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Exposure from residual radiation after synchrotron shutdown

机译:同步加速器关闭后残留辐射的照射

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Personnel exposure from residual radiation present after an accelerator is shutdown for preventative or corrective maintenance is an important aspect that governs the manner in which a light ion facility can be used. This radiation is not only a safety issue for maintenance personnel but also can affect the patient throughput of the facility. Measurements were made with survey instruments around the synchrotron accelerator at the Loma Linda University Proton Treatment Facility and personnel dosimetry records of maintenance staff were reviewed. Results showed that the residual radiation in this facility design is very low, does not significantly impact maintenance staff safety, and has placed no restrictions on patient throughput.
机译:为了预防性或纠正性维护而在加速器关闭后存在的人员残余辐射中的人员暴露是控制光离子设施使用方式的重要方面。辐射不仅是维护人员的安全问题,而且还会影响设施的患者通量。在洛马琳达大学质子处理设施中使用同步加速器周围的调查仪器进行测量,并审查了维护人员的人员剂量记录。结果表明,该设施设计中的残留辐射非常低,不会显着影响维护人员的安全,并且对患者的通过量没有任何限制。

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