Using the high-resolution performance of the fragment separator FRS at GSI we have discovered 60 new neutron-rich isotopes in the atomic number range of 60 <= Z <= 78. The new isotopes were unambiguously identified in reactions with a U-238 beam impinging on a Be target at 1 GeV/nucleon. The production cross-section for the new isotopes have been measured down to the pico-barn level and compared with predictions of different model calculations. For elements above hafnium fragmentation is the dominant reaction mechanism which creates the new isotopes, whereas fission plays a dominant role for the production of the new isotopes up to thulium. (C) 2012 Elsevier B.V. All rights reserved
5 pages, 2 figuresThe production of heavy neutron-rich nuclei has been investigated using cold fragm...
5 pages, 2 figuresThe production of heavy neutron-rich nuclei has been investigated using cold fragm...
The production of heavy neutron-rich nuclei has been investigated using cold fragmentation reactions...
Using the high-resolution performance of the fragment separator FRS at GSI we have discovered 60 new...
Using the high-resolution performance of the fragment separator FRS at GSI we have discovered 60 new...
Using the high-resolution performance of the fragment separator FRS at GSI we have discovered 60 new...
Using the high-resolution performance of the fragment separator FRS at GSI we have discovered 60 new...
Using the high-resolution performance of the fragment separator FRS at GSI we have discovered 60 new...
Abstract:Using the high-resolution performance of the fragment separator FRS at GSI we have discover...
AbstractUsing the high-resolution performance of the fragment separator FRS at GSI we have discovere...
AbstractUsing the high-resolution performance of the fragment separator FRS at GSI we have discovere...
The research of exotic, short-lived nuclei is a main contribution of modern nuclear physics to impro...
The production of heavy neutron-rich nuclei has been investigated using cold fragmentation reactions...
5 pages, 2 figuresThe production of heavy neutron-rich nuclei has been investigated using cold fragm...
5 pages, 2 figuresThe production of heavy neutron-rich nuclei has been investigated using cold fragm...
5 pages, 2 figuresThe production of heavy neutron-rich nuclei has been investigated using cold fragm...
5 pages, 2 figuresThe production of heavy neutron-rich nuclei has been investigated using cold fragm...
The production of heavy neutron-rich nuclei has been investigated using cold fragmentation reactions...
Using the high-resolution performance of the fragment separator FRS at GSI we have discovered 60 new...
Using the high-resolution performance of the fragment separator FRS at GSI we have discovered 60 new...
Using the high-resolution performance of the fragment separator FRS at GSI we have discovered 60 new...
Using the high-resolution performance of the fragment separator FRS at GSI we have discovered 60 new...
Using the high-resolution performance of the fragment separator FRS at GSI we have discovered 60 new...
Abstract:Using the high-resolution performance of the fragment separator FRS at GSI we have discover...
AbstractUsing the high-resolution performance of the fragment separator FRS at GSI we have discovere...
AbstractUsing the high-resolution performance of the fragment separator FRS at GSI we have discovere...
The research of exotic, short-lived nuclei is a main contribution of modern nuclear physics to impro...
The production of heavy neutron-rich nuclei has been investigated using cold fragmentation reactions...
5 pages, 2 figuresThe production of heavy neutron-rich nuclei has been investigated using cold fragm...
5 pages, 2 figuresThe production of heavy neutron-rich nuclei has been investigated using cold fragm...
5 pages, 2 figuresThe production of heavy neutron-rich nuclei has been investigated using cold fragm...
5 pages, 2 figuresThe production of heavy neutron-rich nuclei has been investigated using cold fragm...
The production of heavy neutron-rich nuclei has been investigated using cold fragmentation reactions...