Department of Chemistry, Imperial College of Science, Technology and Medicine, London, SW7 2AY, UK; Chemistry and Engineering Group, MRC Cyclotron Unit, Imperial College School of Medicine, Hammersmith Hospital, Ducane Road, London, W12 0HS UK.
Table 2. Energies, (activation barriers, kcal mol-1) and transition wavenumber (cm-1) for stationary point structures (RHF/3-21G(d)/Hartree, B3LYP/3-21G(d)/Hartree, MNDOD/kcal mol-1).
Table 3. Energies (activation barriers, kcal mol-1) and first normal mode (cm-1) for the stationary point structures (RHF/3-21G(d)/Hartree, B3LYP/3-21G(d)/Hartree, MNDOD/kcal mol-1).
Table 5. Energies (dimerisation/activation) and first normal mode (cm-1) for stationary point structures (RHF/3-21G(d)/Hartree, B3LYP/3-21G(d)/Hartree, B3LYP/DZVP/Hartree, MNDOD/kcal mol-1).
| R2I-Cl symmetric dimer | R2I--Br symmetric dimer |
|---|---|
| R2I-Br, dimer + tetramer | R2I-I symmetric dimer |
| R2I...NO2 as pseudo dimer | R2I..OTf as pseudo dimer |
|---|---|
| R2I...OTs as dimer | R2I...O as trimer |
| Ph2Br-I | Ph2Br-Br |
|---|---|
| RR'Br...OTf | RR'Cl...SbCl6 |
| PhICl2 | Sterically hindered ArICl2 |
|---|---|
| 2,4,6-tri-isopropylphenylICl2 | PhI(OAc)2 |
| R2B-F System, showing single asymmetric bridge | R2Ga-F, showing symmetric dimer |
|---|---|
| R2In-F symmetric trimer | R2In-F, showing a dimeric ladder, and slight asymmetry |
| R2In-Cl, showing symmetric dimer | R2In-Cl, showing sterically hindered monomer |
| R2In-Br, showing unsymmetric dimer | R2In-Br, showing sterically hindered monomer |
| R2Ga-I symmetric dimer | R2In-I symmetric dimer |
| R2Tl-Cl unsymmetric dimer | R2Tl-Cl unsymmetric dimer |