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Nuclear Physics & Astrophysics at CERN - NuPAC

10–12 Oct 2005
CERN
Europe/Zurich timezone

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Session

Evolution of nuclear structure, shapes, and fission

Evolution
12 Oct 2005, 09:00
503-1-001: SALLE DU CONSEIL (CERN)

503-1-001: SALLE DU CONSEIL

CERN

CH-1211 Geneva 23 SWITZERLAND

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  1. 31. Structures, shapes theory
    Dr Dario Vretenar (University of Zagreb)
    12/10/2005, 09:00
    Evolution of nuclear structure, shapes, and fission
    Invited oral contribution
    Modern nuclear structure theory is rapidly evolving towards regions of short-lived nuclei far from stability. The principal objective is to build a consistent microscopic theoretical framework that will provide a unified description of bulk properties, nuclear excitations and reactions. Stringent constraints on the microscopic approach to nuclear dynamics, effective nuclear...
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  2. 30. Structures, shapes from excited states
    Prof. Piet Van Duppen (Katholieke Universiteit Leuven)
    12/10/2005, 09:30
    Evolution of nuclear structure, shapes, and fission
    Invited oral contribution
  3. 29. Structures, shapes from gs properties
    Prof. Jonathan Billowes (University of Manchester)
    12/10/2005, 10:00
    Evolution of nuclear structure, shapes, and fission
    Invited oral contribution
    The review will concentrate on the spin, charge radii and static moments measured by laser spectroscopic techniques and the physics question these studies can address. In recent years most results have been obtained by high resolution laser spectroscopy using the collinear beams technique (for example by the COLLAPS collaboration at ISOLDE and a UK collaboration at the IGISOL...
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  4. 32. Highly deformed states, clusterization and fission in the actinide region
    Prof. Attila Krasznahorkay (Institute of Nuclear Research, Atomki)
    12/10/2005, 11:00
    Evolution of nuclear structure, shapes, and fission
    Invited oral contribution
    The predicted variety of exotic nuclear shapes, and heavy clusterizations in the actinide region still represent big challenges for the contemporary experimental investigations. Recently, the fission probability as a function of the excitation energy has been measured with high energy resolution using the (d,pf) reaction on different targets in order to study exotic nuclear...
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  5. 44. Review of some recent theoretical developments devoted to the fission process
    Dr Heloise Goutte (CEA)
    12/10/2005, 11:30
    Invited oral contribution
    In the past few years, experimental studies have revealed many interesting features of the fission process, such as for instance i) a transition between single and double-humped mass distributions with a triple- humped structure for some Thorium isotopes, ii) a bimodality in the Total Kinetic Energy distributions of some fermium and transfermium isotopes. From a theoretical point of...
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