改进现行标准和规则以提供辐射安全的主要方向。第1部分。问题的规模和解决方法

Q4 Medicine
A. Samoylov, O. Kochetkov, V. Klochkov, V. Barchukov, S. Shinkarev
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引用次数: 0

摘要

目的:证明更新我国辐射安全标准的必要性,并提出修订俄罗斯辐射安全领域监管框架的主要方向。材料和方法:本文考虑了俄罗斯辐射安全监管体系的发展阶段。值得注意的是,2000年代初,俄罗斯首次建立了全面的三级辐射安全监管体系。对辐射安全系统领域的新国际文件进行了概括分析,这些文件值得在俄罗斯的监管框架中使用。结果:修订俄罗斯辐射安全领域监管框架的主要方向是:引入新概念和现有术语;引入“软”标准,即参考水平和所谓的“剂量限制”(最好给这个术语取一个不同的俄语名称);更新应急响应的原则和标准;考虑到新的生物动力学模型、放射性核素和途径清单的扩展,更新剂量系数;在内部剂量测定领域采用特殊方法,并对人体清除半衰期长的放射性核素(钚和90Sr同位素)管理下的工作人员的辐射防护进行监管;根据排除、豁免和许可的概念,使用原则和标准来证明将各种介质分类为放射性废物和放射性核素含量高的废物的标准的合理性;制定标准和规则,在辐射设施退役和污染区修复期间维护工人和公众的辐射安全。结论:为了成功实施即将开展的工作,重要的是要结合在辐射安全领域积累了丰富经验的俄罗斯科学家和从业者的努力。俄罗斯专家的高潜力使得在短时间内开展这项工作成为可能。实施这些工作的一个必要条件是对1996年1月9日第3-FL号《公众辐射安全》联邦法律进行修订。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Main Directions of Improving the Current Standards and Rules to Provide Radiation Safety. Part 1. Scale of the Problem and Ways to Solve It
Purpose: To justify the necessity to update the radiation safety standards in our country and to propose the main directions for revising the Russian regulatory framework in the field of radiation safety. Material and methods: This paper considers the phases of development of the radiation safety regulation system in Russia. It is noted that for the first time a full-fledged three-level system of radiation safety regulation was created in Russia in the early 2000s. A generalized analysis of new international documents in the field of radiation safety system, which are worth using in the Russian regulatory framework, is presented. Results: The main directions of the revision of the Russian regulatory framework in the field of radiation safety are: introduction of new concepts and current terminology; introduction of “soft” standards, which are reference levels and the so-called “dose constraints” (it is desirable to give this term a different Russian name); updating the principles and standards of emergency response; updating the dose coefficients taking into account new biokinetic models, extension of the list of radionuclides and pathways; introduction of special approaches in the field of internal dosimetry and regulation of radiation protection of workers under management of radionuclides with a long effective half-life of clearance from the human body (isotopes of plutonium and 90Sr); use of principles and standards according to the concept of exclusion, exemption, and clearance to justify the criteria for classifying various media as radioactive waste and waste with a high content of radionuclides; development of standards and rules for maintaining the radiation safety of workers and the public during the decommissioning of radiation facilities and the rehabilitation of contaminated areas. Conclusion: For the successful implementation of the work to be done, it is important to combine the efforts of the Russian scientists and practitioners who have accumulated extensive experience in the field of radiation safety. The high potential of the Russian specialists makes it possible to carry out this work in a short time. A necessary condition for the implementation of these works is the introduction of amendments to the Federal Law of 09.01.1996 No. 3-FL «On Radiation Safety of the Public».
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来源期刊
Medical Radiology and Radiation Safety
Medical Radiology and Radiation Safety Medicine-Radiology, Nuclear Medicine and Imaging
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