Nuclear clusters play a key role in the Trojan Horse Method for Nuclear Astrophysicsstudies. The Trojan Horse Method is an indirect technique to determine the astrophysical S(E) factorat ultra-low energies, free of Coulomb suppression and electron screening effect. Clustering makesit possible to use a few-body approach to derive a simple relationship between the measured 2 → 3cross section and that of the 2 → 2 cross section of interest for astrophysics. The basic features ofthe Trojan Horse Method will be discussed and some recent results will be presented.
Light nuclear clusters to look into the bright stars
Spitaleri C;Cherubini S;Lamia L;Rapisarda G G;Romano S;Sergi M L;Sparta R
2012
Abstract
Nuclear clusters play a key role in the Trojan Horse Method for Nuclear Astrophysicsstudies. The Trojan Horse Method is an indirect technique to determine the astrophysical S(E) factorat ultra-low energies, free of Coulomb suppression and electron screening effect. Clustering makesit possible to use a few-body approach to derive a simple relationship between the measured 2 → 3cross section and that of the 2 → 2 cross section of interest for astrophysics. The basic features ofthe Trojan Horse Method will be discussed and some recent results will be presented.File in questo prodotto:
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