摘要
为满足核与辐射应急监测时,在一些人为无法到达的水域进行水体采样和γ剂量监测的需求,设计可进行γ剂量测量的无人采样船。该系统设计船体、多参数探头、摄像头、卫星定位、通信系统、遥控系统、采样系统、地面控制站及管理软件等模块,可实现对水体的γ剂量率监测,可根据需求设置多种采样方案并完成采集。该系统可提高对水体放射性水平监测的准确性,有效提高辐射事故应急处置能力,提高辐射工作人员的安全性,可为四川省核与辐射应急体系的建设提供技术支持。
In order to meet the needs of water sampling and gamma dose monitoring in some artificially inaccessible waters during nuclear and radiation emergency monitoring,an unmanned sampling ship capable of gamma dose measurement was designed.The system designs modules such as hull,multi-parameter probe,camera,satellite positioning,communication system,remote control system,sampling system,ground control station,management software and so on,which can realize the monitoring ofγdose rate of water body.A variety of sampling schemes can be set up according to the requirements and complete the collection.The system can improve the accuracy of monitoring the radioactive level of water body,effectively improve the emergency response capacity of radiation accidents,improve the safety of radiation workers,and provide technical support for the construction of nuclear and radiation emergency system in Sichuan Province.
出处
《科技创新与应用》
2023年第30期111-115,共5页
Technology Innovation and Application
关键词
无人采样船
水样采集
γ剂量率测量
核与辐射应急监测
辐射事故
unmanned sampling ship
water sample collection
γdose rate measurement
nuclear and radiation emergency monitoring
radiation accident
