首页> 外文期刊>Nuclear Instruments & Methods in Physics Research. Section A, Accelerators, Spectrometers, Detectors and Associated Equipment >Devices and methods used for radiation monitoring of sea water during salvage and transportation of the Kursk nuclear submarine to dock
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Devices and methods used for radiation monitoring of sea water during salvage and transportation of the Kursk nuclear submarine to dock

机译:在库尔斯克号核潜艇打捞和运输过程中用于海水辐射监测的装置和方法

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The paper contains the description and the results of the measurements of the Russian system for radiation control, which was mounted on the hull of the "Kursk" nuclear submarine during its salvage. The main tasks for carrying out measurements with this system were the control of possible leaks of radioactive substances into the ocean water and the assessment of radioactive effects on the environment. The system consisted of eight underwater gamma spectrometric detectors with scintillation crystals of NaI(Tl) 63 x 250mm. A special evaluation method and a computer program were developed for carrying out long-term continuous measurements, which allowed for the automation of the control process. International compatibility of the measurement results was provided by the traceability to the national standard. For this reason, each detector was tested for sensitivity to the ~(137)Cs radionuclide, uniformly spread in a quasi-infinite aqueous medium. The measurements showed that no gamma-irradiating radionuclides were released into the environment.
机译:该文件包含了俄罗斯辐射控制系统的描述和测量结果,该系统在救助期间安装在“库尔斯克”号核潜艇的船体上。用该系统进行测量的主要任务是控制放射性物质可能泄漏到海水中以及评估放射性对环境的影响。该系统由八个水下伽马能谱探测器组成,这些探测器具有NaI(Tl)63 x 250mm的闪烁晶体。开发了一种特殊的评估方法和计算机程序来进行长期连续测量,从而实现控制过程的自动化。通过对国家标准的可追溯性,提供了测量结果的国际兼容性。因此,测试了每个检测器对均匀扩散在准无限水性介质中的〜(137)Cs放射性核素的敏感性。测量结果表明,没有伽马辐射放射性核素释放到环境中。

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