摘要
目的为整合人员剂量监测资源和管理结构,构建人员照射剂量信息化模型系统。方法利用门禁系统与剂量设备临时绑定、环境数据与剂量数据转化等技术方法,设计了外照射剂量数据快速采集分析、人员剂量预警、剂量大数据排班智能决策等模型算法。结果开发的放射性人员剂量管理模型系统,实现了人员外照射剂量监测数据的快速采集、内照射剂量即时估算与评估、人员超剂量预警和人员辐射防护优化决策。结论开发的模型系统可用于创新剂量管理模式,改进剂量管理流程和提升剂量管理效能。
Objective To integrate personnel dose monitoring resources and mangement structure,an information model system of personnel exposure dose is built.Methods By using techniques which include temporary binding between access control system and dose device,conversion of environmental data and dose data,and so on,we design fast external dose data acquisition and analysis model,personnel dose warning algorithm,intelligent scheduling model based on large dose data,etc.Results The developed dose management model system for radiation workers has realized rapid data acquisition of external radiation dose monitoring,real-time estimation and evaluation of internal radiation dose,personnel overdose warning,and personnel radiation protection optimization decision.Conclusion The developed model system can be used for innovating dose management pattern,improving dose management process,and upgrading dose management efficiency.
作者
王婷
王宋
Wang Ting;Wang Song(the People′s Liberation Army 92609 Unit,Beijing 100077,China)
出处
《海军医学杂志》
2019年第1期16-20,共5页
Journal of Navy Medicine
关键词
剂量
内照射
外照射
辐射防护
信息系统
Does
Internal radiation
External radiation
Radiation protection
Information system
