/-ray multiplicities associated with various reaction channels have been measured for the 14N + 197Au system at Ela b = 115 and 168 MeV. Channel selection accomplished via charged ejectile-KX-ray coincidence measurements permitted distinction between reactions with two or more charged fragments in the final state. For the former type of reactions the angular momentum dependence expected for (binary) incomplete fusion reactions is observed. For the latter, the same angular momentum dependence is found if sequential decay of the primary light fragment is assumed.
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