'78 ni' diaporamas de présentation

Jorge Pereira (pereira@nscl.msu) National Superconducting Cyclotron Laboratory (NSCL/MSU)

Jorge Pereira, INPC 2007. Studies of r-process nuclei at NSCL Astrophysical importance of b -decay studies in the understanding of the r-process. Jorge Pereira (pereira@nscl.msu.edu) National Superconducting Cyclotron Laboratory (NSCL/MSU) Joint Institute for Nuclear Astrophysics (JINA).

904 views • 67 slides

Structure evolution towards 78 Ni :

733 views • 61 slides

The origin of heavy elements in the solar system

717 views • 58 slides

Structure evolution towards 78 Ni :

Structure evolution towards 78 Ni : challenges in the interpretation of hard-won experimental data solved by simple means. the N=50 shell effect, evolution towards 78 Ni : present status. 1. deeper into nuclear structure close to 78 Ni :. 2.

628 views • 49 slides

The first steps to EURISOL

The first steps to EURISOL. Peter Butler University of Liverpool on behalf of the EURISOL Design Study. Eurisol. 1 GeV p and other light ions 100kW direct production 5 MW spallation n target 0 ? 150 MeV/u RIB

485 views • 38 slides

439 views • 33 slides

Alexander Lisetskiy

Beta-decay of neutron-rich Ni and Cu isotopes in a shell model approach. Alexander Lisetskiy. Hirschegg 2006. Exotic regions. Shell Model Effective Interaction. Fitting Landscape. F. Lisetskiy, B. A. Brown, M. Horoi, H. Grawe, PRC 70, 044314, (2004).

349 views • 22 slides

Nuclear Astrophysics with fast radioactive beams

Nuclear Astrophysics with fast radioactive beams. Hendrik Schatz Michigan State University National Superconducting Cyclotron Laboratory Joint Institute for Nuclear Astrophysics JINA. Outline: rp-process r-process. Accreting neutron stars. Bursts and other nuclear processes

367 views • 19 slides

Approaching 78 Ni Along the N=50 Line M.P. Carpenter Argonne National Laboratory

Approaching 78 Ni Along the N=50 Line M.P. Carpenter Argonne National Laboratory. Studies with Gammasphere on neutron rich N~50 nuclei populated in deep inelastic collisions (DIC) using an 82 Se beam on 208 Pb and 238 U thick targets Results on 84 Se and 82 Ge (N=50)

293 views • 17 slides