首页> 外文会议>The 3rd International Symposium on Supercritical Water-Cooled Reactors: Design and Technology >SUPERCRITICAL WATER LOOP DESIGN FOR CORROSION AND WATER CHEMISTRY TESTS UNDER IRRADIATION
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SUPERCRITICAL WATER LOOP DESIGN FOR CORROSION AND WATER CHEMISTRY TESTS UNDER IRRADIATION

机译:辐照下腐蚀和水化学测试的超临界水环设计

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An experimental loop operating with water at supercritical conditions (25MPa, 600℃ in the test section) is designed for operation in the research reactor LVR-15 in UJV Rez, Czech Republic. The loop should serve as an experimental facility for corrosion tests of materials for in-core as well as out-of-core structures, for testing and optimization of suitable water chemistry for a future HPLWR and for studies of radiolysis of water at supercritical conditions, which remains the domain where very few experimental data are available. At present, final necessary calculations (thermalhydraulic, neutronic, strength) are performed on the irradiation channel, which is the most challenging part of the loop. The concept of the primary and auxiliary circuits has been finished. The design of the loop shall be finished in the course of the year 2007 to start the construction, out-of-pile testing to verify proper functioning of all systems and as such to be ready for in-pile tests by the end of the HPLWR Phase 2 European project by the end of 2009.
机译:设计了一个在超临界条件下(25MPa,测试区域为600℃)以水运行的实验回路,用于在捷克共和国UJV Rez的研究堆LVR-15中运行。该回路应作为实验设备,用于岩心和岩心外结构材料的腐蚀测试,测试和优化适用于未来HPLWR的水化学性质以及研究超临界条件下水的放射分解,仍然是几乎没有可用实验数据的领域。目前,最后必要的计算(热液,中子,强度)是在辐射通道上执行的,这是回路中最具挑战性的部分。主电路和辅助电路的概念已经完成。环路的设计应在2007年内完成,以开始建造,进行桩外测试,以验证所有系统的正常功能,并因此在HPLWR结束前准备进行桩内测试到2009年底的第二阶段欧洲项目。

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