Quantitative evaluation of heat dissipation of a tellurium dioxide target front cooling during deuterons irradiation
Salodkin S. S.
1, Tyurin Yu. I.
1, Sokhoreva V. V.
11Tomsk Polytechnic University, Tomsk, Russia
Email: salodkinstepan@gmail.com
To ensure the maximum possible cyclotron beam current during the production of iodine-based radiopharmaceuticals, a new method of the TeO2 target forward cooling was developed and tested. Using a mathematical model of irradiation and cooling processes, the intensity of heat dissipation was determined, and assumptions about the criteria of destruction of the TeO2 target were made. Keywords: nuclear medicine, radioiodine, radiopharmaceutical, tellurium dioxide, cyclotron, target cooling.
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