The temperature dependence of neutron-rich isotope yields was studied within the framework of the HRIBF-SPES Radioactive Ion Beams (RIB) project. On-line release measurements of fission fragments from a uranium carbide target at 1600 degrees C, 1800 degrees C and 2000 degrees C were performed at ORNL (USA). The fission reactions were induced by a 40MeV proton beam accelerated into a uranium carbide target coupled to a plasma ion source. The experiments allowed for tests of performance of the SPES multi-foil target prototype loaded with seven UC(2)/graphite discs (ratio C/U = 4) with density about 4 g/cm(3).
Temperature dependence of yields from multi-foil SPES target
BIASETTO, LISA;MANZOLARO, MATTIA;CARTURAN, SARA MARIA;ZANONATO, PIER LUIGI;
2011
Abstract
The temperature dependence of neutron-rich isotope yields was studied within the framework of the HRIBF-SPES Radioactive Ion Beams (RIB) project. On-line release measurements of fission fragments from a uranium carbide target at 1600 degrees C, 1800 degrees C and 2000 degrees C were performed at ORNL (USA). The fission reactions were induced by a 40MeV proton beam accelerated into a uranium carbide target coupled to a plasma ion source. The experiments allowed for tests of performance of the SPES multi-foil target prototype loaded with seven UC(2)/graphite discs (ratio C/U = 4) with density about 4 g/cm(3).
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