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首页> 外文期刊>Journal of nuclear science and technology >Experimental Studies on Safety of Dry Cask Storage Technology of Spent FuelAllowable Temperature of Cladding and Integrity of Cask under Accidents
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Experimental Studies on Safety of Dry Cask Storage Technology of Spent FuelAllowable Temperature of Cladding and Integrity of Cask under Accidents

机译:事故乏燃料干桶贮存技术的安全性试验研究-事故发生时的熔覆温度和完整性。

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The purpose of this report is to publish results on a comprehensive review of research subjects on safety of the dry cask storage and to publish a part of the research results. (1) A method to calculate the maximum allowable temperature of fuel cladding was proposed, based on experiments using irradiated and non-irradiated Zircaloy tube specimens, in order to prevent excessive creep deformation of fuel cladding in dry cask. (2) Under an accidental test of "Cask drop onto concrete floor", the cask integrity was demonstrated using full-scale casks (100-t class). (3) Under an accidental test of "Building collapse and drop of heavy objects onto cask", the cask integrity was demonstrated using a full-scale cask (100-t class). (4) As to possibility of cask toppling by earthquake, analytical and experimental results using a scale model cask showed that the cask will not be toppled by earthquake.
机译:本报告的目的是发布有关干燥桶存储安全性研究主题的全面综述的结果,并发布部分研究结果。 (1)提出了一种基于辐照和未辐照的Zircaloy管样品的实验来计算燃料包壳最高允许温度的方法,以防止燃料在干桶中产生过度的蠕变变形。 (2)在“木桶掉落到混凝土地板上”的偶然测试中,使用全尺寸木桶(100吨级)证明了木桶的完整性。 (3)在“将重物倒塌并摔倒在木桶上”的偶然测试中,使用全尺寸木桶(100吨级)证明了木桶的完整性。 (4)对于因地震而引起的木桶翻倒的可能性,使用比例模型木桶的分析和实验结果表明该木桶不会因地震而翻倒。

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