RETURN

(2s2p) 1 P       Z= 2       He 0

Table 1. Novikov N.V. // Wave Function Value Database http://cdfe.sinp.msu.ru/services/wftables/

j R n1,l1 (α1,r) R n2,l2 (α2,r) g
n1 l1 α1 n2 l2 α2
1 2s 1.3656 2p 1.9675 0.7244559458509097E+00
2 1s 2.0000 2p 1.9675 -0.1132653871972027E+00
3 2s 2.5320 2p 1.4487 0.3285029495419223E+00
4 1s 2.0000 2p 1.4487 0.4950758286192266E-01
5 3s 4.4100 2p 6.0597 -0.8488063674562479E-02
6 1s 2.0000 2p 6.0597 -0.8690907941212608E-03
7 2s 1.6191 4p 3.7437 0.7070521224009034E-01
8 1s 2.0000 4p 3.7437 -0.7123867570018583E-02
9 4s 4.6878 4p 4.5467 -0.2000507829037746E-01
10 1s 2.0000 4p 4.5467 -0.1039180374978092E-02
11 3s 4.7616 2p 5.0947 0.1909853627692252E-01
12 1s 2.0000 2p 5.0947 0.1658460203859535E-02
13 5s 6.0455 5p 5.9654 -0.4472828148096433E-02
14 1s 2.0000 5p 5.9654 -0.7683599206784642E-04
15 2p 1.4831 3d 2.5616 -0.2954994042863121E+00
16 4p 4.0132 3d 2.8440 0.3972716402154164E-01
17 3p 2.6841 5d 5.9156 -0.1132710746507572E-01
18 2p 4.5518 4d 4.4165 0.2379908997399990E-01
19 5p 7.4514 5d 7.1067 0.6504321342864076E-02
20 4f 5.1691 5g 8.0577 -0.9802992562952457E-02
21 2p 3.6653 3d 4.7837 -0.1784037438588735E-01
22 2p 3.0512 5d 7.5576 0.1170164458659490E-01
23 3p 6.1471 4d 9.1056 0.1862252016849732E-02
24 3d 6.8543 4f 9.8873 0.3463904325906366E-02
25 4d 9.5868 5f 13.5574 0.4016442924952613E-02
26 1s 2.0318 2p 0.9862 0.1744924449498664E-02
27 1s 1.1167 3p 2.6105 -0.3021623419328207E-04
28 2s 4.5634 2p 0.9856 -0.1587856133569171E-04
29 2s 1.5242 3p 8.6088 -0.4984378836287226E-05
30 1s 1.9243 3p 9.7075 0.4021023410883083E-05
31 1s 2.0000 3p 0.9883 0.1810190656586834E-02
32 1s 2.0000 4p 0.9891 0.9172706758475182E-03
33 1s 2.0000 5p 0.9910 0.6678029303369543E-03

Energy= -0.69213423 a.u.

Table 2. Kheifets A.S. // J.Phys B26, 2053, (1993)

j R n1,l1 (α1,r) R n2,l2 (α2,r) g
n1 l1 α1 n2 l2 α2
1 2s 2.0000 2p 2.0000 0.876
2 2s 2.0000 3p 2.0000 -0.183
3 2s 2.0000 4p 2.0000 -0.028
4 2s 2.0000 5p 2.0000 -0.015
5 3s 2.0000 2p 2.0000 -0.304
6 4s 2.0000 2p 2.0000 -0.058
7 5s 2.0000 2p 2.0000 -0.035
8 2p 2.0000 3d 2.0000 -0.308
9 2p 2.0000 4d 2.0000 -0.072
10 2p 2.0000 5d 2.0000 -0.046

Energy= -0.68571316 a.u.

Table 3. Fritsch W., Lin C.D. // Phys. Rev. A41, 4776, (1990)

j R n1,l1 (α1,r) R n2,l2 (α2,r) g
n1 l1 α1 n2 l2 α2
1 2s 2.0000 2p 2.0000 0.865
2 2s 2.0000 3p 2.0000 -0.190
3 3s 2.0000 2p 2.0000 -0.310
4 2p 2.0000 3d 2.0000 -0.340

Energy= -0.68324303 a.u.

Table 4. Lipovetsky S.S., Pavlichenkov A.V., Poludov A.N., Senashenko V.S. // Vestnik Moscow University N4, p.452, (1971)

j R n1,l1 (α1,r) R n2,l2 (α2,r) g
n1 l1 α1 n2 l2 α2
1 2s 2.0000 2p 1.5800 1.0

Energy= -0.62644134 a.u.

RETURN