Abstract
AbstractA study of the correlation of haloform proton solvent shifts in 13 aromatichydrocarbons gives clear evidence that the nature of the interactions is predominantly dipole‐induced dipole and not specific acid‐base interactions. The presence of halogen bonding interactions between the halogen atoms and the π electrons are not detected for CHCl3 and CHBr3, and can only be present to a marginal extent for CHI3. The ASIS effect is not related to the molar concentration of the aromatic solvents, and the effect of alkyl substituents is explained in terms of exctuded zones around the aromatic ring.
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