GERMANIUM
The following basis sets and potentials were taken from:
M.M. Hurley, L.F. Pacios, P.A. Christiansen,
R.B. Ross and W.C. Ermler, J. Chem. Phys., 84,
6840 (1986).
Germanium Relativistic Effective Potential and Basis set including
the 4s and 4p subshells in the valence space. Note, the larger
valence space potential will give more accurate results.
Basis Set
Expn. C
(-0.5643)
s 1.018 -0.381386
0.3188 0.634809
0.1030 0.634968
(-0.2849)
p 1.836 -0.046097
0.2622 0.536154
0.07976 0.573414
Potential
n Expn. C (AREP) C (SO)
2 1.883600 -37.252099
2 2.335100 118.111483
s-f 2 3.186400 -155.077091
2 4.271900 84.980302
1 2.035900 19.088362
0 12.929200 3.267818
2 1.645000 -53.611416 -1.322626
2 1.941900 175.172210 5.108507
p-f 2 2.560000 -215.375755 -7.282195
2 3.387200 139.209299 3.449724
1 8.416800 10.595574 -0.248105
0 9.807100 5.457020 0.012796
2 0.899800 64.171476 -1.155727
2 1.034500 -161.126524 3.207308
d-f 2 1.299500 186.054430 -4.009919
2 1.609600 -92.987980 2.140861
1 2.245800 10.200619 -0.122642
0 1.722600 7.640654 0.016388
2 0.767700 -0.394331 -0.001193
2 2.084000 -5.838442 -0.073989
f 2 5.430100 -25.135115 0.064705
2 16.532900 -54.325540 0.100360
1 50.329000 -19.005036 0.199126
Germanium Relativistic Effective Potential ans Basis set including
the 3d, 4s, and 4p subshells in the valence space.
Basis Set
Expn. C
(-0.5592)
s 1.018 -0.376570
0.3188 0.616652
0.1030 0.648652
(-0.2821)
p 1.836 -0.045659
0.2622 0.523098
0.07976 0.585967
(-1.5475)
d 44.88 0.062545
12.25 0.285448
3.832 0.523108
1.106 0.423674
Potential
n Expn. C (AREP) C (SO)
2 2.305100 -27.651406
2 2.671000 157.555352
s-d 2 3.494400 -208.908895
2 4.665400 146.752999
1 14.925400 26.790658
0 44.045300 2.946861
2 1.721400 -55.524955 -2.085862
2 1.989300 194.353084 7.286614
p-d 2 2.556300 -249.205886 -9.799538
2 3.292600 154.476650 4.558531
1 8.269300 13.029046 -0.300639
0 10.149900 5.374356 0.013868
2 1.354600 -1.401967 -0.026718
2 5.022300 -9.454036 0.150711
d 2 15.328300 -23.624096 -0.344443
2 47.473100 -62.446718 0.892186
1 136.242100 -12.963660 0.291613