Investigation to design, fabricate, and integrate a mobile radiation monitoring system in ocean

Tien-Anh Nguyen, T. V. Nguyen, Duc-Tan Tran
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Abstract

Ocean radiation monitoring and warning systems are essential in monitoring radioactive species' contamination levels in an oceanic environment and predicting the radioactive materials propagation caused by nuclear incidents in a marine area. Since the Fukushima nuclear disaster, different types of mobile radiation monitoring devices have been investigated based on modern technologies in electronic – communication. Those types of equipment can directly measure the radioactive contamination in the ocean instead of the traditional laboratory method. This study presents a complete process of researching, designing, manufacturing, and integrating a mobile radiation monitoring system (MRMS) in the ocean. The integrated radiation sensor can both measure radiation dose rate and identify radioactive isotopes on a floating device. The measured data from the sensor is processed and displayed on the electronic block by developed software, or it can be transmitted directly to the mainland by one of three different communication devices. This prototype system is the first product in Vietnam in the development of the MRMS, which is highly promising in terms of performance, low cost, and maintenance.
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海洋移动辐射监测系统的设计、制造与集成研究
海洋辐射监测和预警系统是监测海洋环境中放射性物质污染水平和预测海洋区域核事故引起的放射性物质传播的重要手段。自福岛核事故以来,基于现代电子通信技术,研究了不同类型的移动辐射监测设备。这些设备可以直接测量海洋中的放射性污染,而不是传统的实验室方法。本研究提出了海洋移动辐射监测系统(MRMS)的研究、设计、制造和集成的完整过程。集成的辐射传感器既可以测量辐射剂量率,又可以识别浮动装置上的放射性同位素。来自传感器的测量数据通过开发的软件处理并显示在电子块上,或者可以通过三种不同的通信设备之一直接传输到大陆。这个原型系统是越南发展MRMS的第一种产品,在性能、低成本和维护方面非常有前途。
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