同位素2026，Vol.39Issue(4)：322-330,9.DOI:10.7538/tws.2026.youxian.077
基于LoRa通信的低功耗γ辐射探测模块设计
Design of a Low-Power Gamma Radiation Detection Module Based on LoRa Communication
摘要
Abstract
In the event of a nuclear emergency,it is crucial to quickly assess the radiation levels within the nuclear power plant site.To address the issue of the rapid changes in the radiation field after a nuclear accident and the potential failure of the fixed monitoring network,this study has developed a low-power gamma radiation detection module based on LoRa.The system employs a dual-probe detector with scintillation and semiconductor sensors.Through both hardware and software low-power designs,it achieves wide-range,low-power long-term continuous monitoring.Utilizing the self-organizing network technology of the LoRa module,it supports rapid multi-point deployment and long-distance wireless transmission.Test results indicate that the module operates stably in complex environments,with low power consumption and reliable data.It meets the needs for rapid response in nuclear emergencies and wide-area radiation monitoring,and has good prospects for engineering applications.关键词
核应急监测/γ辐射探测/LoRa/低功耗Key words
nuclear emergency monitoring/γ radiation detection/LoRa/low power分类
能源科技引用本文复制引用
黄晓鹏,肖思敏,李兴隆,袁国军,李世垚,汪传高,骆志平..基于LoRa通信的低功耗γ辐射探测模块设计[J].同位素,2026,39(4):322-330,9.基金项目
一体化闭式循环快堆核能系统项目 （）
