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NON-NUCLEAR TECHNOLOGIES: POTENTIAL APPLICATION TO SUPPORT FISSILE MATERIAL SAFETY AND SECURITY

机译:非核技术:潜在应用在支持裂隙材料安全性和安全性方面

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摘要

This paper presents the results of an investigation related to the problem of non-nuclear technicalapplication to support fissile material container safety and security. Future technologies may includethe following non-nuclear methods or their combinations: 1)thermography, 2) vibro-acousticmethod, 3) magnetovibrational method, 4) method of forced torsional oscillation, 5) method ofthermal field registration, and 6) method of gas sensors. Several non-nuclear technologies may becombined to form a system. These systems may not require an information barrier. Tamper indicatingdevices – seals and tags – provide increased confidence of the integrity of container contents,including containers with fissile materials transported to temporary and long-term storage facilitiesin addition to providing an information record. The assessment of non-nuclear methods should bebased on the following criteria:1.1efficiency in terms of transparency task (method descriptiveness);1.2intrusiveness level;1.3accuracy;1.4error probability;1.5level of completion, possibility of prompt implementation;1.6safety;1.7effectiveness.
机译:本文介绍了与非核技术问题有关的调查结果 应用支持易裂变材料容器的安全性和保障性。未来的技术可能包括 以下非核方法或它们的组合:1)热成像,2)振动声 方法,3)磁振动法,4)强制扭转振荡方法,5) 热场配准,以及6)气体传感器的方法。几种非核技术可能是 合并形成一个系统。这些系统可能不需要信息屏障。防拆指示 设备-封条和标签-增强了对容器内容物完整性的信心, 包括装有易裂变材料的容器,这些容器已运至临时和长期存储设施 除了提供信息记录。对无核方法的评估应 基于以下条件: 1.1在透明度任务(方法描述性)方面的效率; 1.2侵入性等级; 1.3精度 1.4错误概率; 1.5完成水平,有可能迅速实施; 1.6安全性; 1.7有效性。

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