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辐射事故与恶意事件——国际放射防护委员会第120任务组的工作场景与范围

Radiation Accidents and Malicious Events - Scenarios and Scope of the Work of ICRP Task Group 120.

作者信息

Nisbet Anne, Li Chunsheng, Berkovskyy Volodymyr, Billarand Yann, Bryant Peter, Buddemeier Brooke, Ethier Adrienne, Gruß Maren, Kenbayeva Zhanat, Mosser Jennifer, Sibenaler David

机构信息

Chair ICRP TG120, UK Health Security Agency (retired), UK.

https://ror.org/05p8nb362Health Canada, Canada.

出版信息

Disaster Med Public Health Prep. 2025 Jul 11;19:e183. doi: 10.1017/dmp.2025.10094.

Abstract

The International Commission on Radiological Protection (ICRP) Task Group 120 (TG120) is developing ICRP recommendations for radiological protection for a wide range of radiation accidents and malicious events, complementing those given in ICRP (2020) for large nuclear accidents. The scope includes accidents involving criticalities, operating faults, and fires and explosions in nuclear facilities, inadvertent damage to sealed radiation sources, as well as malicious events, such as sabotage of nuclear facilities or materials, use of radiological dispersal devices, the contamination of food and drinking water supplies, and the deployment of nuclear weapons. A template has been designed to collate relevant information on a wide range of case studies and hypothetical malicious scenarios to ensure that the recommendations developed are broadly applicable and comprehensive. For all scenarios, a graded approach to protection is being taken, accepting that specific guidance may be required for some distinctive aspects, for example, protection during times of armed conflict. This paper provides an overview of the scenarios and scope of the work of TG120, including some of the radiological and non-radiological impacts of radiation emergencies, along the response and recovery timeline.

摘要

国际放射防护委员会(ICRP)第120任务组(TG120)正在制定ICRP针对各类辐射事故和恶意事件的放射防护建议,以补充ICRP(2020年)针对大型核事故给出的建议。范围包括涉及临界事故、运行故障以及核设施火灾和爆炸的事故、密封放射源的意外损坏,以及恶意事件,如核设施或材料的破坏、放射性散布装置的使用、食品和饮用水供应的污染以及核武器的部署。已设计了一个模板,用于整理有关广泛案例研究和假设恶意场景的相关信息,以确保制定的建议具有广泛适用性和全面性。对于所有场景,都采用分级防护方法,同时承认某些独特方面可能需要具体指导,例如武装冲突期间的防护。本文概述了TG120的工作场景和范围,包括辐射应急在响应和恢复时间轴上的一些放射学和非放射学影响。

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