RETURN

(1s 1 3s 1 ) 1 S             Be 2+

F( r ) = Σ j   C j   S nl ( α j ,r) Y l,m ( r )

Table 1030.

N.V.Novikov // Wave Function Value Database;

http://cdfe.sinp.msu.ru/services/wftables/

j S nl j j ,r) C j
nl j α j 3s- electron
1 1s 1.858847 .20863100
2 2s 1.039559 -1.79930033
3 3s 1.070706 2.98977380
4 4s 2.068903 -.40535338
5 5s 1.571265 -.36868491
6 4s 3.493919 -.06573097
7 4s .762813 .00922371
8 5s 19.866025 -.00006220
9 3s 46.986223 .00000364
ORB.ENERGY,a.u. -.539720
NORM 1.000003
< R > 4.177691
< R2 > 19.804768
< 1/R > .313000
< 1/R**2 > .254876


j S nl j j ,r) C j
nl j α j 1s- electron
1 1s 1.054935 .12174773
2 1s 4.010279 .98793881
3 2s 1.893702 -.10824418
4 3s 1.564015 -.05095910
5 4s 1.122422 .07462066
6 5s 1.207545 -.00371536
7 5s 6.033014 -.00078437
ORB.ENERGY,a.u. -7.650800
NORM 1.000000
< R > .382757
< R2 > .257685
< 1/R > 4.033792
< 1/R**2 > 32.457903


Total Energy= -8.54397156 a.u.

Kinetic Energy= 8.53792393 a.u.

Potential Energy= -17.08189550 a.u.

Virial Ratio = -2.00070833

***** TESTING *****

1.0 - <3s 3s> = -.3136E-05

1.0 - <1s 1s> = .3220E-07

<3s 1s> = -.1065E-05

RETURN