Abstract
Fast beam collinear laser spectroscopy has yielded information on nuclear structure on the long chain of neutron deficient Tl isotopes (186 ≤ A ≤ 205) using heavy ion fusion evaporation reactions to produce Tl-ion beams which for the most neutron deficient isotope were only about 10 4/s. The new radioactive heavy ion beam facility projected to be completed in 1995 requires even higher sensitivities at the few 10 nuclei/s level. Two examples to realize such ultra-sensitive measurements employing laser techniques are described. They are: field-ionization spectroscopy in a fast beam and stored ion spectroscopy in a novel linear combined trap.
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