RETURN

(1s 2 2s 2 2p 4 5s 1 ) 4 P             F 0

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

Table 4150.

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 5s- electron
1 1s 7.614751 .01743115
2 2s 3.462352 -.03971859
3 3s .852376 .28273543
4 4s .392662 -2.11453561
5 5s .270176 .87975484
6 5s 3.861926 -.01909116
7 4s 5.491910 -.01416622
8 3s .256440 1.55286300
9 5s 10.987317 -.00072427
10 4s .189436 -.03849371
ORB.ENERGY,a.u. -.035498
NORM 1.000006
< R > 21.188033
< R2 > 504.659461
< 1/R > .065416
< 1/R**2 > .038011


j S nl j j ,r) C j
nl j α j 2p- electron
1 2p 2.212662 .67431741
2 2p 3.950059 .31747092
3 2p 9.750185 .01601943
4 3p 1.542836 .05821833
5 4p 9.505895 .01334123
6 4p .925064 -.04318037
7 3p 12.600167 .00299890
8 5p 1.033952 .03504112
ORB.ENERGY,a.u. -1.138100
NORM 1.000000
< R > .970242
< R2 > 1.196436
< 1/R > 1.377511
< 1/R**2 > 2.731165


j S nl j j ,r) C j
nl j α j 2s- electron
1 1s 7.537686 .29964543
2 2s 3.338128 -.78090507
3 3s 2.615101 -.34253871
4 4s 10.939758 .01207817
5 3s 12.016897 .00840869
6 5s .517247 .00270143
7 4s 1.654772 -.00365838
8 5s 39.504301 -.00003942
9 3s .191043 -.00325539
10 2s 42.210832 .00001731
ORB.ENERGY,a.u. -1.378300
NORM 1.000000
< R > .961251
< R2 > 1.111979
< 1/R > 1.503130
< 1/R**2 > 9.294180


j S nl j j ,r) C j
nl j α j 1s- electron
1 1s 8.232033 .87226204
2 1s 12.229091 .12121430
3 1s 9.886018 .00236014
4 2s 5.982007 .01823415
5 3s 8.162183 -.00763631
6 4s 17.130954 .00292604
7 5s 51.737945 -.00004177
8 5s 4.067684 .00042937
ORB.ENERGY,a.u. -25.624000
NORM 1.000000
< R > .175669
< R2 > .041563
< 1/R > 8.632461
< 1/R**2 > 150.887529


Total Energy= -98.86685876 a.u.

Kinetic Energy= 98.86720728 a.u.

Potential Energy= -197.73406603 a.u.

Virial Ratio = -1.99999647

***** TESTING *****

1.0 - <5s 5s> = -.5663E-05

1.0 - <2p 2p> = .6775E-08

1.0 - <2s 2s> = -.7123E-07

1.0 - <1s 1s> = -.7193E-08

<5s 2s> = .3085E-05

<5s 1s> = -.7399E-04

<2s 1s> = .3740E-06

RETURN