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首页> 外文期刊>Atomic Energy >ANALYSIS OF THE POLONIUM HAZARD IN NUCLEAR POWER SYSTEMS WITH LEAD-BISMUTH COOLANT
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ANALYSIS OF THE POLONIUM HAZARD IN NUCLEAR POWER SYSTEMS WITH LEAD-BISMUTH COOLANT

机译:铅铋冷却液对核动力系统中LON危害的分析

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Polonium presents no danger under normal operating conditions when the coolant loop is sealed. In our country, we have almost 40 years of experience in working with radioactive lead―bismuth coolant in the reactors used in nuclear-powered submarines and ground-based testing prototypes. This experience has made it possible to study how the polonium radiation conditions inside working enclosures are produced and to develop effective safety measures for different operating regimes, including irregular situations and accidents. Data are presented on the polonium radiation conditions in certain typical operating and accident situations in a nuclear submarine: spillage of a substantial amount of coolant directly into the reactor bay, the consequences of an interloop leak in a steam generator, and refueling with fresh nuclear fuel. Regular medical-biological examinations of the workers participating in the operation of the system, repair work, and liquidation of the consequences of accidents did not show any cases of irradiation by polonium above the established health norms.
机译:密封冷却液回路时,normal在正常运行条件下不会造成危险。在我国,我们在核动力潜艇和地面试验原型反应堆中使用放射性铅-铋冷却液的工作已有近40年的经验。这项经验使人们有可能研究如何在工作罩内产生po辐射条件,并针对不同的运行状况(包括不规则情况和事故)制定有效的安全措施。数据提供了核潜艇在某些典型运行和事故情况下的radiation辐射条件:大量冷却剂直接泄漏到反应堆舱中,蒸汽发生器回路间泄漏的后果以及用新鲜核燃料进行加油。对参与该系统运行,维修工作和清理事故后果的工人进行的定期医学生物学检查未发现po有超过既定健康规范的任何辐照情况。

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