Identification of projectile sequential decay and incomplete fusion in the /sup 16/O+/sup 28/Si, /sup 16/O+/sup 27/Al, and /sup 10/B+/sup 27/Al systems at 4--5 MeV/nucleon

doi:10.1103/PHYSREVC.40.91

Journal ArticleDOI

Identification of projectile sequential decay and incomplete fusion in the /sup 16/O+/sup 28/Si, /sup 16/O+/sup 27/Al, and /sup 10/B+/sup 27/Al systems at 4--5 MeV/nucleon

N. Carlin Filho, +9 more

- 01 Jul 1989 -

Physical Review C

- Vol. 40, Iss: 1, pp 91-97

Chats0

TLDR

Two sequential processes have been clearly identified, namely, projectile sequential decay and incomplete fusion followed by particle reemission in in-plane angular correlations in /sup 28/Si, /sup 27/Al, and /sup 10/B,/sup 6/Li ..cap alpha..

Abstract:

In-plane angular correlations have been investigated in the /sup 28/Si(/sup 16/O,/sup 12/C ..cap alpha..), /sup 27/Al(/sup 16/O,/sup 12/C ..cap alpha..), and /sup 27/Al(/sup 10/B,/sup 6/Li ..cap alpha..), reactions at 64, 64, and 48 MeV, respectively. Two sequential processes have been clearly identified, namely, projectile sequential decay and incomplete fusion followed by particle reemission. The analysis is based on three-body kinematics and model fits of experimental angular correlation functions.

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