Pole approximation validation in the study of the [sup 6]Li(d,α)[sup 4]He reaction
R. G. PizzoneeUniversità Kore, Enna, ItalyC. SpitaleriaINFN Laboratori Nazionali del Sud, Catania, ItalyL. LamiadCIAE, Beijing, ChinaV. BurjandCIAE, Beijing, ChinaS. CherubinieUniversità Kore, Enna, ItalyZ. HonscInstitute of Nuclear Physics of ASCR, Praha‐Rez, Czech RepG. KissaINFN Laboratori Nazionali del Sud, Catania, ItalyV. KrohaeUniversità Kore, Enna, ItalyM. La CognataeUniversità Kore, Enna, ItalyChengbo LidCIAE, Beijing, ChinaJ. MrázekdCIAE, Beijing, ChinaŠ. PiskořcInstitute of Nuclear Physics of ASCR, Praha‐Rez, Czech RepS. M. R. PugliacInstitute of Nuclear Physics of ASCR, Praha‐Rez, Czech RepG. G. RapisardaeUniversità Kore, Enna, ItalyS. RomanocInstitute of Nuclear Physics of ASCR, Praha‐Rez, Czech RepM. L. SergidCIAE, Beijing, ChinaА. ТуміноaINFN Laboratori Nazionali del Sud, Catania, ItalyL. TracheAlexei SmirnovSabin Stoica
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The Trojan Horse Method (THM) was applied to the 3He+6Li interaction in order to investigate the quasi‐free 6Li(d,α)4He reaction. The experiment was performed at 17 MeV at the Cyclotron Institute of the Czech Academy of Science. The extracted 6Li(d,α)4He 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.
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