The study of cluster structures in nuclei far from stability represents a valid tool to explore the nuclear force in few-body systems. In this paper we discuss a new experimental investigation of the structure of10Be and16C nuclei by means of projectile sequential break-up reactions induced on CH2target at intermediateenergies. Their spectroscopy is obtained via a relative energy analysis of breakup fragments with the CHIMERA multi-detector. From4He+6He correlations we suggest the presence of a new state at about 13.5MeV in10Be. The inspection of6He+10Be break-up channel reveals the existence of a possible high-lying excited state at 20.6MeV in16C. Finally, new perspectives concerning the improvement of the present results are discussed.
Study of10Be and16C cluster structure by means of breakup reactions / Dell'Aquila, D.. - In: IL NUOVO CIMENTO C. - ISSN 2037-4909. - 39:2(2016). [10.1393/ncc/i2016-16272-3]
Study of10Be and16C cluster structure by means of breakup reactions
Dell'Aquila D.
Primo
2016
Abstract
The study of cluster structures in nuclei far from stability represents a valid tool to explore the nuclear force in few-body systems. In this paper we discuss a new experimental investigation of the structure of10Be and16C nuclei by means of projectile sequential break-up reactions induced on CH2target at intermediateenergies. Their spectroscopy is obtained via a relative energy analysis of breakup fragments with the CHIMERA multi-detector. From4He+6He correlations we suggest the presence of a new state at about 13.5MeV in10Be. The inspection of6He+10Be break-up channel reveals the existence of a possible high-lying excited state at 20.6MeV in16C. Finally, new perspectives concerning the improvement of the present results are discussed.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
