The Trojan Horse Method (THM) was applied to the He-3+Li-6 interaction in order to investigate the quasi-free Li-6(d,alpha)He-4 reaction. The experiment was performed at 17 MeV at the Cyclotron Institute of the Czech Academy of Science. The extracted Li-6(d, alpha)He-4 quasi-free cross-section was compared with the behavior of direct data. A good agreement between data sets shows up throughout the energy range investigated, providing a very important validity test of the pole approximation for the THM above the Coulomb barrier.
The Trojan Horse Method (THM) was applied to the He-3+Li-6 interaction in order to investigate the quasi-free Li-6(d,alpha)He-4 reaction. The experiment was performed at 17 MeV at the Cyclotron Institute of the Czech Academy of Science. The extracted Li-6(d, alpha)He-4 quasi-free cross-section was compared with the behavior of direct data. A good agreement between data sets shows up throughout the energy range investigated, providing a very important validity test of the pole approximation for the THM above the Coulomb barrier.
Pole approximation validation in the study of the Li-6(d,alpha)He-4 reaction
Pizzone RG;LAMIA, LIVIO;CHERUBINI, SILVIO;Puglia SMR;Rapisarda GG;ROMANO, Stefano;Sergi ML;
2010-01-01
Abstract
The Trojan Horse Method (THM) was applied to the He-3+Li-6 interaction in order to investigate the quasi-free Li-6(d,alpha)He-4 reaction. The experiment was performed at 17 MeV at the Cyclotron Institute of the Czech Academy of Science. The extracted Li-6(d, alpha)He-4 quasi-free cross-section was compared with the behavior of direct data. A good agreement between data sets shows up throughout the energy range investigated, providing a very important validity test of the pole approximation for the THM above the Coulomb barrier.| File | Dimensione | Formato | |
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