NUMBERS 1 1.0 UNIFORM SPHERE NUCLEUS MODEL SPINOR ENERGIES AND C-VECTORS 1S+ 2S+ -2.4778890E+00 -1.9633556E-01 ------------ ------------ 1 4.2026656E-05 -6.5758147E-06 2 2.6854530E-04 -4.1900572E-05 3 1.5500203E-03 -2.4295453E-04 4 7.0036973E-03 -1.0955896E-03 5 2.5889860E-02 -4.1058647E-03 6 7.7316700E-02 -1.2410666E-02 7 1.7983023E-01 -3.0477519E-02 8 3.1111711E-01 -5.6861140E-02 9 3.6164157E-01 -9.1060827E-02 10 1.8373030E-01 -1.0438763E-01 11 1.3436111E-02 -3.4781143E-02 12 1.2195103E-03 4.0944141E-01 13 -8.4194979E-05 6.4885617E-01 14 1.7987543E-04 6.8579045E-02 15 3.0814671E-05 -4.8212393E-06 16 8.5310844E-05 -1.3309806E-05 17 2.3402680E-04 -3.6679629E-05 18 5.4775202E-04 -8.5678884E-05 19 1.1287905E-03 -1.7900345E-04 20 1.9971107E-03 -3.2055191E-04 21 2.8864842E-03 -4.8917531E-04 22 3.2124789E-03 -5.8709901E-04 23 2.4541877E-03 -6.1792832E-04 24 8.2620623E-04 -4.6938649E-04 25 3.9834948E-05 -1.0311685E-04 26 2.3410707E-06 7.8581903E-04 27 -1.0157436E-07 7.8119539E-04 28 1.2996137E-07 4.9527986E-05 GAUSSIAN NUCLEUS MODEL SPINOR ENERGIES AND C-VECTORS 1S+ 2S+ -2.4778890E+00 -1.9633556E-01 ------------ ------------ 1 4.2026656E-05 -6.5758147E-06 2 2.6854530E-04 -4.1900572E-05 3 1.5500203E-03 -2.4295453E-04 4 7.0036973E-03 -1.0955896E-03 5 2.5889860E-02 -4.1058647E-03 6 7.7316700E-02 -1.2410666E-02 7 1.7983023E-01 -3.0477519E-02 8 3.1111711E-01 -5.6861140E-02 9 3.6164157E-01 -9.1060826E-02 10 1.8373030E-01 -1.0438763E-01 11 1.3436111E-02 -3.4781134E-02 12 1.2195099E-03 4.0944138E-01 13 -8.4194458E-05 6.4885620E-01 14 1.7987521E-04 6.8579032E-02 15 3.0814671E-05 -4.8212393E-06 16 8.5310844E-05 -1.3309806E-05 17 2.3402680E-04 -3.6679629E-05 18 5.4775202E-04 -8.5678884E-05 19 1.1287905E-03 -1.7900345E-04 20 1.9971107E-03 -3.2055191E-04 21 2.8864842E-03 -4.8917531E-04 22 3.2124789E-03 -5.8709901E-04 23 2.4541877E-03 -6.1792831E-04 24 8.2620623E-04 -4.6938650E-04 25 3.9834948E-05 -1.0311683E-04 26 2.3410698E-06 7.8581898E-04 27 -1.0157371E-07 7.8119542E-04 28 1.2996120E-07 4.9527976E-05 ******************** BERYLLIUM SYMMETRY BASIS EXPONENT PARAM LARGE-COMP COEFF SMALL-COMP COEFF S+ 1 0.2592322398E+05 0.1000000000E+01 0.1000000000E+01 2 0.4466184818E+04 0.1000000000E+01 0.1000000000E+01 3 0.9665712381E+03 0.1000000000E+01 0.1000000000E+01 4 0.2547163426E+03 0.1000000000E+01 0.1000000000E+01 5 0.7922856412E+02 0.1000000000E+01 0.1000000000E+01 6 0.2819584147E+02 0.1000000000E+01 0.1000000000E+01 7 0.1112866072E+02 