The role of core excitations in exotic nuclei is discussed in the framework of a microscopic cluster model. This cluster approach is complemented by the R-matrix theory to take account of the long-range part of the wave functions. We briefly describe the model, and present two recent examples: the neutron-rich nucleus 16B, described by a 15B+n structure, and the proton-rich nucleus 17Na, described by a 16Ne+p structure. In both cases core excitations are shown to play an important role.SCOPUS: cp.jinfo:eu-repo/semantics/publishe
Includes bibliographical references.We review a cluster model for even-even nuclei and derive a new ...
Shell-model core excitations based on the Sp(6, R) model are compared with those derived from [alpha...
The states in the mass 18 and 19 nuclei which are strongly excited in three- and four-nucleon transf...
The role of core excitations in exotic nuclei is discussed in the framework of a microscopic cluster...
General aspects of microscopic cluster models based on the combination of the Generator-Coordinate-M...
International audienceRecent advances in Large Shell Model calculations allow now to treat extended ...
The excitation spectra of nuclei with one or two particles outside a doubly-magic core are expected ...
We review recent studies of the evolution of collective excitations in atomic nuclei far from the v...
We demonstrate based on a microscopic cluster model that condensed states appear not only in l...
With the aim to investigate the core excited states in nuclei from 20Ne to 160*, an a-cluster model ...
We introduce the so-called Tohsaki-Horiuchi-Schuck-Röpke (THSR) wave function to describe various nu...
Experimental and theoretical results on core-excited variable-size atomic and molecular clusters are...
We have recently obtained the optimal core-cluster decompositions for an extensive set of heavy even...
The single closed-neutron-shell, one proton–hole nucleus 207Tl was populated in deep-inelastic colli...
We review different models used in nuclear astrophysics. Definitions of the relevant cross sections ...
Includes bibliographical references.We review a cluster model for even-even nuclei and derive a new ...
Shell-model core excitations based on the Sp(6, R) model are compared with those derived from [alpha...
The states in the mass 18 and 19 nuclei which are strongly excited in three- and four-nucleon transf...
The role of core excitations in exotic nuclei is discussed in the framework of a microscopic cluster...
General aspects of microscopic cluster models based on the combination of the Generator-Coordinate-M...
International audienceRecent advances in Large Shell Model calculations allow now to treat extended ...
The excitation spectra of nuclei with one or two particles outside a doubly-magic core are expected ...
We review recent studies of the evolution of collective excitations in atomic nuclei far from the v...
We demonstrate based on a microscopic cluster model that condensed states appear not only in l...
With the aim to investigate the core excited states in nuclei from 20Ne to 160*, an a-cluster model ...
We introduce the so-called Tohsaki-Horiuchi-Schuck-Röpke (THSR) wave function to describe various nu...
Experimental and theoretical results on core-excited variable-size atomic and molecular clusters are...
We have recently obtained the optimal core-cluster decompositions for an extensive set of heavy even...
The single closed-neutron-shell, one proton–hole nucleus 207Tl was populated in deep-inelastic colli...
We review different models used in nuclear astrophysics. Definitions of the relevant cross sections ...
Includes bibliographical references.We review a cluster model for even-even nuclei and derive a new ...
Shell-model core excitations based on the Sp(6, R) model are compared with those derived from [alpha...
The states in the mass 18 and 19 nuclei which are strongly excited in three- and four-nucleon transf...