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Radiations monitoring system with miniature radiometers based on semiconductor detectors

机译:基于半导体检测器的微型辐射仪辐射监测系统

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In this paper we present the research results obtained in the implementation of a radiations monitoring system based on miniature radiometers with semiconductor detectors. The domain of applications for the presented system is wide, from nuclear safety to active personal dosimetry. The basic structure of this radiation monitoring system comprises many portable dosimeter stations and a mobile dosimetry computerized central console. The data stored and processed on the central console can be sent to the other computerized centers situated in different geographical location. The readout electronics of the system use PIN diode radiations detector, having 5 mm thickness. The novelty of the presented system consists in the improved design and fabrication of the detector's electronics in order to be capable to accomplish the needs of gamma radiations dosimetry and hybrids PIN diode array for charged particle detectors. In the paper are presented the results obtained during testing and characterizing the new devices in gamma fields, operating at room temperature. The radiations monitoring system use an improved design based on telepositional GPS satellite methods and GSM terrestrial civil radiotransmision networks. This implementation solution overcomes the limitations of fixed and portable dosimeters, providing wireless real time radiations data and geospatial information.
机译:在本文中,我们提出在辐射基于与半导体探测器微型辐射计监视系统的实施所获得的研究成果。对于所提出的系统应用域名广,从核安全到主动的个人剂量。这种辐射监测系统的基本结构包括许多便携式剂量计站和一个移动剂量测定计算机化的中央控制台。存储和处理的中央控制台上的数据可被发送到位于不同地理位置的其它计算机化中心。该系统中使用PIN二极管辐射检测器的读出电子器件,具有5毫米的厚度。所呈现的系统的新颖性在于在改进的设计和检测器的电子元件的制造中为了能够实现伽马辐射的需要剂量测定和用于带电粒子探测器杂种PIN二极管阵列。在纸张被呈现测试并在伽马字段表征的新设备,在室温下操作时获得的结果。的辐射监测系统使用基于telepositional GPS卫星的方法和GSM地面民用radiotransmision网络的改进设计。此实现解决方案克服了固定和便携式剂量计的限制,提供无线实时辐射数据和地理空间信息。

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