Table 4.
Numerical results of the two total energy partition schemes using Ng2 and fullerene in vacuum as the references for the nine Ng2-fullerene systems studied in this work.
| Ng2 | Fullerene | ΔE | ΔTs | ΔExc | ΔEe | ΔEs | ΔEq |
|---|---|---|---|---|---|---|---|
| He2 | C50 | 0.44 | −73.19 | −11.90 | 85.57 | −357.75 | 272.66 |
| He2 | C60 | −3.66 | −56.13 | −7.91 | 60.37 | −270.58 | 206.54 |
| He2 | C70 | −7.33 | −47.92 | −5.54 | 46.09 | −205.288 | 151.82 |
| Ne2 | C50 | 14.04 | −184.03 | −15.31 | 213.37 | −709.51 | 510.17 |
| Ne2 | C60 | −2.50 | −125.76 | −12.07 | 135.38 | −531.19 | 393.36 |
| Ne2 | C70 | −15.28 | −62.23 | −11.40 | 58.32 | −379.22 | 305.59 |
| Ar2 | C50 | 202.08 | −356.45 | −11.79 | 570.33 | −1018.14 | 649.90 |
| Ar2 | C60 | 97.83 | −241.92 | −27.79 | 367.51 | −916.08 | 646.36 |
| Ar2 | C70 | 0.77 | −142.95 | −43.29 | 187.01 | −838.78 | 652.54 |
Units in kcal/mol.