The resonance scattering method in inverse kinematics on infinite target has been applied to two systems, 18O + α and 9Be + α, in order to test and to optimize an experimental apparatus in view of a set of resonance scattering experiments to be performed with 8Li and 9Li radioactive ion beams delivered by the facility EXCYT. The scattering excitation functions, deduced for the two systems, were compared with previous results reported in literature. Results show that reliable stopping power data are essential for the application of this technique
In this work, as part of the EXL project nuclear reactions are investigated in inverse kinematics ex...
The α resonant scattering on 18Ne was measured in inverse kinematics to understand the α-clustering ...
The study of nuclei far from stability interacting with simple target nuclei, such as protons, deute...
The resonance scattering method in inverse kinematics on infinite target has been applied to two sys...
We present the results of the 8Li(p,α)5He and 8Li(p,p)8Li reactions measured at the RIBRAS (Radioact...
We present the results of the 8Li(p,α)5He and 8Li(p,p)8Li reactions measured at the RIBRAS (Radioact...
Studies on nuclear reactions relevant for astrophysics have been performed using the radioactive-iso...
The Li-8 elastic scattering on a He-4 gas target was studied by means of the Inverse Kinematic Thick...
An experimental technique for studying elastic scattering using a thick gas target is described, wit...
The 8Li+4He elastic scattering excitation function was measured by using the inverse kinematic thick...
International audienceIsoscalar giant resonances in exotic nuclei can be studied using inelastic alp...
We applied the thick target inverse kinematics method for a study of resonances decaying through neu...
Thick target inverse kinematics technique was combined with Time of Flight method to study resonance...
AbstractA new technique developed for measuring nuclear reactions at low momentum transfer with stor...
The Thick Target Inverse Kinematic (TTIK) approach was used to measure excitation functions for the ...
In this work, as part of the EXL project nuclear reactions are investigated in inverse kinematics ex...
The α resonant scattering on 18Ne was measured in inverse kinematics to understand the α-clustering ...
The study of nuclei far from stability interacting with simple target nuclei, such as protons, deute...
The resonance scattering method in inverse kinematics on infinite target has been applied to two sys...
We present the results of the 8Li(p,α)5He and 8Li(p,p)8Li reactions measured at the RIBRAS (Radioact...
We present the results of the 8Li(p,α)5He and 8Li(p,p)8Li reactions measured at the RIBRAS (Radioact...
Studies on nuclear reactions relevant for astrophysics have been performed using the radioactive-iso...
The Li-8 elastic scattering on a He-4 gas target was studied by means of the Inverse Kinematic Thick...
An experimental technique for studying elastic scattering using a thick gas target is described, wit...
The 8Li+4He elastic scattering excitation function was measured by using the inverse kinematic thick...
International audienceIsoscalar giant resonances in exotic nuclei can be studied using inelastic alp...
We applied the thick target inverse kinematics method for a study of resonances decaying through neu...
Thick target inverse kinematics technique was combined with Time of Flight method to study resonance...
AbstractA new technique developed for measuring nuclear reactions at low momentum transfer with stor...
The Thick Target Inverse Kinematic (TTIK) approach was used to measure excitation functions for the ...
In this work, as part of the EXL project nuclear reactions are investigated in inverse kinematics ex...
The α resonant scattering on 18Ne was measured in inverse kinematics to understand the α-clustering ...
The study of nuclei far from stability interacting with simple target nuclei, such as protons, deute...