Abstract
Measurements were made of the 4He(40,44,48Ca,α) resonant scattering reactions at 180° and up to Ec.m. ~ 11.5MeV, using the Thick Target Inverse Kinematics technique. These measurements are discussed, with a focus on assessing their usefulness for investigating α-clustering in medium mass 44,48,52Ti nuclei
Highlights
Measurements were made of the 4He(40,44,48Ca,α) resonant scattering reactions at 180◦ and up to Ec.m. ∼11.5 MeV, using the Thick Target Inverse Kinematics technique
Clustering in nuclei allows the techniques of few-body physics to be applied to the many body nuclear problem, yet identifying nuclei which exhibit cluster structures is far from trivial
The core+Xn+α molecular cluster structure is an essential component in the structure of 20,21,22Ne [2, 3]
Summary
Clustering in nuclei allows the techniques of few-body physics to be applied to the many body nuclear problem, yet identifying nuclei which exhibit cluster structures is far from trivial. Measurements were made of the 4He(40,44,48Ca,α) resonant scattering reactions at 180◦ and up to Ec.m. ∼11.5 MeV, using the Thick Target Inverse Kinematics technique.
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