2011International Journal of the Physical SciencesOpen access

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

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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.

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Available 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.

Key concepts: Cyclotron, Beam (structure), Beam energy, Proton, FOIL method, Metal, Materials science, Energy (signal processing)

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