Leonid Chulkov
(Kurchatov Institute)
28/03/2012, 11:00
Talk
A novel method for interpretation of experimental data based on a study of the root-mean-square (r.m.s) of momentum distribution of a (A-2)+n system after one-neutron knockout from a Borromean nucleus of mass A as a function of (A-2)-n relative energy is introduced. This is the first time the momentum profile is used for analyzing experimental data. The method is applied to the analysis...
Felix Wamers
(Technical University Darmstadt)
28/03/2012, 11:25
Talk
17Ne is a proton-dripline nucleus that has raised interest in nuclearstructure
physics in recent years. As a (15O+2p) Borromean 3-body
system, it is often considered to be a 2-proton-halo nucleus, yet lacking
concluding experimental quantification of its structure. We have
studied breakup reactions of 500 AMeV 17Ne secondary beams in inverse
kinematics using the R3B-LAND setup at GSI. The...
C. Nociforo
(GSI - Darmstadt)
28/03/2012, 11:50
Talk
The structure of nuclei in the region commonly referred as island of inversion has been extensively studied because of the anomalous breakdown of the N = 20 shell closure. Differently than in Ne, Na and Mg isotopes, the experimental two-neutron separation energy of the Al isotopes do not show anomalies and are well reproduced by large scale shell model calculations involving the full sd proton...
Alina Movsesyan
(Technical University Darmstadt)
28/03/2012, 12:15
Talk
In this presentation, an exclusive experimental approach for the investigation of the shell structure of exotic nuclei using proton-induced knockout reactions is discussed. The experiment performed at the LAND-R3B facility at GSI allowed for an analysis of (p,2p) as well as for the first time (p,pn) reactions in inverse kinematics from kinematically complete measurements of the incoming and...
