The B-10(p, a(1))Be-7 reaction has been studied for the first time via the Trojan Horse Method (THM) applied to the H-2(B-10, alpha Be-7)n quasi-free three-body process. The present experiment allowed for a clear separation between a(0) and a1 channels thanks to the improved energy resolution with respect to previous THM studies of the H-2(B-10, alpha Be-7) n reaction. The extracted half-off-energy-shell cross section was found to be characterized by several structures attributable to the population of C-11. In particular, six resonances have been observed at 10.086, 10.352, 10.525, 10.686, 10.841 and 10.976 MeV C-11 excitation energy.

Study of the 10B(p, α1)7Be reaction by means of the Trojan Horse Method

Rapisarda, G. G.;Spartà, R.;Cherubini, S.;Guardo, G. L.;La Cognata, M.;Lamia, L.;Romano, S.;Sergi, M. L.;
2018

Abstract

The B-10(p, a(1))Be-7 reaction has been studied for the first time via the Trojan Horse Method (THM) applied to the H-2(B-10, alpha Be-7)n quasi-free three-body process. The present experiment allowed for a clear separation between a(0) and a1 channels thanks to the improved energy resolution with respect to previous THM studies of the H-2(B-10, alpha Be-7) n reaction. The extracted half-off-energy-shell cross section was found to be characterized by several structures attributable to the population of C-11. In particular, six resonances have been observed at 10.086, 10.352, 10.525, 10.686, 10.841 and 10.976 MeV C-11 excitation energy.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/20.500.11769/357752
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