Abstract
The general form of the double and triple differential cross-sections for the sequential three-body reaction X(a,b) Y(c)Z and four-body reaction X(a,b)Y(c)Z(f)R, respectively, are derived in the one-level excitation hypothesis. The transition amplitudes for the sequential processes are related to the scattering matrixS. Moreover, theoretical expressions for the b-c angular correlation are given under the hypothesis that the excited and partly polarized nucleus Y is produced in heavy-ion deeply inelastic collisions.
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