Abstract
The phase rule of Blair, which has been shown to work very well for the inelastic scattering of composite particles from single-phonon states of nuclei, does not work so well for the inelastic scattering of protons from the same states. It is shown by means of a simple model and by a distorted wave calculation that this is due to the less simple properties of proton optical model wave functions, rather than to any unknown interaction effects.
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