Dr
Iain D. Moore
(Department of Physics, University of Jyväskylä, Finland.)
08/06/2010, 09:00
Production and manipulation of RIB
invited
The preparation and subsequent manipulation of radioactive ion beams is a hot topic of interest for all facilities involved in the study of isotopes far from stability. With ever increasing primary beam intensities, the ability to handle unwanted secondary contaminants is of particular interest. The means to produce the secondary radioactive ion beams in a selective manner relies on novel...
Dr
Helmut Weick
(GSI)
08/06/2010, 09:30
Production and manipulation of RIB
invited
Projectile fragmentation or fission in flight is a rich source of exotic nuclei. The production cross sections of the selected nuclides are crucial for a successful experiment, but also the production rates of all other nuclei is of importance as they define the level of separation that must be reached. With beam intensities exceeding $10^{10}$ primary beam ions a high reduction factor must be...
Dr
Kieran Flanagan
(The University of Manchester)
08/06/2010, 10:00
Production and manipulation of RIB
oral
We report a new innovation in laser spectroscopy: Collinear Resonant Ionization Spectroscopy (CRIS), which aims to study the rarest isotopes produced at ISOLDE. CRIS relies on the new RFQ ion cooler and trap (ISCOOL) to remove the duty cycle losses that previously prevented effective realization of this technique. This method will produce ultra-clean isomeric beams, which can be studied...
Bruce Marsh
(CERN)
08/06/2010, 10:20
Production and manipulation of RIB
oral
For many ISOLDE users, the isobaric purity of the ion beam is a critical factor. The Resonance Ionization Laser Ion Source (RILIS) is the only ion source capable of achieving high ionization efficiency combined with chemical selectivity for many different elements. By using up to three broadly tunable dye lasers with optional second or third harmonic generation, ionization schemes for 27...
Anatolij Barzakh
(Petersburg Nuclear Physics Institute)
08/06/2010, 10:40
Production and manipulation of RIB
oral
To predict isotope yields in the future ISOL installations it is of crucial importance to understand properly the mechanism of isotope production in thick target. The present work seems to be a step toward this understanding.
Experimental yields of the mass separated Cs isotopes produced by 1 GeV proton beam in thick U targets (with the thicknesses 6.5, 91 and 146 g/cm2) have been analyzed in...
