The Trojan Horse Method is a powerful indirect technique allowing one to measure the bare nucleus S(E)-factor and the electron screening potential for astrophysically relevant reactions without the needs of extrapolations. The case of the (p,alpha) reactions induced on the two boron isotopes B-10,B-11 is here discussed in view of the recent Trojan Horse (TH) applications to the quasi-free B-10,B-11+H-2 reactions. The comparison between the TH and the low-energy direct data allowed us to determine the electron screening potential for the B-11(p,alpha) reaction, while preliminary results on the B-10(p,alpha) reaction have been extracted.

Electron screening effects in (p,alpha) reactions induced on boron isotopes studied via the Trojan Horse Method

Lamia L.;CHERUBINI, SILVIO;PUGLIA, SEBASTIANA;Rapisarda G. G.;ROMANO, Stefano;Sergi M. L.;
2013

Abstract

The Trojan Horse Method is a powerful indirect technique allowing one to measure the bare nucleus S(E)-factor and the electron screening potential for astrophysically relevant reactions without the needs of extrapolations. The case of the (p,alpha) reactions induced on the two boron isotopes B-10,B-11 is here discussed in view of the recent Trojan Horse (TH) applications to the quasi-free B-10,B-11+H-2 reactions. The comparison between the TH and the low-energy direct data allowed us to determine the electron screening potential for the B-11(p,alpha) reaction, while preliminary results on the B-10(p,alpha) reaction have been extracted.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.11769/42481
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