We present selected results recently obtained in the study of heavy ion transfer reactions at energies close to the Coulomb barrier by employing the large solid angle magnetic spectrometer PRISMA. We discuss the production of neutron-rich heavy nuclei via multinucleon transfer processes and the related effects of secondary processes, in particular nucleon evaporation, studied in a high resolution kinematic coincidence experiment. We also present the recent results in the studies of neutron-neutron correlations for closed shell and superfluid systems
We measured excitation functions for the main transfer channels in the Sn-116 + Ni-60 reaction at di...
Significant advances have been achieved in the last years in the field of multinucleon transfer reac...
The large solid angle magnetic spectrometers, in combination with large gamma arrays, allowed to per...
We present selected results recently obtained in the study of heavy ion transfer reactions at energi...
We present selected results recently obtained in the study of heavy ion transfer reactions at energi...
With the large solid angle magnetic spectrometer (PRISMA) coupled to the γ-array (CLARA), extensive ...
We performed a study of the behaviour of the main transfer channels in the Sn-116+Ni-60 system at di...
The transfer reaction for the Sn-116+Ni-60 system has been studied using the PRISMA magnetic spectro...
We performed a study of the behaviour of the main transfer channels in the Sn-116+Ni-60 system at di...
We measured excitation functions for the main transfer channels in the 116Sn+60Ni reaction at differ...
The advent of the last generation large solid angle magnetic spectrometers, coupled to large gamma a...
The advent of the last generation large solid angle magnetic spectrometers, coupled to large gamma a...
The advent of the last generation large solid angle magnetic spectrometers, coupled to large gamma a...
The advent of the last generation large solid angle magnetic spectrometers, coupled to large gamma a...
We measured excitation functions for the main transfer channels in the Sn-116 + Ni-60 reaction at di...
We measured excitation functions for the main transfer channels in the Sn-116 + Ni-60 reaction at di...
Significant advances have been achieved in the last years in the field of multinucleon transfer reac...
The large solid angle magnetic spectrometers, in combination with large gamma arrays, allowed to per...
We present selected results recently obtained in the study of heavy ion transfer reactions at energi...
We present selected results recently obtained in the study of heavy ion transfer reactions at energi...
With the large solid angle magnetic spectrometer (PRISMA) coupled to the γ-array (CLARA), extensive ...
We performed a study of the behaviour of the main transfer channels in the Sn-116+Ni-60 system at di...
The transfer reaction for the Sn-116+Ni-60 system has been studied using the PRISMA magnetic spectro...
We performed a study of the behaviour of the main transfer channels in the Sn-116+Ni-60 system at di...
We measured excitation functions for the main transfer channels in the 116Sn+60Ni reaction at differ...
The advent of the last generation large solid angle magnetic spectrometers, coupled to large gamma a...
The advent of the last generation large solid angle magnetic spectrometers, coupled to large gamma a...
The advent of the last generation large solid angle magnetic spectrometers, coupled to large gamma a...
The advent of the last generation large solid angle magnetic spectrometers, coupled to large gamma a...
We measured excitation functions for the main transfer channels in the Sn-116 + Ni-60 reaction at di...
We measured excitation functions for the main transfer channels in the Sn-116 + Ni-60 reaction at di...
Significant advances have been achieved in the last years in the field of multinucleon transfer reac...
The large solid angle magnetic spectrometers, in combination with large gamma arrays, allowed to per...