This thesis concentrates on nuclear properties of very neutron deficient
nuclei near the proton dripline in the neighbourhood of doubly-magic 100Sn.
In an experiment performed in March 2008 at the GSI in Darmstadt, the exotic
nuclei were produced in a projectile fragmentation reaction using a 124Xe
primary beam with an energy of 100 AMeV impinging on a 4000 Beryllium target,
separated and identified in the FRS and eventually stopped for decay
spectroscopy in a complex implantation detector developed at the institute E12.
The Germanium array RISING was employed for the measurement of prompt and
delayed gamma radiation.
Production cross sections and half lives were determined along the proton
dripline. The isotopes 99Sn, 97In and 95Cd were identified for the first time.
additional nuclei studied in this thesis are 103Sn, 96Cd as well as the two
tin isotopes 101Sn and 102Sn.
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This thesis concentrates on nuclear properties of very neutron deficient
nuclei near the proton dripline in the neighbourhood of doubly-magic 100Sn.
In an experiment performed in March 2008 at the GSI in Darmstadt, the exotic
nuclei were produced in a projectile fragmentation reaction using a 124Xe
primary beam with an energy of 100 AMeV impinging on a 4000 Beryllium target,
separated and identified in the FRS and eventually stopped for decay
spectroscopy in a complex implantation de...
»