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A Review on Application of Technologies for Measuring Hydrogen Concentration in Containment

机译:安全壳中氢浓度测量技术的应用综述

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Hydrogen concentration measuring technologies in containment can play an important role in preventing radioactive materials leakage and ensuring the safety of people and property in nuclear accident. However, as a confined space, the environmental condition in the containment during a severe accident is very complex and harsh, with high temperature, high pressure, high humidity and high-level radioactive. Thus, it is an issue worth exploring how to ensure the availability, safety and measurement accuracy of the hydrogen measuring devices in such special conditions. This article reviews the hydrogen measuring technology and related products currently used in nuclear power plant in the world. Because of the particularity of the severe accident conditions, some measuring technology and related products need further improvement and perfection. After the Fukushima nuclear accident, the technology for measuring hydrogen concentration in containment has become more compelling. The CH-15 type hydrogen concentration measuring device, which was independent developed by the 718th Research Institute, was briefly introduced in the end of this article. With deepening understanding of nuclear accident by nuclear power industry, the advanced hydrogen measuring devices will be widely used in nuclear power plant in the world, which will be helpful to improve the safety level of nuclear power plant.
机译:密闭中的氢浓度测量技术在防止放射性物质泄漏以及确保核事故中人员和财产的安全方面可以发挥重要作用。然而,作为密闭空间,严重事故期间安全壳内的环境条件非常复杂和严酷,具有高温,高压,高湿度和高放射性水平。因此,在这样的特殊条件下,如何确保氢测量装置的可用性,安全性和测量精度是一个值得探讨的问题。本文回顾了当前世界上核电厂中使用的氢测量技术和相关产品。由于严重事故条件的特殊性,一些测量技术和相关产品需要进一步改进和完善。福岛核事故发生后,用于测量安全壳中氢浓度的技术变得越来越引人注目。本文最后简要介绍了由718th研究所独立开发的CH-15型氢浓度测量装置。随着核电行业对核事故认识的加深,先进的氢测量装置将在世界范围内的核电站中得到广泛应用,这将有助于提高核电站的安全水平。

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