It is shown that there exists an optimal thickness of a rubidium target, dependent on the proton energy at its ingress, for reaching a compromise between the maximum yield of ⁸²Sr and a minimum relative yield of the impurities ⁸³Sr and ⁸⁵Sr. The optimal irradiation regime and holding time are determined for a target to chemical separation of strontium from it during operation with no accelerator downtime. Recommendations are made for operating with partial loads.

中文翻译：

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70 MeV质子辐照Target靶的82 Sr产量优化

已经表明，存在target靶的最佳厚度，这取决于thickness靶进入时的质子能量，以便在最大产率⁸² Sr和最小杂质相对杂质⁸³ Sr和⁸⁵ Sr之间达成妥协。确定在不加速器停机的情况下操作过程中锶与锶化学分离的目标的辐照范围和保持时间。建议在部分负载下运行。