Investigations of proton beam energy of the MC-50 cyclotron at KIRAMS
Mayeen Uddin Khandaker, G. N. Kim, Kwangsoo Kim, Hasan Abu Kassim, Bijan Nikouravan
Abstract
Mayeen Uddin Khandaker, G. N. Kim, Kwangsoo Kim, Hasan Abu Kassim, Bijan Nikouravan
Abstract
nat Cu(p,xn) 62 Zn / nat Cu(p,xn) 65 Zn together with a stacked-foil activation technique. The beam energy along with the stacked samples was also theoretically calculated using computer program SRIM-2003. The measured beam energy showed generally a good agreement with the calculated ones, and this fact demonstrated that the energy (<30 MeV) of the proton beam could be determined by irradiating thin metallic Cu foil target with natural isotopic compositions. Hence, this may be considered as a useful technique for beam monitoring purposes in activation experiment.
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nat Cu(p,xn) 62 Zn / nat Cu(p,xn) 65 Zn together with a stacked-foil activation technique. The beam energy along with the stacked samples was also theoretically calculated using computer program SRIM-2003. The measured beam energy showed generally a good agreement with the calculated ones, and this fact demonstrated that the energy (<30 MeV) of the proton beam could be determined by irradiating thin metallic Cu foil target with natural isotopic compositions. Hence, this may be considered as a useful technique for beam monitoring purposes in activation experiment.
Key concepts: Cyclotron, Beam (structure), Beam energy, Proton, FOIL method, Metal, Materials science, Energy (signal processing)