RETURN

(1s 2 2s 2 2p 6 3s 1 ) 2 S             Al 2+

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

Table 2030.

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 12.685999 .07262254
2 2s 3.708921 -.32005431
3 3s 1.717545 .95939611
4 4s 1.497290 .13142783
5 4s 9.371366 -.04181378
6 5s 16.746476 -.00394260
7 2s 15.505744 .00709891
8 1s .530389 -.00243927
ORB.ENERGY,a.u. -1.032100
NORM 1.000000
< R > 2.236212
< R2 > 5.694492
< 1/R > .589461
< 1/R**2 > 1.921486


j S nl j j ,r) C j
nl j α j 2p- electron
1 2p 6.156348 .53843291
2 3p 4.659612 .45750119
3 4p 3.718465 .10300340
4 5p 4.394023 .00734374
5 2p 13.746796 .01121478
6 5p 10.884703 -.00858799
7 4p 47.697306 .00003139
8 4p 2.486780 .00393217
9 3p 75.156158 .00000334
ORB.ENERGY,a.u. -3.834300
NORM 1.000000
< R > .598597
< R2 > .451645
< 1/R > 2.209729
< 1/R**2 > 6.939492


j S nl j j ,r) C j
nl j α j 2s- electron
1 1s 10.770449 .33363180
2 4s 2.673617 -.00342670
3 2s 5.106849 -.79866110
4 3s 4.178056 -.32933971
5 4s 17.252896 .01128859
6 3s 27.083849 .00236867
7 5s 29.604271 .00134578
8 5s 2.181390 .00241832
9 2s 52.470094 .00007761
10 3s 1.594464 -.00337436
ORB.ENERGY,a.u. -5.537100
NORM 1.000000
< R > .619810
< R2 > .458547
< 1/R > 2.349772
< 1/R**2 > 22.811046


j S nl j j ,r) C j
nl j α j 1s- electron
1 1s 12.586521 1.01574939
2 2s 17.930586 -.02458613
3 3s 8.798765 .02358681
4 4s 40.803133 -.00023264
5 4s 30.396729 .00036110
6 2s 64.271707 .00003144
7 5s 10.851004 -.00896802
8 3s 4.362071 .00027675
9 2s 94.140717 -.00000058
ORB.ENERGY,a.u. -58.530000
NORM 1.000000
< R > .120255
< R2 > .019458
< 1/R > 12.589467
< 1/R**2 > 320.138563


Total Energy= -241.03070712 a.u.

Kinetic Energy= 241.03070604 a.u.

Potential Energy= -482.06141316 a.u.

Virial Ratio = -2.00000000

***** TESTING *****

1.0 - <3s 3s> = -.1032E-06

1.0 - <2p 2p> = -.2685E-07

1.0 - <2s 2s> = -.4335E-07

1.0 - <1s 1s> = .8872E-08

<3s 2s> = .7429E-07

<3s 1s> = .5082E-05

<2s 1s> = -.3672E-07

RETURN