0.1000000000E+01 0.1000000000E+01 8 0.4722060844E+01 0.1000000000E+01 0.1000000000E+01 9 0.2087984916E+01 0.1000000000E+01 0.1000000000E+01 10 0.9326238210E+00 0.1000000000E+01 0.1000000000E+01 11 0.4078920936E+00 0.1000000000E+01 0.1000000000E+01 12 0.1693245671E+00 0.1000000000E+01 0.1000000000E+01 13 0.6467059123E-01 0.1000000000E+01 0.1000000000E+01 14 0.2202835804E-01 0.1000000000E+01 0.1000000000E+01 S+ NUMBER OF CLOSED SHELLS 2 OPEN SHELLS 0 NUMBER OF OPEN SHELL CONFG 0 UNIFORM SPHERE NUCLEUS MODEL SPINOR ENERGIES AND C-VECTORS 1S+ 2S+ -4.7334966E+00 -3.0932295E-01 ------------ ------------ 1 4.2597921E-05 7.7725021E-06 2 2.9407995E-04 5.3564179E-05 3 1.7411375E-03 3.1825131E-04 4 7.9003851E-03 1.4443341E-03 5 2.8688117E-02 5.3200985E-03 6 8.3159990E-02 1.5719899E-02 7 1.8785461E-01 3.7810807E-02 8 3.1826830E-01 7.1238373E-02 9 3.5527308E-01 1.1393849E-01 10 1.6436739E-01 1.0709623E-01 11 9.8386658E-03 -6.4585934E-02 12 8.7088696E-04 -4.7642846E-01 13 -4.0672501E-04 -5.4445283E-01 14 1.0911460E-04 -5.1674854E-02 15 4.1968734E-05 7.6567045E-06 16 1.2280530E-04 2.2364317E-05 17 3.4029247E-04 6.2190954E-05 18 7.9498862E-04 1.4531693E-04 19 1.6120398E-03 2.9890672E-04 20 2.7894419E-03 5.2722807E-04 21 3.9598632E-03 7.9694329E-04 22 4.3707602E-03 9.7821024E-04 23 3.2445416E-03 1.0404321E-03 24 1.0032604E-03 6.5362000E-04 25 3.9713283E-05 -2.6066832E-04 26 2.2659246E-06 -1.2389481E-03 27 -6.5409665E-07 -8.7500691E-04 28 1.0245871E-07 -4.8469611E-05 GAUSSIAN NUCLEUS MODEL SPINOR ENERGIES AND C-VECTORS 1S+ 2S+ -4.7334966E+00 -3.0932295E-01 ------------ ------------ 1 4.2597921E-05 7.7725021E-06 2 2.9407995E-04 5.3564179E-05 3 1.7411375E-03 3.1825131E-04 4 7.9003851E-03 1.4443341E-03 5 2.8688117E-02 5.3200985E-03 6 8.3159990E-02 1.5719899E-02 7 1.8785461E-01 3.7810807E-02 8 3.1826830E-01 7.1238373E-02 9 3.5527308E-01 1.1393849E-01 10 1.6436739E-01 1.0709623E-01 11 9.8386658E-03 -6.4585934E-02 12 8.7088696E-04 -4.7642846E-01 13 -4.0672502E-04 -5.4445283E-01 14 1.0911460E-04 -5.1674854E-02 15 4.1968734E-05 7.6567045E-06 16 1.2280530E-04 2.2364317E-05 17 3.4029247E-04 6.2190954E-05 18 7.9498862E-04 1.4531693E-04 19 1.6120398E-03 2.9890672E-04 20 2.7894419E-03 5.2722807E-04 21 3.9598632E-03 7.9694329E-04 22 4.3707602E-03 9.7821024E-04 23 3.2445416E-03 1.0404321E-03 24 1.0032604E-03 6.5362000E-04 25 3.9713283E-05 -2.6066832E-04 26 2.2659246E-06 -1.2389481E-03 27 -6.5409666E-07 -8.7500691E-04 28 1.0245871E-07 -4.8469611E-05