-
Moumita Maiti (Saha Institute of Nuclear Physics)18/11/2009, 14:10The proposed EURISOL facility is expected to be the world’s largest ISOL facility to produce a large variety of high intensity radioactive ion beam in near future. Unlike the existing ISOL facilities, mercury or lead-bismuth target will be exploited simultaneously as neutron converter and coolant in the EURISOL facility. A large number of radionuclides will be produced as a result of a few GeV...Go to contribution page
-
Seung-Woo Hong (Sungkyunkwan University)18/11/2009, 14:40In 2009 the Korean government announced a plan to construct a Heavy Ion Accelerator facility in Korea. A plan to construct a Heavy Ion Accelerator to produce rare isotope beams is underway. The construction of this facility will be one of few mega-projects for basic science research facility in Korea. This facility tentatively referred to as KoRIA (Korea Rare Isotope Accelerator) is planned as...Go to contribution page
-
Elena wildner (CERN)18/11/2009, 15:00Ion production needs for beta beams “Neutrino properties are interesting probes to physics beyond the Standard Model. High quality neutrino beams of pure electron (anti-)neutrinos can be produced by accelerating beams of beta radioactive ions (beta beams) and let them decay in long straight sections in a race track shaped storage ring. Two ion species are needed, one producing neutrinos...Go to contribution page
-
Thierry Stora (CERN)18/11/2009, 15:20We report here results obtained this year on the production of Beams by (n,X) reactions with the ISOLDE neutron converter. The converter is traditionally used to produce n-rich fission fragments in UCx targets. We present here data on 9Be(n,alpha)6He obtained with a new BeO target coupled to the VADIS ion source. Record 6He intensities were indeed obtained. Information on the neutron...Go to contribution page
-
Michael Hass (Weizmann Institute of Science)18/11/2009, 15:40The standard model of particle physics has proved to provide a good description of almost all known particle physics processes. Despite it's suc- cesses, however, the standard model is known to be incomplete, eg. in that the standard model parameters are arbitrary and derived from experiment rather than a priori. Experiments to test for physics beyond the standard model are...Go to contribution page
Choose timezone
Your profile timezone: