Description
Chair:
Dr
Sergey Zemlyanoy
(Joint Institute for Nuclear Research, Dubna, Russia)
05/12/2013, 15:15
Oral
Unexplored area of heavy neutron rich nuclei is very important for nuclear physics investigations and, in particular, for the understanding of astrophysical nucleosynthesis. In this region is the closed neutron shell N=126 located which is the last “waiting point” in the r-process .The half-lives and other characteristics of these nuclei are extremely important for this process and scenario of...
Dr
Andrey Popeko
(Joint Institute for Nuclear Reserach)
05/12/2013, 15:35
Oral
In the past, various types of reactions and identification techniques were applied in the investigation of formation cross sections and decay properties of transuranium elements. The fusion - evaporation reactions with heavy targets, recoil - separation techniques and identification of nuclei by the parent -- daughter generic coincidences with the known daughter-nuclei after implantation into...
Dr
Alexander Volya
(Florida State University)
05/12/2013, 15:55
Oral
Multi-particle correlations are important in nuclear clustering, alpha decays, multi-particle transfer reactions and in other aspects of nuclear dynamics. In this presentation we use the modern configuration-interaction approach to study these questions. Using algebraic models and some of the most advanced realistic shell model Hamiltonians, we explore the alpha spectroscopic factors for...
Prof.
Hans Feldmeier
(GSI)
05/12/2013, 16:15
Poster
Light nuclei are studied within the Fermionic Molecular Dynamics model.
An effective interaction based on the Argonne V18 interaction is used
for all nuclei. Short-range central and tensor correlations are treated
explicitly using a unitary correlation operator. The evolution of
cluster structures and halos with increasing neutron or proton number
or excitation energy is discussed....
Dr
M J Taylor
(Schuster Laboratory, University of Manchester, Manchester, UK)
05/12/2013, 16:35
Oral
Proton emission rates are highly sensitive to nuclear deformation but in all known cases the deformation has never been experimentally determined. Currently, tunnelling calculations have to rely on theoretical estimates of quadrupole deformation, a key input parameter, due to the lack of experimentally determined values. In order to address this logical weakness, A new plunger device, DPUNS,...
