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Toshimi Suda (Tohoku University)27/03/2012, 11:00TalkElectron scattering is known to be the best probe for structure studies of atomic nuclei. It has been consistently playing a key role for our understanding of the internal structure of stable nuclei. We have proposed a novel internal-target scheme, SCRIT (Self-Confining RI Target) [1,2], which enables us to realize never-yet-performed electron scattering for short-lived nuclei. ...Go to contribution page
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Jenny Lee (RIKEN)27/03/2012, 11:25TalkThe High Resolution Array (HiRA) constructed as a collaborative effort between Washington University, St. Louis, Indiana University, Bloomington and INFN, Milano, Italy has been used successfully in several direct reaction decay spectroscopy experiments with exotic beams. This talk will review and discuss the physics of some of measurements performed with this array. These include programs in...Go to contribution page
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Giuseppe Cardella (INFN - Sezione di Catania)27/03/2012, 11:50TalkRelatively large yields of various neutron rich exotic beams, produced through the in flight fragmentation method are available at LNS especially after the successful upgrading of the fragmentation beam line [1]. Using the CHIMERA detector [2] implemented by a recent upgrade of Pulse Shape method in silicon detector [3], we started a campaign to study transfer, pick-up, knock-out reactions,...Go to contribution page
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Rubens Lichtenthäler (University of São Paulo)27/03/2012, 12:15TalkRIBRAS [1] is presently the only experimental equipment in South America capable of producing secondary beams of rare isotopes. It consists of two superconducting solenoids, presently installed in one of the beam lines of the 8 MV Pelletron Tandem accelerator of the University of São Paulo. The exotic nuclei are produced by the collision between the primary beam of the Pelletron Accelerator...Go to contribution page
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Matteo M. Angarano (CAEN S.p.A.)27/03/2012, 12:40
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