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Regulatory Leak Testing of the Bulk Tritium Shipping Package

机译:散装Tri运输包装的监管泄漏测试

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The Department of Energy requested the Savannah River National Laboratory (SRNL) to designand test a radioactive shipping packaging for transporting bulk quantities of tritium. The paperdiscusses the performance evaluation on the package’s containment vessels following 10 CFR 71Normal Conditions of Transport (NCT) and Hypothetical Accident Condition (HAC) performancetesting. Specifically, this paper discusses the design features of the Bulk Tritium Shipping Package(BTSP) and the test methods used to demonstrate that the containment vessels remained leak tightfollowing performance testing under regulatory accident conditions. The features of thecontainment boundary required six separate leak tests on each vessel to validate leak tightperformance. The techniques developed for this testing could be used on other containment vesselswhere secondary penetrations are not available for the introduction of helium or other tracer gasesprior to post HAC leak testing.
机译:能源部要求萨凡纳河国家实验室(SRNL)设计 并测试用于运输大量test的放射性运输包装。论文 讨论了根据10 CFR 71对包装的安全壳进行性能评估 正常运输条件(NCT)和假设事故条件(HAC)的性能 测试。具体来说,本文讨论了散装Tri运输包装的设计特征 (BTSP)和用来证明安全壳仍保持密封的测试方法 在监管事故条件下进行性能测试。的功能 安全壳边界要求对每个容器进行六次单独的泄漏测试,以验证密封性 表现。为该测试开发的技术可以在其他安全壳上使用 二级渗透无法用于引入氦气或其他示踪气体的地方 在进行HAC泄漏测试之前。

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