【摘要】 核聚变装置在放电实验期间会产生高能中子和γ射线等辐射,部分辐射会通过生物屏蔽物透射或天空反散射而到达工作场所或者环境。设计并实现了可用于全范围(近、中、远程三种应用条件)中子和光子辐射、计算机集中监控系统(RMS),包括对工作场所进行监测的CAN系统、基于一种新的TRP蓝牙树型拓扑Ad Hoc网络的形成机制和路由协议在装置周围区域内移动状态下进行环境辐射监测的无线网络系统、对远程环境进行监测的移动GPRS无线网络系统。更多还原

【Abstract】 Fusion device produces high-level neutrons and γ-rays,which would hazard the safety of the public and workers if the doses would be higher than the regulatory limits because of leakage from the bio-shielding and skyshine.It is essential to monitor the radiation doses in the workshop and the environment around fusion devices.A radiation monitoring system(RMS) for full(near and far) areas around a nuclear fusion device has been designed and developed,which can achieve the monitoring and controlling of radiation doses in the workshop area by using the Controller Area Network(CAN),in the institution area by using the Bluetooth Ad hoc network based on a new tree topology formation and routing protocol and in a long range environment by using the General Packet Radio Service(GPRS) network.更多还原