RETURN

(1s 2 2s 2 2p 5 4p 1 ) 3 S             Ne 0

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

Table 3041.

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 4p- electron
1 2p .346481 -.10580855
2 2p 3.094691 .07379341
3 3p .605209 -.50309009
4 4p .343328 1.18531962
5 5p 1.610051 -.03780349
6 2p 8.022842 .00417058
7 5p 6.057767 -.00668558
8 5p .179096 .00104548
ORB.ENERGY,a.u. -.051551
NORM 1.000001
< R > 13.687288
< R2 > 213.577469
< 1/R > .099990
< 1/R**2 > .030742


j S nl j j ,r) C j
nl j α j 2p- electron
1 2p 2.688297 .63514427
2 2p 1.727652 .11555311
3 2p 4.525507 .24712427
4 2p 8.453294 .03498264
5 4p 2.621394 .06674555
6 4p 9.057052 .01215158
7 3p 2.848280 -.02906882
8 5p .428045 -.00242954
9 5p 51.570494 .00001640
10 4p .525416 .00101617
ORB.ENERGY,a.u. -1.316700
NORM 1.000000
< R > .876572
< R2 > .984676
< 1/R > 1.536262
< 1/R**2 > 3.418070


j S nl j j ,r) C j
nl j α j 2s- electron
1 1s 8.399630 .30233448
2 2s 3.733097 -.78492038
3 3s 2.885163 -.34132759
4 4s 13.312955 .01532522
5 3s 23.424425 .00195960
6 5s 1.849635 -.01595155
7 5s 24.684332 .00177858
8 4s 1.491231 .01994979
9 3s 1.117267 -.00601234
10 2s 51.015561 .00004104
ORB.ENERGY,a.u. -1.686480
NORM 1.000000
< R > .860404
< R2 > .890602
< 1/R > 1.685421
< 1/R**2 > 11.733964


j S nl j j ,r) C j
nl j α j 1s- electron
1 1s 9.241459 .92193378
2 1s 14.465719 .08148676
3 2s 5.553467 .00857332
4 3s 13.423440 -.00702982
5 4s 19.917498 .00340677
6 5s 31.558186 -.00006425
7 5s 3.661745 .00023335
ORB.ENERGY,a.u. -31.822000
NORM 1.000000
< R > .157571
< R2 > .033436
< 1/R > 9.620032
< 1/R**2 > 187.253230


Total Energy= -127.86692210 a.u.

Kinetic Energy= 127.86936338 a.u.

Potential Energy= -255.73628548 a.u.

Virial Ratio = -1.99998091

***** TESTING *****

1.0 - <4p 4p> = -.1387E-05

1.0 - <2p 2p> = .4050E-08

1.0 - <2s 2s> = -.5209E-07

1.0 - <1s 1s> = -.1780E-08

<4p 2p> = .7164E-05

<2s 1s> = -.5430E-06

RETURN