Abstract
The real part of the proton-deuteron non flip amplitude is extracted from experimental data using derivative analicity relations. We compare the obtained amplitude with the one predicted by the Glauber model, showing discrepancies in its real part. We discuss the role of the real part in the study of the inelastic intermediate states. On the other hand the overlap function is evaluated showing that the origin of the increase of the inelastic cross section is due to impact parameters centered around 1.9 fm.
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