Abstract
A computational study is made of a Regge pole theory of large angle elastic scattering in chemically reactive systems. When the transition from absorbancy to transparency is rapid in the S matrix, summation of the partial wave expansion shows the Regge theory accurately predicts oscillations and a backward glory in the large angle scattering. When the transition is less rapid a new oscillatory effect is predicted. It arises from the interference of a surface wave with the direct elastic scattering.
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