第四代核反应堆工况下试验装置工作参数监测应用的初步研究

Denis Toma, Nitu Alexandru Ionut, N. Bizon, Livia Stoica, V. Radu, Viorel Ionescu, A. Jinga, V. Olaru, M. Matei
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引用次数: 0

摘要

对能源供应、气候变化、空气质量和能源安全的担忧表明,核能在未来的能源供应中扮演着重要的角色。虽然目前的第二代和第三代核电站为许多市场提供了经济上可接受的电力来源,但第四代核电系统设计的未来进展可能会扩大利用核能的机会。RATEN ICN开展的关于第四代能源系统的研究-开发-创新活动的重点是,通过几个研究方向,开发ALFRED演示器(先进铅快堆欧洲演示器)。本文强调了监测第四代反应堆专用实验设施工作参数的必要性,并介绍了为液态铅环境下的热机械测试设施开发的软件应用程序。所开发的应用程序对在核研究所的研究实验室进行实验工作是有用的。本应用程序旨在整合新的项目概念,希望在工业规模上用于发电厂,以展示和提供可行的技术解决方案,以促进资格和许可程序。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Preliminary Study on the Application for Monitoring Work Parameters in the Experimental Testing Facility under the Operating Conditions Generation IV Nuclear Reactors
The concerns about the availability of energy resources, climate change, air quality, and energy security suggest the important role that nuclear power has in the future energy supply. While current Generation II and Generation III types of nuclear power plants provide an economically acceptable source of electricity for many markets, future advances in the design of Generation IV nuclear power systems may expand opportunities for the use of nuclear energy. The Research-Development-Innovation activity carried out by RATEN ICN regarding Generation IV energy systems is focused, through several research directions, on the development of the ALFRED demonstrator (Advanced Lead Fast Reactor European Demonstrator). In this paper, the need for monitoring the working parameters in the experimental facilities dedicated to generation IV reactors is highlighted and a software application developed for a thermo-mechanical test facility in a liquid lead environment is presented. The developed application is useful for carrying out experimental work in research laboratories within the Nuclear Research Institute. This application aims to integrate new project concepts that want to be used, on an industrial scale, in power plants to demonstrate and make available viable technical solutions to facilitate the qualification and licensing process.
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