Table 2.

The total energy of examined molecules (versus Hartree)¹³.

Molecules	Total energy (experimental)	Total energy (our model)
Li2	− 14.9951	− 14.99553
CH	− 38.4788	− 38.47462
CH2 (1A1)	− 39.1346	− 39.12451
CH2 (3B1)	− 39.1484	− 39.14978
NH	− 55.2227	− 55.22271
CH3	− 39.8355	− 39.83338
NH2	− 55.8794	− 55.88145
OH	− 75.7371	− 75.74185
CH4	− 40.5158	− 40.50829
H2O	− 76.4383	− 76.43823
HF	− 100.459	− 100.4600
H2	− 1.1745	− 1.176598
LiH	− 8.0704	− 8.073238
CO	− 113.326	− 113.3207
HCN	− 93.4311	− 93.42615
N2	− 109.542	− 109.5360
HCO	− 113.857	− 113.8624
NO	− 129.905	− 129.9022
C2H4	− 78.5888	− 78.57484
H2CO	− 114.509	− 114.5084
O2	− 150.327	− 150.3493
C2H6	− 79.8274	− 79.80910
F2	− 199.53	− 199.5463
H2O2	− 151.564	− 151.5724
H3COH	− 115.731	− 115.7231
N2H4	− 111.878	− 111.8715
CO2	− 188.601	− 188.6098
BeH	− 15.2468	− 15.25018
SiH2(3B1)	− 290.569	− 290.5712
H2S	− 399.403	− 399.4023
Hcl	− 460.819	− 460.8197
PH3	− 343.146	− 343.1403
SiH4	− 291.874	− 291.8631
CS	− 436.229	− 436.2236
SiO	− 364.734	− 364.7255
SO	− 473.378	− 473.3893
ClO	− 535.32	− 535.3352
CH3Cl	− 500.124	− 500.1178
CLF	− 559.982	− 559.9915
CSH4	− 438.712	− 438.7029
HOCl	− 535.98	− 535.9870
SO2	− 548.659	− 548.6561
Na2	− 324.536	− 324.5576
LiF	− 107.434	− 107.4343
SiH2 (1A1)	− 290.602	− 290.5969
Cl2	− 920.39	− 920.3977
Si2H6	− 582.567	− 582.5472
NaCl	− 622.561	− 622.5670
Si2	− 578.839	− 578.8378
P2	− 682.704	− 682.7042
S2	− 796.384	− 796.3956
PH2	− 342.504	− 342.5055
SiH3	− 291.221	− 291.2170
CN	− 92.725	− 92.72058
C2H2	− 77.3355	− 77.32817
NH3	− 56.5647	− 56.56075