In a collaboration between the INFN-SPES project and iThemba LABS, an on-line test of the power dissipation of a multi-slice target concept for radioactive-ion beam production has been performed. Using the 66MeV proton beam from the iThemba LABS Separated Sector Cyclotron, a total power of 4 kW was deposited in the target complex, consisting of 13 Silicon Carbide (SiC) discs of about 1 millimetre thickness housed in a graphite cylinder. The results of the measurements fully validate thermal FEM simulations and confirm that the multi-foil target system is a reliable and affordable device for secondgeneration ISOL-RIB facilities like SPES.
On-line test using multi-foil SiC target at iThemba LABS
MONETTI, ALBERTO;ANDRIGHETTO, ALBERTO;CORRADETTI, STEFANO;MANZOLARO, MATTIA;MENEGHETTI, GIOVANNI;ROSSIGNOLI, MASSIMO;SCARPA, DANIELE;
2016
Abstract
In a collaboration between the INFN-SPES project and iThemba LABS, an on-line test of the power dissipation of a multi-slice target concept for radioactive-ion beam production has been performed. Using the 66MeV proton beam from the iThemba LABS Separated Sector Cyclotron, a total power of 4 kW was deposited in the target complex, consisting of 13 Silicon Carbide (SiC) discs of about 1 millimetre thickness housed in a graphite cylinder. The results of the measurements fully validate thermal FEM simulations and confirm that the multi-foil target system is a reliable and affordable device for secondgeneration ISOL-RIB facilities like SPES.
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