首页> 外文会议>IEEE Nuclear Science Symposium;Medical Imaging Conference >Dual-Sided Microstructured Semiconductor Neutron Detector (DS-MSND) Implementation into an Area Radiation Gamma and Neutron Origin Telemetry (ARGANOT) Mobile Detection System
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Dual-Sided Microstructured Semiconductor Neutron Detector (DS-MSND) Implementation into an Area Radiation Gamma and Neutron Origin Telemetry (ARGANOT) Mobile Detection System

机译:双面微结构化半导体中子探测器(DS-MSND)实施进入区域辐射伽马和中子遥控器(argorot)移动检测系统

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An Area Radiation Gamma and Neutron Origin Telemetry mobile detection system has been developed implementing Dual Sided Microstructured Semiconducting Neutron Detectors and SrI2 gamma-ray detectors to aid in the alerting to and locating of special nuclear material. ARGANOT modules allow for overt or covert operation with battery life lasting greater than 10-18 hours. Operators are alerted to the presence of radiation, can view accumulated count rates, and can view the gamma-ray spectrum to aid in source identification. Future models will incorporate GADRAS, dose monitoring capabilities, more efficient DS-MSND detectors, and directional algorithms.
机译:区域辐射伽玛和中子原点遥测移动检测系统已经开发出双面微结构的半导体中子探测器和SRI 2 伽马射线探测器有助于提醒和定位特殊核材料。 Argorot模块允许公开或隐蔽的操作,电池寿命持续超过10-18小时。 经营者警告出辐射的存在,可以查看累计计数率,并可以查看伽马射线谱帮助源识别。 未来的模型将包含Gadras,剂量监控能力,更高效的DS-MSND探测器和定向算法。

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