Abstract
The performance of a high temperature ion source coupled to a helium gas-jet transport system for an efficient mass separation of neutron-rich alkaline earth and lanthanide isotopes is reported and the results of overall efficiency measurements using different cluster materials in the gas-jet are given. A fast, microprocessor controlled tape transport system for γ-spectroscopic studies on short-lived isotopes is described. Some results on the decay of 3.8-s 152Pr are presented.
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