Abstract
Information on the differential scattering cross section is contained in high resolution double resonance line shapes measured following collision. Here we demonstrate how this relationship may be exploited and present predictions of double resonance line shapes for model differential cross sections. We show the dependence of line shape on peak position and width of the differential cross section and find the shape to be very sensitive to these parameters in certain conditions. Finally we discuss some of the experimental limitations of the proposed method and how, in practice, these may be overcome to yield the differential cross section from a spectroscopic measurement.
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