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Source term calculation and validation for F-18-production with a cyclotron for medical applications at HZDR

机译:用于HZDR医疗应用的F-18生产的源代码计算和验证

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In this document we present the calculation and experimental validation of a source term for F-18-production with a cyclotron for medical applications operating at 18 MeV proton energy and 30 mu A proton current. The Monte Carlo codes MCNP6 and FLUKA were used for the calculation of the source term. In addition, the radiation field around the O-18-enriched water target was simulated with the two codes. To validate the radiation field obtained in the simulation, an experimental program has been started using activation samples which are placed close to the water target during an F-18-production run of the cyclotron. After the irradiation, the samples are analysed and the resulting activation is compared to Monte Carlo calculations of the expected sample activation. We find good agreement between simulations and experimental results, with most calculation to experiment (C/E) ratios well between 0.6 and 1.4.
机译:在本文献中,我们介绍了F-18-生产的源期限的计算和实验验证,用回旋加速器用于在18 meV质子能量和30μm质子电流下运行的医疗应用。 Monte Carlo Codes MCNP6和Fluka用于计算源期限。 另外,用两种代码模拟富含O-18富含水靶的辐射场。 为了验证在模拟中获得的辐射场,使用激活样品开始了实验程序,该激活样本在回旋加速器的F-18生产过程中靠近水靶。 在照射之后,分析样品,并将得到的活化与预期样品激活的蒙特卡罗计算进行比较。 我们在模拟和实验结果之间找到了良好的一致性,大多数计算到实验(C / E)比率在0.6和1.4之间。

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